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Intelligent Gigabit Ethernet Stackable / Routing Switch

1. Q PLANET WGSW 2402A 1 2 a 4 i 7 s y ie Intelligent 10 100 1000Mbps Ethernet Switch 29 4 5 677 8 9 WM 2 PURINE 6646666164668 8 Blinc E asa Mee a f oer et ge a he op ea N aca act 00000 0 0000 0 O tano 1000 O 000000 0000 0 Of rorco wO 6 Fan Failure O 000000 00000 O mac nO Over Heat O 000000 00000 O wmo pwr O 0000000 00000jmwa Py 2 1 9 44 hr ho y a o A E LE E y WGSW C1GT 10 100 1000Base T B 14 15 16 17 10 18 20 21 22 23 24 13 14 15 16 17 18 19 20 2 n 23 24 Slot 1 Slot 2 WGSW 2402A 1 2 3 a i i 4 y i m Intelligent 10 100 1000Mbps Ethernet Switch J PLANET 153556053838 mue DA AE A ee 00000 0 0000 0 Oj tooo 1000 Q 000000 0000 0 Of rorco wO O Fan Failure C 00000000000 OJ inkacr O nO Over Heat O 000000 00000 Oj tomo mO 00000000000 O mo y SA ASA SA Ad LAA A WGSW CIGT__ 10 100 1000Base T B u5 6 17 18218 20 21 2 2 2 13 4 15 16 7 18 19 20 2 n 23 24 Slot Slot 2 WGSW 2402A 1 2 7 4 d 7 7 di af u Intelligent 10 100 1000Mbps Ethernet q PLANET 1535561053838 mue TA rar PA
2. p PLANET Wi A Jr Past Ebert 2d mieie faced File eS Advanced Setup Pan Mircoriag Delete Vit ches Miror Ta Mimar From Minor Moila pa li 254 1 Under Index click a number The following window appears FIGURE 7 56 E Mirror To Microsoft Intemet Explorer 3 l al at xj Port Mirroring Setting Index Mirror To 1 Select One 2 Inthe Mirror To column find the port you want to mirror to FIGURE 7 57 3 Mirror To Microsoft Intemet Explorer Port Mirroring Setting Index Mirror To 3 After you click a port the following window appears The port you selected in step 2 appears below the Mirror To column seIs FIGURE 7 58 E Port Mirroring Information Microsoft Intemet Explorer Port Mirroring Setting Update Setting Index Mirror To Mirror From Mirror Mode Mirror Mode Port 4 Poti y Receive y 4 Use the Mirror From drop down list to click a mirror from port Data traffic from this port will mirror to the one shown in the Mirror To column FIGURE 7 59 em Port Mirroring Information Microsoft Internet Explorer Port Mirroring Setting Update Setting Index Mirror To Mirror From Mirror Hode Port 4 Por Receive 5 Under Mirror Mode specify whether the mirrored from port will forward received or transmitted data to mirror to port
3. Hold Time sec 1 Topology Change Count 1 Time Since Last Topology Change sec 61 Sy es spanning Tree Protocol Enabled Bridge Priority 32 768 Hello Time sec 2 v Hax Age sec 20 Enter decimal number and press lt EHTER gt lt L Switch lt ESC gt Previous Enter the maximum aging time in seconds Then press Enter The value you typed appears next to Max Age sec Use the Down Arrow key to highlight Forward Delay and press Enter The Enter Forward Delay screen appears This is the maximum time in seconds the root device will wait before changing states that is listening to learning to forwarding This delay is required because every device must receive information about topology changes before it starts to forward frames In addition each port needs time to listen for conflicting information that would make it return to a blocking state otherwise temporary data loops might result Default is 15 The maximum value is 30 The minimum value is the higher of 4 or Max Message Age 2 1 115 FIGURE 5 87 PLANET Y65H 24024 Routing Switch WOSW 24028 nt Spaming Tree ProtocolfSpanning Tree Protocol Configurations Root Port Port 0 l Root Path Cost O fo SS SSS Se SS ee Se N A E Current Max Age sec Enter Forward Delay sec Current Hello Time 1 ss Current Forward Delay _ Hold Time sec 1 SSS SS SS 3S Se a e
4. 25 Select Disabled or Enabled and press Enter Your selection appears next to Rising Alarm Trap 26 Press the Down Arrow key to highlight Falling Alarm Trap and press the Enter key A Trap Options screen similar to the one below appears 130 FIGURE 5 106 PLAHET WGESHW 2402748 Routing Switch Switch Management Advanced Management SHMP Configurations Trap Community Hame 4 public Irap Community Hame 5 public Trap Host 1 IP Address 129 32 0 11 Trap Host 2 IP Address Trap Host 3 IP Address Trap Host 4 IP Address Trap Host 5 IP Address Cold Start Trap Enabled Farm Start Trap Enabled Link Donn 2 gt gt 22 5593 35 5 5 35 Link Up Tr Trap Options M thenti cat 23272 Rising Ala Disabled v Falling ALi ZETA y 4 4 F Up rrow lt Domn rrow gt Move lt Enter gt Select lt ESC gt Previous 27 Select Disabled or Enabled and press Enter Your selection appears next to Falling Alarm Trap 28 Press the Down Arrow key to highlight Topology Change Trap and press the Enter key A Trap Options screen similar to the one below appears FIGURE 5 107 AAA eS a Se 55 SES 55 HP SS SS SS SO SS SS SS SS SS RSS SO SOSA SS E PLAHET WGESHW 2402748 Routing Switch WGOSW 274074 Switch Management Advanced Management SHHP Configurations
5. Switch Ports Properties Select Untagged Ports 282592222222 222223292222 1 411 Ports pe o SSS See 5555S e 44S Port 25 Port 26 Port 1 Port 2 Port 3 Port 4 Port 5 Meeort 6 ET Port 7 Port 8 Port 9 jvijPort 10 a UpArrowDownArrow gt Move lt Enter gt Mark Unmark lt ESC gt Done 5 After selecting the new ports you want to add press Esc A screen shows the ports you selected and whether they are tagged untagged or forbidden For example 58 FIGURE 5 13 PLANET WGSW 240248 Routing Switch GS H 2402A4 amp PVYID PerspectivefCreate VLAH VLAH 2 0002 planet Settings 4 Switch Ports Properties 4 Mort 25 untaggea Port 1 untagged Port 2 untagged Port 3 untagged Port 5 untagged Port 6 untagged 4 Up rrow gt Down rrow gt Tab gt Move lt gt Add lt gt Delete lt ESC gt Prerious 6 If you added untagged ports and want to now add tagged ports or forbidden ports or vice versa repeat steps 1 through 5 and in step 2 select the appropriate port option Note To delete a switch port in the screen above highlight the port and press the hyphen key A precautionary prompt does not appear before you delete a switch port so be sure you
6. Trap Host Trap Options Trap Host Cold Start Disabled vivarm Start SES UpArrow gt lt DownArrow gt Hove lt Enter gt Select lt ESC gt Prevrious 17 Select Disabled or Enabled and press Enter Enable this option allow the Switch to send trap to 127 the IP address after the Switch is rebooted Your selection appears next to Warm Start Trap 18 Press the Down Arrow key to highlight Link Down Trap and press the Enter key The Trap Options screen appears FIGURE 5 102 ee a a ee ee eee F PLAHET WGSW 24028 Routing Switch WGSW 24027A8 Switch Management fAdvanced Management SHMP Configurations l Set Community Hame public Trap Community Hame 1 Trap Community Hame 2 public Trap Community Hame 3 Trap Community Hame 4 Trap Community Hame 5 public Trap Host 1 IP Address 129 32 0 11 Trap Host 2 IP Address Trap Host 3 IP Address l l l l l Irap Host ER Trap Host Trap Options cold SS Car 3S 172 eae Farm Start Disabled vi Link Down ZST y 7 a xm Ha 22222 Up Arrow gt DownArrow gt Move lt Enter gt Select lt ESC gt Previous 19 Select Disabled or Enabled and press Enter Your selection appears next to Link Down Trap 20 Press
7. IP Multicast Group Membership Pe Mire Group 224 0 1 60 ff 4 UpAr row gt Downa rr ow gt HMore lt ESC gt Previous 4 Use the Up and Down Arrow keys to scroll through the VLAN IP Multicast Group Membership screen 2 5 When you finish press Esc until you return to the desired screen 5 4 MAC Address Perspective The MAC address perspective lets you view all characteristics associated with a MAC address corresponding VLANs and corresponding ports in the Switching database To obtain a MAC address perspective 1 From the L2 Switching DataBase screen highlight MAC Address Perspective and press the Enter key You are prompted for a MAC address FIGURE 5 30 PLANET WGOSW 24028 Routing Switch WOSW 24028 vanced Management L Switching DataBase MAC Address Perspective peso 2 See SS Sse eS Enter MAC Address SSS ee a l sn RS Enter 6 byte hex number and press lt EHTER lt ESC gt Prerious Enter the MAC address whose characteristics corresponding VLANs and corresponding ports you want to view Press Enter A screen similar to the following appears 73 FIGURE 5 31 PLAHET Y6SH 24024 Routing Switch WGOSW 24078 ching DataBase MAC Address Perspective MAC Address OO60B0F3DF1F Member of IP Multicast Group s Yes Filtering Ho Port Port 41 tn rr ee tr eee IP Multicast
8. Default Hame 08 HA A EE Default Hame 09 HA Profile Hame Default Hame 10 HA E A A A Enter profile name and press lt EHTER gt lt ESC gt Prerious 179 FIGURE 5 165 PLAHET WGSHW 240274 Routing Switch WGESW 240274 Switch Management Advanced Management Qo05 Setup Profile Setting Ports Using This Profile 1 2 3 4 5 6 I Strict Priority Disabled Delay Sensitive Application Enabled LE eee O l l l l l Profile Hame IE bt Al lProfile Status Active Profile 1 Bandvidth Partitions Qos with Flow Control Disabled Default Hame 08 HA Default Hame 09 HA Default Hame 10 HA Uparrow gt lt Down rrow gt HMovre lt Enter gt ViewfModify lt ESC gt Previous 4 Ports Using This Profile displays all the ports that are currently using this profile for their QoS scheduling algorithm 5 To change the bandwidth partition for this profile use the Down Arrow key to highlight Bandwidth Partitions and press the Enter key When the BW Partitions screen appears use the Down Arrow key to highlight a partition and press the Enter key The bandwidth you entered appears next to Bandwidth Partitions Note Bandwidth Partition is more accurate for profiles when Delay Sensitive Application is disabled For profiles that have Delay Sensitive Application enabled Bandwidth Partition is provided for reference purposes only because the pack
9. MMiMegabit Profile Gigabit Profile Up drromws lt Dowmn rrow Move lt Enter gt Select lt ESC gt Previous 177 2 Perform one of the following steps To specify a megabit profile that is used by a 10 100 Megabit port refer to Section 5 15 5 1 Megabit Profile To specify a gigabit profile that is used by a Gigabit port refer to Section 5 15 5 2 Gigabit Profiles 5 15 2 5 1 Megabit Profile To select a megabit profile 1 With Megabit Profile highlighted in the QoS Profile screen press the Enter key The Megabit Profile screen appears FIGURE 5 162 PLANET WGSW 24024 Routing Switch GS H 2402A4 Switch Management Advanced Management QoS Setup Profile Setting Megabit Profile 4 4 Profile Default Hame 01M ee Default Hame 02 A MOS Default Hame 03 A3 Gigabit Default Hame 04 Ad Default Hame 05 HA Default Hame 06 HA Default Hame 07 HA Default Hame 08 HA Default Hame 09 HA Default Hame 10 HA Up rrow gt Down rrow gt Move lt Enter gt Select lt ESC gt Previous 2 Use the Down Arrow key to highlight a profile then press the Enter key The Megabit Profile Attributes screen appears Note In the Megabit Profile screen A1 active profile 1 which can be used by any 10 100 Megabit port A2 active profile 2 which can be used by any 10
10. Wi isariea Enabled l Up rrow gt Down rrow gt More lt Enter gt Select lt ESC gt Prerious Highlight whether you want SL P enabled or disabled and press Enter You return to the Console Port Configurations screen and the SLIP option you selected appears in the SLIP field Note If you enable SLIP a message tells you that the console port becomes accessible only through the SLIP protocol after you logout from the current console screen To access the Switch configure your PC to use SLIP then use Telnet to interface with the Switch If you use HyperTerminal enabling SL P and saving your selections displays the following screen giving the impression that the Switch has hung when it is actually still operating This occurs because HyperTerminal does not support SL P However you can still access the Switch using Telnet as described in the paragraph above 44 FIGURE 4 27 Bootstrap v O1la Hor 16 2001 16 16 16 for 1MBF1 Press ESC to Enter Setup Mode MVTS2600 Debug Monitor v2 0 Hor 16 2001 15 16 49 Booting Switch Performing Self Test Done Checking File Integrity Done Decompressing Code Image Done System Startup If you enable SLIP specify a SLIP address and subnet mask see Specifying a SLIP Address and Specifying a SLIP Sub net Mask 4 3 3 6 Specifying a SLIP Address If you enabled SLIP use the following procedure to enter an address that has
11. ee eee 0009567497680 1 0x001 dynamic 203 70 249 53 00304F0OB3CB8 1 0x001 dynamic E a E a Static ARP Specifications A O era Enter Internet Address Internet Address O SA A A A Ehrsical Address Enter 4 decimal bytes dot separated and press lt EHTER ZESC gt Previous 3 Type an Internet address The address consists of numbers separated by periods For example 203 70 249 5 When you finish press Enter The Internet address you typed appears next to Internet Address in the Static ARP Specifications screen 88 4 Press the Down Arrow key to highlight Physical Address and press Enter The Enter Physical Address screen appears FIGURE 5 50 PLAHET WESW 24028 Routing Switch Switch Management fAdvanced Management IP Hetworking ARP Table WGOSW 240278 000957497650 1 0x001 1203 70 249 53 00304FOB63CB6 1 0x001 dynamic pS a a SS Pm Static ARP Specifications San a ard Enter Physical Address Internet Address 203 70 24 Physical Address BB Hs SS E ii GRIN Gk aA A ERs A NA SA Enter 6 byte hex number and press lt EHTER gt lt ESC gt Prerious Type the corresponding physical address and press Enter The physical address you typed appears next to Physical Address in the Static ARP Specifications screen
12. 9 2 3 5 555 v told Start T Hass s S5 SS gt SS Enter text and press lt ENTER gt lt gt Delete IP Address lt ESC gt Prerious 6 Type a set community name and press Enter The set community name you typed appears next to Set Community Name 7 Use the Down Arrow key to highlight Trap Community Name and press Enter The Enter Trap Community Name screen appears 124 PLAHET WGSW 24028 Routing Switch Switch Management Advanced Management SHHP Configurations SHHP Enabled cet Community Hame public Set Community Hame public Trap Community Hame 1 Trap Community Hame 2 public Trap Community Hame 3 public Trap Community Hame 4 public Trap Community Hame 5 public Trap Host 1 IP Address Trap Host 2 IP Address Trap Host 3 Trap Host 4 Enter Trap Community Hame 1 Trap H st op ae v told Start T _ Enter text and press lt EHTER gt lt gt Dbelete IP Address lt ESC gt Prerious Type a trap community name and press Enter The set community name you typed appears next to Trap Community Name To specify up to four additional trap community names repeat steps 7 and 8 To specify a trap host IP address use the Down Arrow key to high light Trap Host 1 IP Address and press Enter The Enter Trap Host 1 IP Address
13. 25920225 SS las a aaa aalals ainia 1 EC Ho l pUparrow gt Down Arrow gt HMove lt Enter gt Select lt ESC gt Prerious 3 With Yes highlighted press the Enter key to delete the VLAN ID Or to retain it press the Esc key or highlight No and press Enter 5 2 2 4 Viewing VLAN Activities The following procedure describes how to use the VLAN Perspective screen to view activities for a particular VLAN Using this procedure you can view Active ports Active MAC addresses associated with a VLAN A transient address if any Filtering and port information To view VLAN activities 1 From the VLAN Perspective screen in highlight an existing VLAN and press the Enter key The VLAN Info screen appears with the highlight on VLAN Activities 61 FIGURE 5 16 AR 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 PLAHET WGSW 240278 Routing Switch WGSW 2402A vanced Management L Switching DataBasefVLAN amp PYVID Perspective VLAH ID Hame E I J1 0x001 Default pS eae ET var Info l ELAN Activities VLAH Settings Up rrow gt Down rrow gt HMove lt Enter gt S5elect lt ESC gt Prerious 2 Press the Enter key A screen similar to the following appears FIGURE 5 17 PLAHET WGSW 240274 Routing Switch t f L Switching DataBase V LAH amp PVID Perspective VLAH
14. PWR O O IO E OO FDX COL 13 14 15 16 17 18419 20 21 22 23 24 The LEDs are explained in the following tables TABLE 2 2 POWER AND STATUS LEDs Green Lights to indicate that the Switch has power to indicate that the Switch has power Lights to indicate that the lactone cc exceeds its operational Over Heat temperature Fan Failure Red Lights to indicate that the fans are not active TABLE 2 3 PORT STATUS LEDs Lights to indicate that the Switch is successfully connecting to the network anne ATEEN Blinks to indicate the Switch is actively receiving or sending the data over the port Lights to indicate that the port is operating at 100 Mbps 100 10 Green Off to indicate that the port is operating at 10 Mbps while the port s Link is on Lights to indicate that the port is operating in full duplex FDX COL Yellow MOde Blinks periodically to indicate that the connection is experiencing collisions 2 1 3 Rear Panel of WGSW 2402A The rear panel of WGSW 2402A has a power connector a Buzzer button and a console port Figure 2 3 shows a rear panel of the Switch Table 2 5 explains the function of the ports shown in the Figure 2 4 FIGURE 2 3 REAR PANEL OF WGSW 2402A Console Buzzer Button Power 99 on V AC A Console a 5 o 6 5 i 0000000 00000 ONE o oo o 50 60Hz TABLE 2 4 PORT FUNCTION OF THE REAR PANEL This is where you will connect the AC power cord
15. TABLE 2 5 a FUNCTION Hof Ports Ports o Despi Gonsale This is where you can connect to the RS 232 serial port on our PC for configuring the management function These RJ 45 ports support network speeds of 10 100 or 1000 eee e and can operate in full duplex modes These ports provide for the installation of one or two Expansion expansion modules that establish a Fast or Gigabit Ethernet connection Ports Note You may install an 1000Base SX or 1000Base T expansion module and use fiber optic or category 5 cabling 2 2 2 LEDs of WGSW 404 The LEDs indicate the status of 10 100 1000 Mbps Ethernet ports Over Heat Fan Failure and Power The LEDs are explained in the following tables TABLE 2 6 POWER AND STATUS LEDs LED Color Function Power Green Lights to indicate that the Switch has power Lights to indicate that the Switch exceeds its operational Over Heat temperature FanFailure Red Lights to indicate that the fans are not active E 2 7 a STATUS LEDs Color Green Lights to indicate the ee is actively receiving or sending the data over the port Lights green to indicate that the port is operating in full duplex mode POAICOL AQUOW Blinks orange periodically to indicate that the connection is experiencing collisions 1000 Green Lights to indicate that the Switch is sending or receiving data at 1000 Mbps 100 Green Lights to indicate that the Switch is sending or receiving d
16. Trap Community Hame 5 public Trap Host 1 IP Address 129 32 0 11 Trap Host 2 IP Address Trap Host 3 IP Address Trap Host 4 IP Address Trap Host 5 IP Address l l l l Cold Start Trap Enabled Warm Start Trap Enabled Link Down Trap Enabled l l l l Link Up Tr J4uthentica Trap Options lEising Ala Falling Al Disabled l Topology CI HTA eUpArrow gt DownArrow gt Movre lt Enter gt Select lt ESC gt Previous 29 Select Disabled or Enabled and press Enter Your selection appears next to Topology Change 184 Trap 30 When you finish press the Esc key until you return to the desired screen 5 11 Stacking Select Stacking from the Advanced Management screen to configure the stacking function You will receive a Stacking screen as shown in the following FIGURE 5 105 STACKING SCREEN PLAHET WGSW 240248 Routing Switch Switch Management fAdvanced Management Stacking Mistack Basic y Stack IP Settings Stack Port Mapping p UpArrow gt DownAr row Hove lt Enter gt ViewfModify ZESC gt Previous Stacking Basic Setting enables you to set stack ID stack size and stack port Stack IP Settings lets you to set the IP address of the stacked switches Stack Port Mapping shows information about all ports 5 11 1 Stacking Basic Setting Select Stack Basic Setti
17. View or change ping settings See section 5 6 5 Ping Settings 5 6 1 IP and RIP Settings If you select IP 8 RIP Settings from the IP Networking screen a screen similar to the following appears with a list of the VLAN IDs IP addresses subnet masks proxy ARPs and RIPs currently defined The Switch supports both static and dynamic routing w Static routing requires routing information to be stored in the Switch either manually or when a connection is set up by an application outside the Switch w Dynamic routing uses a routing protocol to exchange routing information calculate routing tables and respond to changes in the status or loading of the network Dynamic routing involves the determination and updating of all the routing information required for packet forwarding w Handling routing protocols w Updating the routing table The Switch supports RIP and RIP 2 dynamic routing protocols 83 The RIP protocol is the most widely used routing protocol The RIP protocol uses a distance vector based approach to routing Routes are determined on the basis of minimizing the distance vector or hop count which serves as a rough estimate of transmission cost Each router broadcasts its advertisement every 30 seconds together with any updates to its routing table This allows all routers on the network to learn consistent tables of next hop links which lead to relevant subnets Just as Layer 2 switches use the Spanning Tree
18. 256 FIGURE 7 60 Port Mirroring Information Microsoft Internet Explorer Port Mirroring Setting Update Setting Index Mirror To Mirror From Mirror Mode Port 4 Port 1 Receive 6 Click the Update Setting button 7 13 Selecting Stacking Settings For detail stacking configuration parameter please refer to section 5 11 Stacking To select stacking parameters 1 Point to Advanced Setup and click Stacking A window similar to the following appears S20 FIGURE 7 61 J PLANET 2a Part Bernet Zaftol intelipeot Saco coe A Fils A AAA ms A Advanced Setup Stacking Currant Steck Size Master Switch D Hacking Stale Disable Slack ID TS Sack Size Cc Sealch ID a 1 2 3d Di amp Ff E E 01 1213 14 16 16 17 16 198 Dra A 1 DD 5 a 6 LD G a DEL DD a a oe eB oo oe i Sack Fost 1 Use the Stacking State drop down list to enable or disable stacking Disable Statistic Collection Disable Note Stacking State must be enabled to specify the other parameters in this window 258 Chapter 8 SNMP and RMON Management This chapter describes the Switch s Simple Network Management Protocol SNMP and Remote Monitoring RMON capabilities Topics include w Overview w SNMP Agent and MIB 2 w RMON MIB and Bridge MIB w PLANET private MIB 8 1 Overview The Switch supports the following Management Information Bases MIBs W RFC
19. Lise Split Horizon Lise Poisoned Reverse 16 Specify whether the Switch is to send triggered responses 229 send Triggered Responses 17 When you finish making your selections click the Update Setting button 7 2 2 Default Gateway Settings To access default gateway settings Point to Advanced Setup point to IP Networking and click Default Gateway The Default Route Specifications box appears This box lets you add or delete a default route specification FIGURE 7 12 Ricans Wanda AAA An arf A a 2 Fines Smii up derma part D EEEE oo Advanced Setup Neworking Default Gateway Add Dhe Default Route Specificalona Default Gateway haart ret To add a default gateway 1 In the Default Gateway field type an IP address for the default gateway The address consists of numbers separated by periods For example 203 70 249 254 2 In the Metric field type the number of hops needed between the Switch and the destination network 3 Click the Add button to add the default gateway To delete a default gateway 1 Inthe Default Gateway field type the IP address of the default gateway you want to delete s204 2 Inthe Metric field type the number of hops associated with the default gateway 3 Click the Delete button to delete the default gateway 7 2 3 ARP Table Settings To access ARP table settings Point to Advanced Setup point t
20. 2 aaa aa an Level 1 0 Dror rercentase IDAS o High Drop Percentage Level 3 100 4 4 Uparrow lt Down rrow gt HMove lt Enter gt View Modity lt ESC gt Prevrious 12 Levels 1 and 3 remain fixed at 0 and 100 respectively To change the percentage for level 2 highlight Level 2 and press Enter The following options appear 161 FIGURE 5 139 n PLAHET WCGS5W 2402A Routing Switch Switch Management Advanced Management QoS Setup Global Setting l Global Setting 16 253 te 25595925559 OS SS 112 53 QoS Status Enabled 118 753 DiffServ Expedite Forwarding Enabled 125 03 ToS VLAH Tag Preference VLAH Tay 31 25 ToS for Amit From Bit 4 2 of Tos 137 53 Tos for Drop From Bit 4 2 of Tos 43 75 WRED Drop Priority Settin 150 05 EH A A A Low Drop Percelvr 56 25 WRED Drop Priority e Level 1 0s Se erel 2 EME High Drop Percentage Level 3 100 Updrrovs lt Down rrow gt Move lt Enter gt Select lt ESC gt Previous 13 Highlight the appropriate percentage and press Enter 14 Press the Esc key to return to the WRED Drop Priority screen 15 To change the high drop percentage press the Down Arrow key to highlight High Drop Percentage then press t
21. In the table N is a function of byte count in queue Px The WRED logic has three drop levels depending on the value of N which is based on the number of kilobytes in the priority queues If delay bound scheduling is used N equals P7 16 P6 16 P5 8 P4 4 P3 2 P2 on gigabit port and P3 16 P2 4 P1 on megabit port If using WFQ scheduling N equals P7 P6 P5 P4 P3 P2 on gigabit port and P3 P2 P1 on megabit port Each drop level from one to three has defined high drop and low drop percentages which indicate the minimum and maximum percentages of the data that can be discarded The X Y Z percent can be configured on WRED Drop Priority Setting of QoS Global Setting In Level 3 all packets are dropped if the bytes in each priority queue exceed the threshold Thus if a queue is a delay bounded queue we have a multi level WRED drop scheme designed to control delay and partition bandwidth in case of congestion If a queue is a WFQ scheduled queue we have a multi level WRED drop scheme designed to prevent congestion In addition to these reasons for dropping the Switch also drops frames when global buffer space becomes scarce 5 15 1 9 QoS Flow Control Because frame loss is unacceptable for some applications the Switch provides a flow control option When flow control is enabled scarcity of buffer space in the Switch may trigger a flow control signal this signal tells a source port that is sending a packet to this switch to temporarily hold o
22. cccccssssecececcceseeecececeeseceeeceesnseeeesoeaueeseneeceseauseeeecseacess 8 22 FONE ANC OF WV GSW OG it ia it ideas 8 222 LEDS OF WGSW A0A A sane ahereon tain tau ee a aia 9 2 2 3 Rear Panel Of WGSW 404 00000200 A A A A AAA 10 2 3 MODULE HARDWARE DESCRIPTION a coed ek len ecattied edlende Sheed ee hae 10 293 Gigabit Expansion MOGUIC ris o kecn aoe A E Rie ee eee Re eee 10 2 3 2 100Base FX Expansion Module ccccsccccscccnseecneusecuesecsusessussuauessuscecuucssaessssusesausesausssanss 11 2 INSTALLING THE SWITCH ns 12 2 4 1 Pre Installati on Considerations A ee EE 13 2 4 2 Desktop or Shelf Mounting dt 13 24 3 TAQCK IVIOUIING cer A a a 14 CHAPTER 3 CONFIGURATION adenine eit eee 15 3 1 MANAGEMENT ACCESS OVERVIEW aa 15 3 1 LAdmiNIStr tion COS O10 ri ii EE E ETE EEEN 16 E OOT ACCO Sos 16 3 3 Moden FON ACCESS 1 i a A E bd 17 3 2 WES MANAGEMENT idos 17 3 3 SNMP BASED NETWORK MANAGEMENT cccccsscececceceeecceseeececuseeeeseueeeessaseessscuseeseseuseesssaceess 18 FC ral Gk COEL gee een ee etree ee ER ae ORO are vr Te ee ee 18 S41 Vital FOO AL FP TOLOCONS a a aia 18 A hive it de esti eaea te ee eae 18 34 3 Management Arch NecCtU O owe A A A dae E deuali a eae eee 19 CHAPTER 4 MENU DRIVEN CONSOLE MANAGEMENT c ccseeseeeceeeeeeeeeeeeeeeeneneeeeeeeenseneeeeeeenes 20 41 LOGGING ON TO THE SWITCH aaa 20 4 2 NAVIGATING THROUGH THE CONSOLE INTERFACE ccccccccesecceceuseeeeueeeaeeeusaeeceeeuaueueeaeeueaueaeeeeen
23. l Fis pii lima Hm O Desay grieta en He claras 08 arp E08 70 295 1 559 J2 p07T Fast Chere t 50 Intellipeot tereh ene om Basic Setup General Hardin Pes ion 1 000 Hardware Configuration wage cait rom Sofware Reisin 31 Ay 28 2002 17 07 45 System Marne ELE Lod ar Statice Collection Enable Rebool Cin Ermor Enable Female Telnet Logan Enable 6 2 Understanding the Browser Interface When you first access the Switch browser interface an image of the Switch appears along with the Basic Setup General parameters see Figure 6 3 FIGURE 6 3 CLOSE UP OF THE SWITCH BROWSER INTERFACE F PLANET Jano Past Pierre 2 hoof nielen Seii ern DA Fila A Oe eee eer z F 5 Basic Setup General Lodate Setting Hachana Peasin 1 000 Hardware Confguralior wg roer Sofwan Fivisdor YAT ng 3 2002 17 07 45 System Marne MWS Sezai Localion Statistic Collection Enable Reboot On Error Enable Remole Telnet Logan Enable 200 The Switch image provides the following point and click menus for configuring and managing the Switch File lets you save settings configured in the browser interface download upgraded software via TFTP reboot the Switch and logout of the browser interface See section 6 3 Performing File Activities Basic Setup lets you perform ge
24. Disabled prevents the Switch to automatically reset when a fatal error is detected This setting is useful when a persistent problem needs to be reported Enabled allows the Switch to automatically reset when a fatal error is detected 3 Press Enter to return to the General screen 4 3 1 7 Telnet Logins To enable or disable Telnet logins to the Switch 1 From the General screen highlight Remote Telnet Login and press the Enter key The following screen appears 30 FIGURE 4 12 REMOTE TELNET LOGIN OPTIONS PLAHET WGSW 2402A Routing Switch Switch Management Basic Management General JHardware Revision 30000 Rev 1 JHardware Configuration elm g 4 rom Software Revision v3 0 Jun 04 2002 10 42 47 Firmare Revision Ho Firmrare LR eS I S5yetem Hame WGOSW 24078 Contact Location admin Password ARAR guest Pat JStatisti Remote Telnet Login Options Reboot D gt Remote T Disabled Remote HI IEEE Up rrow gt lt Down rrow gt Move lt Enter gt Select lt ESC gt Prerious 2 Highlight one of the following choices Disabled prevents remote Telnet logins to the Switch Enabled allows remote Telnet logins to the Switch This is the default setting 3 Press Enter t
25. This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the Instruction manual may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense CE Mark Warning This is a Class A product In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures Revision PLANET Intelligent Stackable Routing Switch User s Manual FOR MODEL WGSW 2402A WGSW 404 REVISION 1 2 Part No EM WG24A Table of Contents CHAPTER TINTRODUC TION tara eedr idad 1 t OPACKAGE CONTENTO narra aria 1 L2 FENURE A A 2 to OPECIFICATION sr ctas 3 LA HOW TOUSE TAIS MANUA Linssin ella 4 CHAPTER 2 INSTALLATION ci A A 6 2 1 WGSW 2402A HARDWARE DESCRIPTION viciado 6 2 41 FTON Papel OF WV GSW 240 2A vise satis Sasso a E eine eozstase ses eaen eee Aeeueeese ae 6 2 12 LEEDS OF WGSW 2402 A A tas 2 19 Rear Panel Of WGSW 2402A seer esti eel eee ee i 8 2 2 WGSW 404 HARDWARE DESCRIPTION
26. 146 FIGURE 5 127 PLANET WGSW 240248 Routing Switch GS H 2402A4 Switch Management Advanced Management Port Mirroring Mirror To MN TT 165505 Fon Mirror Mode 4 4 se UpArrow gt lt DownArrow gt HMove lt Enter gt Modify lt gt Delete lt ESC gt Previous 3 With the highlight on Mirror To press the Enter key A Mirror Options screen appears listing the ports that can be mirrored to FIGURE 5 128 PLAHET 1765 2402 Routing Switch Switch Management Advanced Management Port Mirroring Ss la sd Mirror To Port Mirror Ho Port a la pa Port Port 11 I I 2 3 4 E Mirror Fri Port 5 6 7 8 9 Port 13 FUp rrow lt DownArrow Move lt Enter gt S5elect lt ESC gt Previous 4 Press the Down Arrow key to highlight the port you want to mirror to then press Enter The port you selected appears next to Mirror To in the Port Mirroring Options screen AT 5 Press the Down Arrow key to highlight Mirror From and press the Enter key A Mirror Options screen similar to the one above appears without the port you selected as the Mirror To port 6 Press the Down Arrow key to highlight the port you want to mirror from and then press Enter The port you selected appears next to Mirror From in the Port Mirroring Options scr
27. 5 35 gt 5 5 5 gt S S Statisti Statistics Collection Options Reboot 0 Remote T Disabled l l Remote HI IEEE Ho 4 Up rrow gt lt Down Arrow gt Move lt Enter gt Select lt ESC gt Prevrious 2 Highlight one of the following choices Disabled prevents statistic collection to the Switch Enabled allows statistic collection to the Switch 3 Press Enter to return to the General screen 4 3 1 6 Reboot On Error To enable or disable Reboot On Error to the Switch 1 From the General screen highlight Reboot On Error and press the Enter key The following screen appears 99 FIGURE 4 11 PLAHET WGSW 240274 Routing Switch Switch Management Basic Management General Hardware Revision 30000 Rev 1 Hardware Configuration elm g 4 rom Software Revision v3 0 Jun 04 2002 10 42 47 Firmare Revision Ho Firmrare LM RARA system Hame WGSW 2402A Contact Location admin Passyvord ARAR quest Pass 3 33 2 Statistics Reboot On Error Options Reboot 2 2235 5 3 2 S Remote Tel Disabled Remote HTT ETE prsni pare a S pasm Vpirrow lt Down rrowHove lt Enter gt Select ZESC gt Previous 2 Highlight one of the following choices
28. EEF R 18 Disable PL 128 otf 18 J Forwarding Pores 138 ES 18 d Disable gree 1 J N J Disable le ML 1 ES 18 d Disable Pow uy 1 19 Disable Pues EEF ai 18 Foewarding Poiana EFJ Ji 19 Disable Poway EEJ af 18 Disable 0415 05 128 19 J Disable Pod 16 6 i w T ia Disable A e a 2 Under Port click the port whose Spanning Tree information you want to view A Port STP Configuration window similar to the following appears 247 FIGURE 7 48 ay Fort STP Confienration Microsoft Intemet Explorer Update Setting Spanning Tree Port Configuration Port Port Priority Path Cost Admin Status Per Port STP Port 1 1 123 19 0 Enable For Port Priority type a port priority from O to 255 A low value gives the port a greater likelihood of becoming a Root port Port Priority es For Path Cost type a path cost value Path Cost ls For Admin Status specify whether the port is up or down 6 Click the Update Setting button 248 7 9 Viewing and or Changing SNMP Parameters To view and or change all SNMP related information point to Advanced Setup and click SNMP The SNMP parameters in Figure 7 44 appear FIGURE 7 49 SNMP CONFIGURATION PARAMETERS F PLANET Vey a 2d par Fase Eileri 2 adeor migeni Sari e 4 Advanced Setup SHMP Configurations Undale Setting SNMP
29. Specifying a SLIP Address To specify a SLIP subnet mask see section 4 3 3 7 Specifying a SLIP Subnet Mask 4 3 3 1 Changing the Console Baud Rate To change the console baud rate 1 From the Console Port Configurations screen highlight Baud Rate and press the Enter key A screen similar to the following shows the current console baud rate 39 FIGURE 4 22 PLANET WGSW 24024 Routing Switch WGOSW 24028 Switch Management Basic Management Console Port Configurations Baud Rate PERFIL E low Control Disabled Modem Control Disabled Modem Setup trint D2 ISLIP Disabled Baud Rate Options ISLIP Address He SLIP Subnet Mask 9600 RSS 6 a 119200 Stata 2 138400 157600 l E Auto 4 ee za Up rrow lt Down rrowMove lt Enter gt Select lt ESC Previous 2 Highlight the baud rate you want to select for the console Auto allows the Switch to auto baud between 9600 bps and 115 200 bps If you choose this selection choose the rest of your configuration selections Then when you exit the configuration program press the Enter key one or more times until the Switch Login Password appears on your computer screen All the other selections force a specific console baud rate 3 Press Enter You return to the Console Port Configurations screen and the
30. l Port 6 6 10 100 Unlimit Enter Hew Limit Port 7 7 10 1006 UnLimit Port 8 8 10 100 Unlimit Port 9 9 10 100 UnLimit Port 10 10 10 100M Unlimited v Port 11 11 10 1005 Unlimited A Enter per port MAC address limit 0 to 15 lt ESC gt Prerious 4 Type the new limit and press Enter 5 5 6 Returning to the Advanced Management Screen After completing the L2 switching database activities press the Esc key to return to the Advanced Management screen Select another option from the Advanced Management screen or press Esc to return to the Switch Management screen 5 6 IP Networking If you select IP Networking from the Advanced Management screen the IP Networking screen in Figure 5 44 appears 82 FIGURE 5 44 IP NETWORKING SCREEN IP Hetworking Sm P amp RIP settings N JARP Table l l l Routing Table DHCP Gateway Settings Ping Up rrow gt lt Down rrow Hove lt Enter gt Select lt ESC gt Previous From the IP networking screen you can View or change IP and RIP settings See section 5 6 1 IP and RIP Settings Add delete and search ARP table entries See section 5 6 2 ARP Table Setting View add delete or search a particular routing path See section 5 6 3 Routing Table Specify DHCP gateway settings See section 5 6 4 DHCP Gateway Settings
31. 216 FIGURE 7 5 aor i Pesci Eis re a aefod Indelipent Savi a GRADA ee Me te AA EF E E p M EE AAA AAA Advanced Sep WAC Address ManagmentPer Por View Poa 77 Portes Pot 9 9 Port 10 0109 Pon 11 11 Port 127 07 Pon ERIE Par 14 144 Par i 0181 Pon 16 16 Par Fi 117 Par EE na Ep 119 19 Pod 20 20 Put Pat ga Po ga Port 24 a Pot 25 4 Po 1 2 To obtain a per port view click a port A Per Port VLAN Activities window similar to the following appears FIGURE 7 5 Y Per Port VLAN Activities Microsoft Intemet Explorer loj el Per Port VLAN Activities Port 12 12 VLAN Membership VLAN 1 Total VLAN Count 1 Total MAC Address Count 1 MAC Address 0004FOB56b0 3 If one or more MAC addresses appear in the window as in the example above click it to view its settings A MAC View window similar to the following appears 217 FIGURE 7 6 a MAC View Microsoft Intemet Explorer Individual MAC View MAC Address O0304F0B3CB8 Member of Local LAN s Yes Member of Remote YWLAN s No Member of IP Multicast Groupfs Mo Filtering Mo Port 12 WLAN IP Multicast Group Membership 4 When you finish reviewing the information close the MAC View and Per Port VLAN Activities windows 7 1 3 Individual MAC View To obtain an individual MAC view 1 Point to Advanced Setup point to MAC Address Management an
32. 255 255 255 0 l Wl 0x001 p UpArrow lt DownArrow gt Move lt Enter gt Change lt gt Delete lt ESC gt Previous 4 Press ESC to go back to the Stacking screen 139 5 11 3 Stack Port Mapping From the Stacking screen highlight Stack Port Mapping and press Enter The following screen will appear The table shows the status of all stacked switch PLAHET WGSW 2402A Routing Switch itch Management Advanced Management Stacking Stack Port Mapping po Port Type Switch Local Port 4 AE 1000M od SY Port 26 1000H 1 26 Port 54 10001 2 25 Port 55 1000 2 26 Port 1 10 100M 1 1 Port 2 10 100M 1 2 Port 3 10 100M 1 3 Port 4 10 100M 1 4 Port 5 10 100M 1 5 l Port 6 10 100M 1 6 Port 7 10 100M 1 T l Port amp 10 100M 1 g l IviPort 9 10 100M 1 9 Pm eUpAarroy Down rrow gt Movre lt Enter gt V iew FIGURE 5 117 lt ESC gt Previous WOSW 24028 After stacking is successful the number of all ports of Switch 2 will be added beyond 26 For example port 25 and 26 in Switch 2 will be designated as port 54 and 55 in this table And you will found port30 will be port 1 of the Switch 2 let s assume two WGSW 2402A stack togeth
33. 2eadeer migeni bieh o e fies Dor pa H rs e i Advanced Setup Spanniag Tree Configurations Update Setting Bridge ID BOCOSCOC DF FCO Designated Root Mia Foot Pon hiis Poot Path Cost Paja Current Max Age 100 Pia Current Forward Delay tac hia Hold Tirra sec his Topology Change Court Pat Time Since Lasi Topology Change isecih his Spanning Tree Protocol Bridge Freanty 0 65535 Hallo Tiree sec 1 10 Max Age sec B a0 Forward Delay sec 4 30 115 al SSSR dl Specify whether Spanning Tree Protocol is enabled or disabled spanning Tree Protocol Disable Disable For Bridge Priority type a decimal number Bridge Priority 0 65535 32768 For Hello Time type a decimal number Hello Time sec 1 101 a For Max Age type a decimal number Max Age sec 6 40 For Forward Delay type a decimal number 246 Forward Delay sec 4 30 7 Click the Update Setting button 7 8 2 Port Setting To view and or change Spanning Tree configurations by port 1 Point to Advanced Setup point to Spanning Tree Perspective and click Port Setting A list of ports similar to the following appears FIGURE 7 47 m AS A PEDE I EA ee al Advanced Seta Spanning Tree Information Pot Pont Priority PathCoss Poet States Poti BF g 19 Forwarding Poti 1 E 18 d Disable Pons 138 a _i8 J Disable Fant 12 x 18 d Disable Eyii 1 af 19 i Disable Patio
34. 4 3 2 LAN Port Configuration lf you select LAN Port from the Basic Management screen see Figure 4 2 the LAN Port Configurations screen in Figure 4 14 appears with Speed amp Flow Control highlighted mom FIGURE 4 14 LAN PORT CONFIGURATIONS SCREEN PLANET 657 2402 Routing Switch Switch Management Basic Management LAH Port Configurations A A A E H Mispeed Flow Control Physical Address VpArrow lt DownArrow gt Hove lt Enter gt Select lt ESC gt Prerious Use the procedures in the following sections to configure the LAN port configuration options for one or more ports Speed amp Flow Control see Section 4 3 2 1 Changing the Speed and Flow Control Physical Address see Section 4 3 2 2 Displaying a Physical Port Address 4 3 2 1 Changing the Speed and Flow Control To change the line speed and flow control for one or more ports 1 From the LAN Port Configurations screen highlight Speed amp Flow Control and press the Enter key A screen similar to the following shows the current line speed settings for all ports Note If there are more ports below the bottom one shown in a screen a v appears next to the bottom port in the screen Port 12 in the following screen for example To view these ports scroll the highlight to the bottom port shown and press the Down Arrow key 33 PLANET WGSW 240248 Routing Switch io Management LAH Port Conf
35. Contact Location admin Passiror l guest Passwor Enter Old Password Statistics Co E eboot On Err Remote Telnet Remote HTTP Login Enabled Enter text and press lt EHTER gt ZESC gt Previous 2 Enter the current password Each character you type appears as an asterisk If you make a mistake use the Backspace key to delete the error 3 Press Enter The Enter New Password screen appears FIGURE 4 7 ENTER NEw PASSWORD PLAHET WGSW 240274 Routing Switch Switch Management Basic Management General Hardvrare Revision 30000 Rev 1 JHardvare Configuration elm g24 rom software Revision v3 0 Jun 04 2002 10 42 47 Firmare Revision Ho Firmrare AA AAA AA system Hame WGOSW 2407A8 Contact Location admin Passmor gt F quest Passwor Enter Hew Password Statistics Cot Rehoot On Err Remote Telnet Remote HTTP Login Enabled Enter text and press lt ENTER gt lt ESC gt Previous 4 Enter the new password For security each password character you type appears as an asterisk E 96 5 Press Enter A screen prompts you to reenter the new password FIGURE 4 8 REENTER NEw PASSWORD PLAHET WGSW 240274 Routing Switch Switch Management Basic Management Ge
36. Enable 75 Get Community Name public Set Cormniunity Name public Trap Communiy Marwa public Trap Commundy Marne 2 publi Trap Commund y Harme 3 public Trap Communiy Marra 4 feadli Trap Host 1 IP Address 203 70 29 53 Trap Host 2 IF Address i Trap Host 3 IP Address f Trap Host d IP Addess Enable xj Cold Sian Trap al ME 1 For SNMP indicate whether it is enabled or disabled SNMP Disable Y Enable Disable 2 For Get Community Name type a get community name 3 For Set Community Name type a set community name 4 Use the four Trap Community text boxes to specify up to four trap community names one community name per text box 249 Trap Community Mame 1 public Trap Community Mame 2 public Trap Community Mame 3 public Trap Community Mame 4 public 5 Use the four Trap Host text boxes to type up to four IP addresses for trap hosts one trap host per text box The address consists of numbers separated by periods For example 129 32 0 11 Trap Host 1 IF Address Trap Host 2 IP Address Trap Host 3 IF Address lil Trap Host 4 IF Address 6 For Cold Start Trap enable or disable it Cold Start Trap Disable Disable 7 For Warm Start Trap enable or disable it Warm Start Trap Enable Dis able Disable 8 For Link Down Trap enable or disable it Link Down Trap Enable 9 For Link Up Tr
37. Location admin Password A A guest Password A X Statistics Collection Enabled Reboot On Error Enabled Remote Telnet Login Enabled Remote HTTP Login Enabled Up rrow gt lt Down rrow gt More lt Enter gt Hodify lt ESC gt Prerious Use the following procedure to configure the general management options 4 3 1 1 Changing the System Name To change the system name 1 From the General screen highlight System Name and press the Enter key The Enter System Name screen appears meee me FIGURE 4 4 ENTER SYSTEM NAME PLAHET WGSW 2740278 Routing Switch Switch Management Basic Management General Hardware Revision 30000 Rev 1 Hardware Configuration elm g 4 rom Software Rerision v3 0 Jun 04 2002 10 42 47 Firmrare Revision Ho Firmrare A ep eee I System Hame EE l Contact Location admin Passwor guest Pas wor Enter System Hame Statistics Co Reboot On Err Remote Telnet Remote HTTP Login Enabled Enter text and press lt EHTER gt ESC gt Previous 2 Enter a system name lf you make a mistake use the Backspace key to delete the error 3 Press Enter to return to the General screen 4 3 1 2 Changing the Contact and Location To change the Contact and location 1 Press the Down Arrow key to highligh
38. Press Esc The Internet and physical addresses you typed appear in the ARP Table screen The following screen shows an example of Internet and physical addresses that have been added 89 FIGURE 5 51 PLAHET WGESW 2402748 Routing Switch WGOSW 24074 Switch Management fAdvanced Management IP HetworkingfARP Table 1203 70 249 4 000957497680 1 0x001 dynamic l 1203 70 249 53 OO304FOB3CBS 1 0x001 dynamic 001234567890 1 0x001 static EUpArrow gt DownArrow gt Hove lt gt 4dd lt gt Delete lt s gt Search lt ESC gt Prerious 7 To add more static ARP table entries repeat steps 1 through 6 When you finish press Esc to return to the ARP Table screen 5 6 2 2 Deleting Static ARP Table Entries If you no longer need a static entry in the ARP table use the following procedure to delete it There is no precautionary message that appears before you delete a static ARP table entry Therefore be sure you want to delete the entry before doing so 1 From the ARP Table screen use the Up Arrow or Down Arrow key to highlight the ARP table entry you want to delete 2 Press the hyphen key to delete the entry To delete additional static ARP table entries repeat steps 1 and 2 4 When you finish press Esc to return to the ARP Table screen 5 6 2 3 Searching for ARP Table Entries To search for entries in the ARP table 1 From the ARP Table screen press S The Search Options screen prompts you to select an Inte
39. Straight Through Cables and Crossover Cables Category 5 UTP STP cable has eight wires inside the sheath The wires form four pairs Straight Through Cables has same pin outs at both ends while Crossover Cables has a different pin arrangement at each end Figure A 1 shows the standard RJ 45 receptacle and connector Figure A 2 shows the diagram of straight through cables Figure A 2 shows the diagram of crossover cables FIG A 1 THE STANDARD RJ 45 RECEPTACLE CONNECTOR 263 FIG A 2 DIAGRAM OF STRAIGHT THROUGH CABLES 1 White Orange 2 Orange 3 White Green 4 Blue 5 White Blue 6 Green 7 White Brown 8 Brown 1 White Orange 2 Orange 3 White Green 4 Blue 5 White Blue 6 Green 7 White Brown 8 Brown FIG A 3 DIAGRAM OF CROSSOVER CABLES DIAGRAM 1 White Orange 2 Orange 3 White Green 4 Blue 5 White Blue 6 Green 7 White Brown 8 Brown 264 1 White Orange 2 Orange 3 White Green 4 Blue 5 White Blue 6 Green 7 White Brown 8 Brown Appendix B Example of Stacking Switches There are 5 switches to be stacked together Routing function between VLANs is not required The Switches from top to down are A E
40. Switch Management Advanced Management Qo5 Setup Profile Setting Port Using This Profile 25 G Strict Priority Enabled P Delay Sensitive Application Enabled Profile ID ID Profile Hame l Megabit D Profile Status Active Profile 1 BETO iD Bandwidth Partitions Shaper Configuration Qos with Flow Control Disabled Pe A Denne anne cee Up rrow gt Down rrow Move lt Enter gt V iew Modifty lt ESC gt Prerious 3 This screen is similar to the Megabit Profile Attributes screen To complete this screen perform steps under 3 through 8 under section 5 15 2 4 1 Megabit Profile 5 15 2 6 Specifying the Port Configuration To specify port configuration parameters 1 From the QoS screen use the Down Arrow key to highlight Port Configuration and then press the Enter key The Port Configuration screen appears Note For WGSW 2402A Ports 1 through 24 are 10 100 Megabit ports while ports 25 and 26 are Gigabit ports For WGSW 404 all ports are Gigabit ports 184 FIGURE 5 170 PLANET WGSW 2402748 Routing Switch GS H 2402A4 tch Management Advanced Management QoS Setup Port Configuration 4 Port Configuration gt a A A MiPort 25 1000M Port 26 1000 Port 1 10 100
41. Total Ho of CRC Alignment Errors Received 0 Total Ho of Undersize Packets Received O Total Ho of Oversize Packets Eeceived 0 Total Ho of Collisions O Total Ho of 64 byte Packets Received 38 515 Total Ho of 65 to 127 byte Packets Received 91 623 Total Ho of 128 to 255 brte Packets Received 22 663 Total Ho of 256 to 511 byte Packets Received 5 956 Total Ho of 512 to 10273 byte Packets Eeceived 311 Total Ho of 1 0 to 1 5 Kbyte Packets Received 21 470 viTotal Ho of Bytes Transmitted 6 256 759 EUpArrow gt Down rrow gt Move lt R gt Reset Counters L gt Switch lt ESC gt Prerious 3 To reset counters for the port in the screen above press R The following screen appears FIGURE 5 40 PLANET WGSW 240274 Routing Switch WGSW 24074 Switching DataBasefPort PerspectivefPer Port Statistics Port Total Ho of Bytes Received MUR ee tial Total Ho of Packets Received 180 671 Total Ho of Broadcast Packets Received 134 398 Total Ho of CRC AlLign Total Ho of Undersize Reset Port 1 Counters k Total Ho of Oversize _ _ gt Total No of Collision Te Total Ho of 64 byte P Ho Total Ho of 65 to 1274 Total Ho of 128 to 255 byte Packets Received 22 675 Total Ho of 256 to 511 brte Packets Received 5 962 Total Ho of
42. daoi imeltipea Fico Lor A degree pet MAC Address Management aj enc Por Port Statistics Tans Statio MAC Filters l DE an ee VLAN amp PVID Perspective cala Mid old DO BAP Other Protocol Pore Trunking Port Mirroring Switeh Stacking The Advanced Setup options are MAC Address Management lets you obtain per VLAN per port and individual MAC views See section 7 1 MAC Address Management IP Networking lets you access IP and RIP settings the default gateway routing table ARP table parameters and DHCP gateway settings See section 7 2 IP Networking Per Port Statistics lets you view statistical data for selected ports See section 7 3 Per Port Statistics Bridging lets you select aging and flood list parameters See section 7 4 Bridging Static MAC Filters lets you view add and delete source or destination MAC address filters See section 7 5 Static MAC Filters IP Multicast Group under construction section 7 6 VLAN amp PVID Perspective lets you create modify and delete VLANs See section 7 7 VLAN amp PVID Perspective Spanning Tree Perspective lets you view and or change Spanning Tree configurations and port settings See section 7 8 Spanning Tree Perspective SNMP lets you view and change the SNMP configuration See section 7 9 Viewing and or sone Changing SNMP Param
43. l In the Port column click the port you want to configure A Port Configuration window similar to the following appears FIGURE 6 11 PORT CONFIGURATION WINDOW ay Fort Configuration Microsoft Intemet Explorer E o x Port Configuration Update Setting Admin Setting Speed Duplex Options Flow Control Options Up Auto Auto Under Admin Setting enable or disable the admin setting for the port Up places the port in the UP state In this state packets can be switched to and from the port Down places the port in the DOWN state In this state packets cannot be switched to and from the port 207 FIGURE 6 12 3 Port Configuration Microsoft lntemet Explorer Port Configuration Admin Setting Speed Duplex Options Flow Control Options 1 Up gt Auta Auto 4 To change the line speed and duplex settings click an option under Speed Duplex Options Auto allows the Switch to automatically ascertain the line soeed and duplex mode All the other selections force the Switch to use a specific line soeed and duplex mode FIGURE 6 13 3 Port Configuration Microsoft Intemet Explorer Port Configuration Update Setting Admin Setting Speed Duplex Options Flow Control Options Up Auto Auto 5 To configure the flow control for this port click the flow control option under Flow Control Options Auto allows the Switch
44. press Enter to not transfer the file at this time 5 16 3 Receiving Files via Kermit To receive files using the Kermit protocol 1 From the File Transfer screen highlight Receive File Via Kermit and press the Enter key A prompt asks whether you want to transfer the file now 195 FIGURE 5 185 PLAHET WGSW 2402A Routing Switch WGSW 24074 ement Advanced Management File Transter Receive File Via Kermit Transfer File How lt UpArrow lt DownArrow gt Move lt Enter gt Select lt ESC gt Previous 2 Highlight Yes and press Enter to transfer the file now or press the Esc key or highlight No and press Enter to not transfer the file at this time 5 16 4 Sending Files via Kermit To send files using the Kermit protocol 1 From the File Transfer screen highlight Send File Via Kermit and press the Enter key The Select File Type screen appears 196 FIGURE 5 186 PLAHET WGSW 240274 Routing Switch WGOSW 240274 nagement fAdvanced Management File Transtfer Send File Via Kermit ls W Config File JH W Config File Debuger Monitor File Euntime File Web Browser File lt Up Arrow lt DownArrow sHove lt Enter gt Select lt ESC gt Prerious 2 Highlight the file type you want to send and press the Enter key A prompt asks whether you want to transfer the file now FIGURE 5 187 PLAHET WGSHW 24028 Routing Switch WGOSW 24028 nagement Advanced Managem
45. 0 192 168 2 10 16 OxO1E Direct Local 1192 166 2 0 255 255 255 255 192 166 2 255 16 OxX01E Martian Local 1192 1665 2 10 255 255 255 255 192 166 2 10 16 OxX01E Other Other 1192 165 2 10 255 255 255 255 192 1665 2 10 16 OxO1E Myself Local 1192 166 2 255 295 255 255 255 192 168 2 255 16 OxX01 Beast Local v 192 166 4 0 255 255 255 0 192 165 4 10 16 0x004 Direct Local MS SS A O SS A OS A O A SS O A Up arrow gt Down rrow gt Move lt gt Add lt gt Delete lt s gt Search ESC gt Previous 2 Select Default Gateway or Static Route then press Enter If you selected Default Gateway the following screen appears Press Enter and type an IP address for the default gateway The address consists of numbers separated by periods For example 129 32 0 11 When you finish press Enter Then proceed to step 3 93 FIGURE 5 55 PLANET WGSW 240274 Routing Switch Y6S57 2402A itch Management Advanced Management FTP Hetworking Routing Table l l 1127 0 0 0 255 0 0 0 0 0 0 0 1 Hartian Local 1192 168 1 0 255 255 255 0 192 168 1 10 16 0x014 Direct Local e e E ee ee ee ee eee Se n Local 192 1 Default Route Specifications Other ee edit a a a a aM Local 1192 1 Default Gateway Local 1192 1 Metric 1 Local Aa ce ee ee ee ee ae ee n Local 192 1668 2 10 255 255 16 OxXOLE Other Other 192 1668 2 10 255 255 255 255 192 168 2 10 16 0x01E Myself Local 192 168 2 255 255 255
46. 10 O0x00A l IDHCE Gateway 1192 168 1 10 VLAH 20 0x014 l Maximum Hops 4 1192 168 2 10 VLAH 30 0x01E l Delay sec O ES Preferred Server Preferred Server Preferred Server Preferred Server cUparrow gt lt Downirrow gt Hovre lt Enter gt HarkfUnmark lt ESC gt Done 3 Highlight the appropriate interface or highlight All Interfaces Press Esc A screen similar to the following appears lt 07 FIGURE 5 61 Ve ae ee ee a ee a a ae ee ee eee ee NS ENTE Routing Switch WGOSW 274073 agement Advanced Management IP Hetworking DHCP Gateway Settings IVLAH ID 1 0x001 IP Address 203 70 249 159 ee eas ee ee EEE DHCP Gateway l l l Maximum Hops 0 Delay sec D Preferred Server Preferred Server Preferred Server Preferred Server FUp rrow lt Down rrow gt Hove lt Enter gt Hodify lt gt 4dd Relay IP lt gt Del IP lt ESC gt Previous 4 With the highlight on DHCP Gateway press Enter The following screen appears FIGURE 5 62 PLAHET WGSW 24024 Routing Switch WOSW 24028 agement Advanced Management IP Hetworking DHCP Gateway Settings Preferred Server Preferred Server Preferred Server SR ee ee ene ccna VLAH ID 1 0x001 IP Address 203 70 249 159 e oo os gt DHCP Gateway Options DHCP Gateway Maximum Hops 0 Mpisaiea ooo o N Delay sec 0 Enab
47. 100 240VAC is allowed Console This is where you will connect to the RS 232 serial port on your PC for configuring the management function discussed in Chapter 3 Note To depress the Buzzer button will change the reaction of the buzzer If the button is set to on the buzzer will ring as the system is under the status of overheat Set to off the buzzer will not work even if the system overheats 2 2 WGSW 404 Hardware Description 2 2 1 Front Panel of WGSW 404 The front panel of the WGSW 404 has 4 RJ 45 ports for 10 100 1000 Mbps in the middle The port status LEDs are indicated at the left The expansion modules are situated at the right Figure 2 3 shows the Switch s front panel Table 2 4 shows the port function of the Switch The functionality of the LEDs will be explained in 2 2 2 LEDs FIGURE 2 4 FRONT PANEL OF WGSW 404 Console Status LEDs 10 100 1000 Mbps ports Expansion Ports QPLANET wasw 4o4 Intelligent 10 100 1000Mbps Ethernet Switch oe a _ Z ds 100 O PAZ os 100Base FX ps 100Base FX 1000MbpsC 1000Base X on gh af gp o 2 e 22 00 oe ey o es Ela e 2 Over Heat 10 FDXICOL FDOX COL i WRO WGSW C1GT 10 100 1000Base T wosw cist X PX wasw cisc TX RX WGSW C1SX
48. 100 Megabit port A3 active profile 3 which can be used by any 10 100 Megabit port A4 active profile 4 which can be used by any 10 100 Megabit port NA indicates a profile that is not active and cannot be used by any 10 100 Megabit port 178 FIGURE 5 163 ae PLANET Y65H 24024 Routing Switch WGOSW 24028 Switch Management Advanced Management QoS Setup Profile Setting Ports Using This Profile 1 2 3 4 5 6 Strict Priority Disabled l l l Delay Sensitive Application Enabled OE is l l l l l Profile Hame e aE IDE lProfile Status Active Profile 1 Bandvidth Partitions Qos with Flow Control Disabled Default Hame 08 HA Default Hame 09 HA Default Hame 10 HA MUpArrow gt lt Down irrow Move lt Enter gt V iew fModitfty lt ESC gt Previous 3 To change the profile name press the Enter key with Profile Name When Profile Name box appears enter a profile name and press the Enter key The name you entered appears next to Profile Name FIGURE 5 164 PLANET WGESHW 2402748 Routing Switch WGSW 24027A8 Switch Management Advanced Management QoS Setup Profile Setting Ports Using This Profile 1 2 3 4 5 6 I Strict Priority Disabled Delay Sensitive Application Enabled EE gt l Profile Name USA Ee Profile Status Active Profile 1 Bandvidth Partitions Qos with Flow Control Disabled Sy
49. 255 255 192 168 2 255 16 OxXO1E Beast Local 192 168 4 0 255 255 255 0 192 168 4 10 16 0x004 Direct Local juji9 168 4 0 255 255 255 255 199 168 434 355 16 Ox004 Martian Local SS SS SS eS SS SS SE UVUpirror gt lt Dbown rrowosHove lt Enter gt MHodify lt gt Delete lt ESC gt Previous If you selected Static Route the following screen appears At each field press Enter type the appropriate parameter and press Enter again Use the Up and Down Arrow keys to move between fields Then proceed to step 3 FIGURE 5 56 A ae ae re ep ee ee ee ee ee ee PLAHET WGOSW 24024 Routing Switch WOSW 24074 itch Management Advanced Management IP Hetworking Routing Table D Martian 1127 0 0 0 255 0 0 0 0 0 0 0 1 Martian Local 1192 168 1 0 255 255 255 0 192 168 1 10 16 0x014 Direct Local 1192 168 dee SSS SS SS SS a Ss artian Local 192 168 1 Static Route Specifications ther Other 1192 168 be SS Sa a SS Se SS Se See yself Local 1192 168 1 Hetwor BS Jcast Local 192 168 2 Hask Jirect Local 192 168 2 Gateway Jartian Local 1192 168 2 Metric 1 Jther Other 2 6G 2a SS SS SS SS SS gt yself Local 1192 168 2 255 255 255 255 255 192 168 2 255 16 Ox01E Bcast Local 1192 168 4 0 255 255 255 0 192 168 4 10 16 0x004 Direct Local juji9 168 4 0 255 255 255 255 192 168 4 255 16 0x004 Martian Local E A ontea kta etoneta oieoonteteleton ant
50. 41 FIGURE 4 24 PLAHET WGESH 2402748 Routing Switch WGSW 2402748 Switch Management Basic Management Console Port Configurations Baud Rate 115200 Flow Control Disabled Modem Control l Hodem Setup String AT amp F EO Li C1 S0 1 D2 SLIP Disabled SLIP Address l SLEEP Subnet Hask O Modem Control Options Mbisanic 1 Enabled E Up rroms lt Dowmn rrowsMove lt Enter gt Select lt ESC gt Previous 2 Highlight whether you want to enable or disable a modem connection to the console port 3 Press Enter You return to the Console Port Configurations screen and the modem control option you selected appears in the Modem Control field Note If you enable a modem connection proceed to section 4 3 3 4 Specifying a Modem Setup String to specify the appropriate modem setup string 4 3 3 4 Specifying a Modem Setup String If you enabled a modem connection to the console port use the following procedure to specify a modem setup string 1 From the Console Port Configurations screen highlight Modem Setup String and press the Enter key A screen similar to the following shows the current modem setup string option 49 FIGURE 4 25 PLANET WGSW 240248 Routing Switch WGOSW 24028 Switch Management Basic Management Console Port Configurations Baud Rate 115200 Flow Control Disabled Hodem
51. 45 Ports Expansion Modules 3 PLANET ESE r r q T T T 4 H F L q H r S gt r n elige EE Le bps Ethernet switch pe 100 me O 100 1000Base T wO T FDX COL o z 2 0 10 OOOO EA A A OS a Ess 13 14 15 16 17 18 19 20 21 22 23 24 Slot 1 TABLE 2 1 PORT FUNCTION 10 100 ie RJ 45 ports support network speeds of either 10Mbps or 100 Mbps and can operate in half or full duplex modes These ports provide for the installation of one or two expansion Expansion modules that establish a Fast or Gigabit Ethernet connection pansio Note You may install an 1000Base SX 1000Base T or Ports 100Base FX expansion module and use fiber optic or category 5 cabling 2 1 2 LEDs of WGSW 2402A The LEDs indicate the status of 10 100 Mbps Ethernet ports Over Heat Fan Failure and Power Figure 2 2 shows the LED panel of the Switch Table 2 2 shows the functions of power and status LEDs Table 2 3 shows the functions of the port status LEDs FIGURE 2 2 LEDS PANEL Status LED 10 100 Port Status LEDs Power LED WGSW 2402A 1 2 4 8 9 10 11 12 PLANET 132538183283 By m0 O OOO C10 OO O O OO too O O 0000 OO OC O O OC FpxicoL Fan Failure O O O O O O O O O O O O LNK ACT Over Heat C O OOOOCIOOOO0OO OC to0 10
52. 5 5 1 0x001 Port 6 6 1 0x001 Port 7 Fj 1 0x001 Port 8 8 1 0x001 Port 9 9 1 0x001 Port 10 10 2 0x002 v Port 11 11 1 0x001 Enter 12 bit decimal or hex ID and press EHTER gt lt ESC gt Previous 68 2 Enter a decimal number in the Enter New PVID column Then press Enter FIGURE 5 26 PLAHET WGSW 2402A Routing Switch WGOSW 240238 agement Advanced Management L Switching DataBase PVID Settings PVID Settings Pm Port 25 A 1 0x001 Port 26 B Port 1i 1 1 0x001 Port 2 2 1 0x001 l Port 3 3 1 0x001 Port 4 4 1 0x001 Port 5 5 1 0x001 Port 6 6 1 0x001 l Port F7 Fy 1 0x001 l Port 38 8 1 0x001 Port 9 9 1 0x001 Port 10 10 2 0x002 Jv Port 11 11 1 0x001 l 4 eUpaArrow gt lt Down rrow gt Movre lt Enter gt Modify lt L gt Switch lt ESC gt Prevrious Note Even though you have specified the port to be tagged port for the VLAN ID the Switch will still untagged the packets if the PVID setting is the same as the VLAN ID If your network is with multiple switches organize the VLAN groups before setting up the VLAN ID of the ports 5 3 IP Multicast Group Perspective The Internet Group Management Protocol IGMP runs between hosts and thei
53. 512 to 1023 hyte Packets REeceived 311 Total Ho of 1 0 to 1 5 Kbyte Packets Received 21 470 v Total Ho of Bytes Transmitted 6 261 399 Updrrov gt s lt Dowmn rromHore lt Enter gt Select lt ESC gt Previous 4 With Yes highlighted press the Enter key to reset the counters Or to retain them press the Esc key or highlight No and press Enter 80 5 5 5 Per Port Mac Limit This option allows you to specify the maximum number of MAC addresses on each port If you select Per Port MAC Limit from the Port Perspective screen a screen similar to the following one appears le PLANET WGESW 240278 Routing Switch ment Advanced Management L Switching DataBasefPort Perspective FIGURE 5 41 WOSW 24028 Port Port Port Port Port Port Port Port Port Port Port Port ju Port Port MAC 25 A 26 E 1 1 2 2 4 4 4 3 4 6 6 1057 a 8 9 9 10 10 11 11 1005 FX 1005 FX 10 1005 10 1005 10 1005 10 1004 10 1005 10 1005 10 1005 10 100M 10 100M 10 100M 10 1005 VpiArrow lt Down rrowMHove lt Enter Hodify L Switch lt ESC gt Prerious To specify MAC learning options for a MAC port use the Up and Down Arrow keys to highlight a port then press the Enter key A MAC Learning Options screen similar to the following appears PLANET WOSW 240248 Routing Switch FIGURE 5
54. 6 6 cA 105 RTS Requesto Send 7 7 a gt cB 106 CTS Clearto Send J BS e CE 125 RI Ring Indicator 9 ls CO aras B 2 Connection from Switch s Serial Port to PC s 9 Pin COM Port DTR Switch s 9 Pin PC s 9 Pin pra 7 B 3 Connection from Switch s Serial Port to Modem s 25 Pin DCE Port Switch s 9 Pin Modem s 25 A E B RA e emehe E Tea e 2 6 B 4 Connection from Switch s Serial Port to PC s 25 Pin DTE Port dace ee Serial PC s 25 Pin DTE 2
55. Activities WOSW 24028 VLAN Domain l Elort o fe Up rrow gt lt Dbown Arrow gt sHove lt Enter gt SelLlect lt ESC gt Previous This screen shows all active VLAN domains for the VLAN you selected You can use the Up Arrow and Down Arrow keys to scroll through the list of domains associated with the selected VLAN When you finish performing VLAN activities press the Esc key until you return to the desired screen 62 5 2 2 5 Viewing VLAN Settings Using the VLAN Configuration screen you can view VLAN settings 1 From the VLAN Perspective screen highlight an existing VLAN and press the Enter key A screen similar to the following appears with the highlight on VLAN Activities FIGURE 5 18 A 55 5 5 5 5 5 5 5 5 5 5 5 5 5 PLANET WGOSW 240248 Routing Switch WOSW 240274 i Yanced Management L 2 Switching DataBase V LAH amp PYID Perspective VLAH ID Hame AZ I I1 0x001 Defaut i E rience VLAN Info ee ee ee A VLAH Activities LW Settings h FUp Arrow lt Dbown rrowsMove lt Enter gt Select lt ESC gt Prerious 2 Press the Up or Down Arrow key to highlight VLAN Settings 3 Press Enter A screen similar to the following appears 63 FIGURE 5 19 PLANET WGOSW 240248 Routing Switch WOSW 24028 taBase VLAH amp PYID Perspective
56. Algorithm to prevent loops routers also use methods for preventing loops that would cause endless retransmission of data traffic RIP utilizes the following three methods to prevent loops from occurring w Split horizon never propagate routes back to an interface port from which they have been acquired w Poison reverse propagate routes back to an interface port from which they have been acquired but set the distance vector metrics to infinity This provides faster convergence w Triggered updates whenever a route gets changed broadcast an update message after waiting for a short random delay but without waiting for the periodic cycle RIP 2 is a compatible upgrade to RIP RIP 2 adds useful capabilities for plain text authentication multiple independent RIP domains variable length subnet masks and multicast transmissions for route advertising RFC 1388 There are several serious problems with RIP that you should consider before deciding which routing protocol to use for your network First of all RIP version 1 has no knowledge of subnets both RIP versions can take a long time to converge on a new route after the failure of a link or router during which time routing loops may occur and its small hop count limitation of 15 restricts its use to smaller networks Moreover RIP version 1 wastes valuable network bandwidth by propagating routing information via broadcasts nor does it consider enough network variables to make the best rout
57. GS H 2402A4 agement Advanced Management File TransferfReceive File Via TFTP File Hame wgsw 2402 rom IP Address HEM CUL E tt olan eet Transfer File How Yes l O tf Up rrow gt Down rrow gt Move lt Enter gt Select lt ESC gt Previous 6 Highlight Yes and press Enter to transfer the file now or press the Esc key or highlight No and press Enter to not transfer the file at this time 5 16 2 Sending Files via TFTP The following procedure describes how to send files using the TFTP protocol Note The TFTP protocol is used to download upgraded software to the Switch A VLAN with the proper IP address and routing path to the TFTP server must be configured for the Switch to access the specified TFTP server 1 On the File Transfer screen highlight Send File Via TFTP and press the Enter key The Send File Via TFTP screen appears 193 FIGURE 5 182 PLANET WGSW 240248 Routing Switch GS H 2402A Hanagement Advanced Management File Transferfsend File Via TFTP File Hame Fo AA IP Address 203 70 249 53 UpArrom lt DownArrow gt Move lt Enter gt Modify ESC Confirm 2 Ifthe file type you intend to send is different than the default file one shown press Enter The Select File Type screen appears FIGURE 5 183 PLAHET WGSW 24028 Routing Switch WOSW 240278 Hanagement Advanced Management File Transfe
58. Group Membership he H SSeS eS p SS MeILP Group 224 0 1 60 UVpArrow Down Arrow gt Move lt ESC gt Previous 4 Use the Up and Down Arrow keys to scroll through the VLAN IP Multicast Group Membership screen 5 When you finish press the Esc key to return to the desired screen 5 5 Port Perspective The port perspective lets you view VLAN activities port statistics and per port MAC limits To obtain a port perspective 1 From the L2 Switching Database screen highlight Port Perspective and press the Enter key The following Port Perspective screen appears TR FIGURE 5 32 PLAHET WGSHW 24074 Routing Switch WGSW 24074 ment Advanced Management L Switching DataBase Port Perspective Per Port Statistics Per Port MAC Limit UVUpiArrom lt Down rrowsMove lt Enter Select lt ESC gt Previous 2 To view per port VLAN activities highlight Per Port VLAN Activities press the Enter key and proceed to section 5 5 1 3 To view per port statistics highlight Per Port Statistics press the Enter key and proceed to section DO 5 5 1 Per Port VLAN Activities This option allows you to view MAC address and VLAN on selected port If you select Per Port VLAN Activities from the Port Perspective screen a screen similar to the following Per Port VLAN Activities appears 75 FIGURE 5 33 PLAHET WGSW 240274 Routing Switch WGOSW 240274 L Switching DataBasefPort Perspectiv
59. L gt Switch lt ESC gt Prerious To change the administration status 1 Use the Up and Down Arrow keys to highlight the port whose selections you want to change 2 Press the Enter key The Admin Status Options screen appears FIGURE 5 89 i PLANET WGSW 24024 Routing Switch WGSW 2402A nagement Advanced Management Spanning Tree ProtocolfSTP Options Po STP Options Port 10 Disabled Link Down v Port 11 Disabled Link Down Po Pol Admin Status Options I Po Port STP Status oo A eee Port 4 Disabled Link Down Down I Port 5 Disabled Link Down Port 6 Disabled Link Down Port 7 Disabled Link Down I Port 8 Disabled Link Down Port 9 Disabled Link Down I lt UpArrow gt lt DownArrow gt Move lt Enter gt Select lt ESC Previous 3 Enable or disable the selected port siir To manually enable the selected port highlight Up and press Enter To manually disable the selected port highlight Down and press Enter To re enable the port repeat steps 1 through 3 and select Up in step 3 Your selection appears next to the selected port 4 To change the administration status options for other ports repeat steps 1 through 3 5 When you finish press Esc Note This screen also lets you use the L switch to toggle the Port column as descr
60. Switch Switch Management Basic Management General JHardware Eevision 30000C Rer 1 JHardware Configuration elm g24 rom Software Revision 3 0 Jun 04 2002 10 42 47 Firmare Eevision Ho Firmrare E eS System Hame WGSW 2402A Contact Location admin Passwor guest Passwor Enter Hew Password Statistics Co Reboot On Err _ Remote Telnet JEemote HTTP Login Enabled Enter text and press lt ENTER gt lt ESC gt Previous 2 Enter anew guest password If you make a mistake use the Backspace key to delete the error 3 Press Enter to return to the General screen 4 3 1 5 Statistic Collection The statistic collection function allows the Switch to collect RMON and interface statistic data of each port To enable or disable Statistic Collection to the Switch 1 From the General screen highlight Statistic Collection and press the Enter key The following screen appears 28 FIGURE 4 10 STATISTICS COLLECTION OPTIONS PLAHET WGSW 274078 Routing Switch Switch Management Basic Management General Hardware Revision 30000 Rev 1 Hardware Configuration elm g 4 rom Software Revision v3 0 Jun 04 2002 10 42 47 Firmrare Revision Ho Firmrare E iaa sia I System Hame WCSW 2402A l Contact l Location Lamin Password R A guest Patrt
61. Switch As an added bonus although we do not assume anything about the arrival pattern if the incoming traffic is policed or shaped we may be able to provide additional assurances about our switch s performance The two tables below show examples of QoS applications with eight and four transmission priorities for gigabit ports and megabit ports TABLE 5 2 GIGABIT PORT QoS CLASS Class of Bandwidth Partitions Sample Application Gigabit Port Default and User Low Drop Subclass High Drop Subclass Configurable P7 Highest Control information 25 Phone calls circuit a video other emulation multimedia 12 5 Interactive activities Non critical interactive activities 12 5 Web business Non critical ERES activities 2 25 File File backups 150 6 25 6 25 Casual web browsing PO Lowest 6 25 Note Low Drop Subclass If class is oversubscribed these packets are the last to be dropped High Drop Subclass If class is oversubscribed these packets are the first to be dropped TABLE 5 3 MEGABIT PORT QoS CLASS Class of Bandwidth Partitions Sample Application Megabit Port Default and User Low Drop Subclass High Drop Subclass Configurable P3 Highest 75 Control information Training video phone calls circuit other multimedia emulation 12 5 Interactive activities Non critical SOS s T E ee In the Switch it is possible that a class of traffic may attempt
62. Tr Disabled v 2uthentical ZA y 4 eUpArrow gt DownArrow gt Movre lt Enter gt Select lt ESC gt Prerious Trap Host 1 IP Address 129 32 0 11 Trap Host 2 IP Address Trap Host 3 IP Address Trap Host 4 IP Address Trap Host 5 IP Address Cold Start Warm Start Trap Options Link Down 23 Select Disabled or Enabled and press Enter Your selection appears next to Authentication 129 Failure Trap 24 Press the Down Arrow key to highlight Rising Alarm Trap and press the Enter key A Trap Options screen similar to the following appears PLANET WESW 2402748 Routing Switch Switch Management fAdvanced Management SHMP Configurations Trap Community Hame 3 public Trap Community Hame 4 public Trap Community Hame 5 public J4uthentica Disabled viRising Ala ZE 4 Up rrow gt lt Down rrow gt Move lt Enter gt Select lt ESC gt Prerious Trap Host 1 IP Address 129 32 0 11 Trap Host 2 IP Address Trap Host 3 IP Address Trap Host 4 IP Address Trap Host 5 IP Address Cold Start Trap Enabled Warm Start Link Down Trap Options Link Up Tr
63. a a EEN a a E R O TE 5 5 SHMP Configurations 4 5 5 5 5 5 SWE Enabled Get Community Hame public Set Community Hame public Trap Community Hame 1 public Trap Community Hame 2 public Trap Community Hame 3 public Trap Community Hame 4 public Trap Community Hame 5 public Trap Host 1 IP Address 129 32 0 11 Trap Host Irap Host Trap Options Trap Host 4 Trap Host Disabled Iv Cold Starti ZE l a A A SS Upirrow gt lt Dbown rrowsHMove lt Enter gt Select lt ESC gt Prerious 15 Select Disabled or Enabled and press Enter Your selection appears next to Cold Start Trap 16 Press the Down Arrow key to highlight Warm Start Trap and press the Enter key The Trap Options screen appears FIGURE 5 101 PLAHET WGOSW 2402748 Routing Switch Switch Management Advanced Management SHMP Configurations l Get Community Hame public Set Community Hame public Trap Community Hame 1 public Trap Community Hame 2 public Trap Community Hame 3 public Trap Community Hame 4 public Trap Community Hame 5 public Trap Host 1 IP Address 129 32 0 11 Trap Host 2 IP Address Trap Host
64. activities see Section 5 Performing Advanced Management Activities 20 To log out highlight Logout and press Enter To save the current settings and remain in the configuration program highlight Save Settings press Enter To restore the factory default settings highlight Restore Default Settings and press Enter To reboot highlight Reboot and press Enter 4 2 Navigating Through the Console Interface The console interface consists of a series of menu boxes Each menu box has several options which are listed vertically A highlight in each box lets you select the option you wish to choose pressing the Enter key activates the highlighted option Table 4 1 shows the keys used for navigating through the console interface TABLE 4 1 NAVIGATING THROUGH THE CONSOLE INTERFACE To Press This Key Move the highlight one line up in a menu box Move the highlight one line down in a menu box Tab Move the highlight between screens Select the highlighted option Move to the previous menu 4 3 Performing Basic Management Activities Basic management activities consist of General LAN port and console port tasks To perform basic management activities 1 From the Switch Management screen see Figure 4 1 highlight Basic Management and press Enter The Basic Management screen in Figure 4 2 appears 294 FIGURE 4 2 BASIC MANAGEMENT SCREEN PLANET WGOSW 24028 Routing Switch Switch
65. already defined appear on the page 230 FIGURE 7 20 P PLANET Saas SPY Ed oh 1 Bile cere ateo Advanced Setup Static Source MAC Filter Add MAC Adi Doble MAC Add Source MAC Address Click the Add MAC Addr button The Static Source MAC Address Out Filter window appears In the Source MAC Address Out Filter text box type a unique MAC source address you want to add For example FIGURE 7 21 eM Static Source MAC Filter Microsoft Intemet Explorer Add Static Source MAC Address Filter Source MAC Address Filter 0030411 12233 Click the Add button The previous page appears with the source MAC address out filter you added as shown in the following figure pas FIGURE 7 22 Y PLANET a MO A DA a fla mthi ji Bide ea aio Advanced Setup Static Source MAC Filter Add MAG Adde Delete MAC Addr source MAC Address 00304112733 7 5 2 Deleting Source MAC Address Out Filters If you no longer need a source MAC address filter use the following procedure to delete it 1 Point to Advanced Setup point to Static MAC Filters and click Source MAC Address Out Filters 2 Click the Delete MAC Addr button A Delete Source MAC Address window similar to the following appears FIGURE 7 23 By Delete Source MAC Address Microsoft Internet Explorer 3 Ioj x Delete Souce MAC Address Filter Delete Selecte a MAL Address Select_One 3 From the drop down list click
66. amin Control Port 2 10 100M ren FC On a SS 5556555565535 Port 3 10 100M Speed Auto FC On Down Port 4 10 100M Speed Auto FC On Down Port 5 10 100M Speed Auto FC On Down Port 6 10 100M Speed Auto FC On Down Port 7 10 100M Speed Auto FC On Down Port 10 1005 Speed Auto FC On Down Port 9 10 1005 Speed Auto FC On Down Port 10 10 100M Speed Auto FC On Down Port 11 10 100M Speed Auto FC On Down v Port 12 10 1005 Speed Auto FC On 100M FD Fc On 4 5 5 eUpArrow gt lt Down Arrow Move lt Enter gt Select lt ESC gt Previous FIGURE 4 17 SPEED amp FLOW CONTROL OPTIONS PLAHET WGESW 2402748 Routing Switch ic Management LAH Port Configurations Line Speed Flow Control WGOSW 24078 Port 25 100M FX Speed 100M FD FC off 4 Port 26 100M FX Speed 100M FD FC On Line Speed Port 1 10 1000 EES Flor Control On 1 1 Port 2 10 100M Speed Auto FC On Port 3 10 100M Speed Auto FC On Down Port 4 10 100M Speed Auto FC On Down Port 5 10 100M Speed Auto FC On Down Port 6 10 100M Speed Auto FC On Down Port 7 10f100M Speed Auto FC On Down Port 10f100M Speed Auto FC On Down Port 9 10f100M Speed Auto FC On Down Port 10 10f100M Speed Auto FC O
67. an associated VLAN based on the PVID of the receiving port But if the frame is tagged the Switch uses the tagged VLAN ID to identify the port broadcast domain of the frame C 1 2 Port Overlapping Port overlapping can be used to allow access to commonly shared network resources among different VLAN groups such as file servers or printers Not supported for multilayer mode Note that if you implement VLANs which do not overlap but still need to communicate you can connect them by setting this switch to multilayer mode and assigning an IP interface address to the different VLANs See Connecting VLAN Groups C 1 3 Port based VLANs Port based or static VLANs are manually tied to specific ports The Switch s forwarding decision is based on the destination MAC address and its associated port Therefore to make valid forwarding or flooding decisions the Switch must learn the relationship of the MAC address to its related port and thus to the VLAN at run time However when GVRP is enabled this process can be fully automated C 1 4 Automatic VLAN Registration GVRP GVRP defines a system whereby the Switch can automatically learn the VLANs each endstation should be assigned to If an endstation or its network adapter supports the IEEE 802 1Q VLAN protocol it can be configured to broadcast a message to your network indicating the VLAN groups it wants to join 268 When this switch receives these messages it wi
68. corresponding to the selected port 1 If the MAC Addresses screen is not the current screen press the Tab key until it becomes the current screen The status bar at the bottom of the screen acquires the lt Enter gt View and lt s gt Search functions 2 Use the Up Arrow and Down Arrow key to scroll through the list of active MAC addresses for the selected port 3 To search for a MAC address press S When the search prompt appears enter a MAC address in the Enter MAC Addr to Search screen and press the Enter key If the address is found it is highlighted in the Port MAC Addresses screen 4 To obtain additional information about a particular MAC address scroll to the address in the Port MAC Address screen and press the Enter key Screens similar to the following appear showing detailed information about the selected MAC address FIGURE 5 35 PLAHET WGSW 240748 Routing Switch WGSW 240274 ctivefPer Port VLAH ActivitiesfPort 1 MAC Address OO60B0F3DF1F Member of IP Multicast Group s Yes Filtering Ho int 50 Port Port 1 2 5 gt 2 gt Sm 4 4 VLAH Membership VLAH 1 0x001 E A A A YLAH 2 0x002 IP Multicast Group Membership Sm E In Sm Upa rrow gt Downa rrow gt More lt ESC gt Previous 5 5 3 Hiding or Displaying the Port Column The Per Port Statistics screen has a column between the po
69. do WYGESH 2402A PLANET WGSW 2402A Routing Switch fSwitch Management Advanced Management Bridging Parameters Bridging Parameters Bm 5 5 4ging Time seconds 300 Flood Limit for All ports pktf Unlimited Slaten anes nian unten ntact en tent teeta ont entantoetantan entation onto aetntanten on eetaetenionteteatania 4 Enter Bridge Aging Period sec Po Fo Enter decimal number and press lt EHTER t lt ESC gt Previous Flood limit option restrict the number of destination MAC address unknown packets To set the flood limit for all ports highlight Flood Limit for All ports lt pkt s gt and press the Enter key The following screen appears 105 FIGURE 5 74 AR PLANET WGSW 2402748 Routing Switch WG6SH 2402A Switch Management Advanced Management Bridging Parameters 4 5 5 5 5 Bridging Parameters 4 5 lging Time seconds 5 000 Flood Limit for All ports prtfs AAA 4 5 5 5 5 5 A a sn Gd I SS a a Flooding Options 4 Set Flood Limit O EP a Sa LR SR RIO Up rrow gt Down rrow gt Move lt Enter gt Select lt ESC gt Previous 4 To set an unlimited flood limit highlight Unlimited and press the Enter key Otherwise highlight
70. esten 218 12 IP NETWORKING mensa a aos 219 Lies MR and RIP SCUINOS A A A AA A 220 7 2 2 Default GALLOWAY CNO Si A A A E id 224 Z2 S ARP Table SU ance ee ee ea ee Sos 225 7 2 4 DHCP Gateway Settings ita td A A tit 225 TS PER PORT OTATISTIO id 227 FA EIGN aien a a A a 228 COS TANGMAC FILTER aoei EN E A 229 7 5 1 Adding Source MAC Address Out FilterS ooooonccccononococonocanonoonconnnanononnnnnonnarnonanos 230 7 5 2 Deleting Source MAC Address Out FilterS ocooooccocconncocononoononnonononononononanononanonnonannos 232 7 5 3 Adding Destination MAC Address Out Filters ooocccoconcccocnonoconococonononononocononcnnnnnnnos 233 7 5 4 Deleting Destination MAC Address Out Filters oooooccoconccconnnnononononononenanononononnonannos 234 7 CIP MULTICAST GROUP a a 235 Tal NEAN amp PVID PERSPECTIVE sti ia 237 DAA VEAN CORA UA adictas 238 Zr Ading a VEAN CERCADO DI AN 238 Le Updating VLAN TINO ENANOS enaa eaa ea a e aaa aa a a ai 241 TDs ED CHAO A VEAN AA R 242 Pra PVD A ee ee ee ener 243 7 8 SPANNING TREE PERSPECT VE eranan niai cable 244 TGF OMG UT ANOS a tai 245 TEE FOR SOUNO eee OO A 247 7 9 VIEWING AND OR CHANGING SNMP PARAMETERG 0cccceeeeeseeeseeeeeeeeceeeeesseeeseeeeeneesaeeesaeeenaes 249 7 10 CONFIGURING GVRP AND IGMP stats ati 251 Ll PORT TRUNKINGO dai ds ld Sateen aed ee 252 VV PORRMIRRORING onina a a 254 TIO SELECTING STACKING SETTINGS ibi ii a eaaa tl EA ENEE 257 CHAPTER 8 SNMP AND R
71. h e Uparrow lt Downd rrow gt Hovre lt Enter gt HarkfUnmark lt ESC gt Done If you highlight Tagged Ports the screen window reads Select Tagged Ports as in the following figure 56 FIGURE 5 10 A PLAHET SETI Routing Switch YGSH 2402A amp PVID Perspectivef Create VLAH VLAH 2 0x002 planet Settings cUpArrow gt lt DownArrow gt Movre lt Enter gt Mark Unmark lt ESC gt Done If you highlight Forbidden Ports the screen window reads Select Forbidden Ports as in the following figure FIGURE 5 11 PLAHET WGSW 24028 Routing Switch YGSH 24021 k PYID PerspectivefCreate VLAH VLAH 2 0x007 planet Settings Port 25 Port 26 Port Port Port Port Port Port Port Port Port v Port 10 D 5 Ol Qe UpArrow gt lt DownArrow gt Hove lt Enter gt Mark Unmark 3 Inthe Select Untagged Ports Select Tagged Ports or Select Forbidden Ports screen use the Up Arrow and Down Arrow keys to highlight an individual port e 4 Press Enter An asterisk appears to the right of the port to show it is selected as in the following figure Repeat this step for each new port you want to add Note As a convenience you can highlight All Ports to select all of the ports at one time FIGURE 5 12 PLANET WGOSW 240248 Routing Switch WOSW 24028 amp PVID Perspective fCreate VLAH VLAH 2 0x007 planet Settings Pm
72. i EN PT te ad l FO jan e aia ie m m mn a m a mn de m ma la 2 Click the port you want to configure A PVID Setting screen appears FIGURE 7 44 3 PYID Setting Microsoft Intemet Explorer PVID Setting Update setting Poan WLANID Pot Ei 3 Input the VLAN ID you want to assign for the port and click Update Setting button to update the setting and close this screen 7 8 Spanning Tree Perspective To access the spanning tree perspective parameters point to Advanced Setup and point to Spanning Tree Perspective The options as the following figure appear 244 FIGURE 7 45 SPANNING TREE PERSPECTIVE OPTIONS P PLANET VW a for Fae Lierre EF Indetimeno Savion Fila plo puta dmca erp yr i Bridging Static MAC Filters IP Multicast Group Port Setting Port Mirroring Ewitch Stacking The spanning tree perspective options are Configurations see section 7 8 1 Configurations Port Setting see section 7 8 2 Port Setting 7 8 1 Configurations To view and or change the Spanning Tree configuration 1 Point to Advanced Setup point to Spanning Tree Perspective and click Configurations A page similar to the following appears The top half of the page displays read only values The bottom half starting with Spanning Tree Protocol is user configurable 245 FIGURE 7 46 y PLANET iis A 2d part Fase Eileri
73. oN FOME orner E E ara 178 do 202 Gigai PFO MES ds iio 182 5 15 26 Specifying the POR CONQUE oda 184 Ie 7 SEIECHNO Hale CONHO Parameters sti ile ii 186 5 16 SENDING AND RECEIVING PES curtido 190 D102 FACCCIVING FIGS via METE A A A ee unl ail cua oe Da easly Seda baie 191 0 02 Snadno FES Wa VETO tit E A A A ti 193 5 16 3 Receiving EMOS VIERA a ls ia ed 195 5 16 4 Sending Fil s via KO E ds A iii 196 CHAPTER 6 WEB BASED BROWSER MANAGEMENT ccssceescceeeceeeeensessescnsseseeenseseneeaes 199 6 1 ESGGING ON TO THES WITCH oi 199 6 2 UNDERSTANDING THE BROWSER INTERFACE cccceceececcceeeceeeeceeeeueeeeeeeueeuueeuaeeceaeeueaeeuegeeeuans 200 6 3 PERFORMING FILE ACTIVITES scm cies ede Oe eal do 201 0 31 Receiving Files Via TELE A a a is 202 6 4 PERFORMING BASIC SETUP ACTIVITIES ccccccecceccesceccceeseeccusauceueueeeeaueceeaueuseucuueaueaueuueueaueaueas 203 6 4 1 General Management CONfiguratiON ccoooccccoconiccononnconnonoconononononononnnnononnonanononononnnonns 203 6 4 2 GONIQUAN O LAN POMS reesi ar hee eee ias 205 6 43 CORSO POM CONNOQUIAUON 2 eee eas 209 CHAPTER 7 PERFORMING ADVANCED SETUP ACTIVITIES c ccecessceesssseseeeeeseeseneeneees 213 7 1 MAC ADDRESS MANAGEMENT in ia dindinde tee dees taa a e Sane eceatnades 214 Td dE OE SAIN VOW es on taut hate on O oot pitino dnl ao eis oe nce aoe ae eae easement teens 215 AAA aN cad VOW ee O PR er eee eae eee ee err ere 216 LAICA EMMA Me not
74. paho d dep ston Coe Baud Fals Flow Control Modem Control Modem Setup Sting Flag Modem Setup Sting SLIP SLIP Address SLIP Subnet Mask ALAA 2 To change the console flow control used click a flow control method from the Flow Control drop down list FIGURE 6 17 F PLANET ed A FE Pa Fioroni rhor ieee Siiri Bile CE u Basic Setup Console Pon Configuration Baud Rate 16200 Flow Garitral Disable Modern Conirol Modera Setup SInng Flag CS Ea Modern Setup Sirima ATAF ED 11 201 S01 2002 SLP Disable SUP Address BiA SUP Subnet Mask a 3 To enable or disable modem control options for the console port click the Modem Control drop down list and click whether you want to enable or disable a modem connection to the console port s210 FIGURE 6 18 PLANET MD EA oD ort fast Pierre 2a fefenrgerd Seria A di rr uri pa s a aiii gt Basic Smup Console Port Configuration Update Batting Baud Rate 115200 Flow Control Disable Modem Control Disable Modem Saup Stang Flag up String E Modem Setup String 201 SIE 402 SLIP Dis able SLIP Address huis SLIP Subn Mask fhiii 4 If you enabled a modem connection to the console port use the Modem Setup String Flag text box to use either the default modem setup string or a custom one If you select Custom enter the string in the Modem Setup String text box Note The default modem setup string c
75. press Enter The rate you selected appears next to Average Rate 8 To change the traffic type press the Down Arrow key to highlight Traffic Type then press Enter The Traffic Type screen appears 189 FIGURE 5 178 PLANET WGSW 2402A Routing Switch WOSW 240278 agement Advanced Management Qo5 SetupfRate ControlfRate Control Posteos a Port 25 100 Rate Control D Port 26 100 Average Rate 100 Port Humber f port 1 10 10 Traffic Type HA E alata AAA UA Port 3 10 10 Port 4 10 10 Traffic Type Porti 5 L0Uf10 gt Port 6 10 10 Bursting Port 7 10 10 E v Port 38 10 10 2 UpArrow gt Down Arrow gt Move lt Enter gt Select lt ESC gt Previous 9 Highlight either Bursting or Streaming then press Enter Your selection appears next to Traffic Type 10 Press the Esc key until you return to the desired screen 5 16 Sending and Receiving Files If you select File Transfer from the Advanced Management screen the following File Transfer screen appears with the Receive File via TFTP value highlighted You can use this screen to send and receive files using the TFTP or Kermit protocol 190 FIGURE 5 179 PLAHET WGSW 240274 Routing Switch Switch Management Advanced Management File Transfer Receive File Via TFTE Send File
76. screen appears 125 11 12 13 14 PLANET WGSW 240274 Routing Switch Switch Management Advanced Management SHMP Configurations FIGURE 5 99 SWE Enabled Get Community Hame public Set Community Hame public Trap Community Hame 1 public Trap Community Hame 2 public Trap Community Hame 3 public Trap Community Hame 4 public Trap Community Hame 5 public Trap Host 1 IP Address 3 l Trap Host 2 IP Address Trap Host Trap Host Enter Trap Host 1 IP Address Trap Host 4 jyvjCold Start Enter 4 decimal bytes dot separated and press EHTER gt Type an IP address for trap host 1 The address consists of numbers separated by periods For example 129 32 0 11 lt ESC gt Previous Press Enter The IP address you typed appears nextto Trap Host 1 IP Address To specify up to four additional trap community names repeat steps 10 through 12 To change the cold start trap setting press the Down Arrow key to highlight Cold Start Trap and press Enter The Trap Options screen appears 126 PLAHET WGESHW 2402748 Routing Switch WGSW 24027A8 Switch Management Advanced Management SHMP Configurations admin ERE E N ENS EO E a E S A E E EE E A S E E R E EE A S EE AS S S E SE a a S A
77. the Down Arrow key to highlight Link Up Trap and press the Enter key The Trap Options screen appears 128 FIGURE 5 103 A 5 5 5 5 5 5 5 5 PLANET WGSW 2402A Routing Switch WGESH 2402A Switch Management Advanced Management SHHP Configurations FE O SS SS SS a a E a Trap Community Hame 1 Trap Community Hame 2 Trap Community Hame 3 public Trap Community Hame 4 Trap Community Hame 5 public l l l l l l Trap Host 1 IP Address 129 32 0 11 Trap Host 2 IP Address Trap Host 3 IP Address Trap Host 4 IP Address Trap Host Cold Start Trap Options Warm Start Link Down Disabled IviLink Up Tri QQ ee 4 UpArrow gt Down Arrow gt Move lt Enter gt Select lt ESC gt Previous 21 Select Disabled or Enabled and press Enter Your selection appears next to Link Up Trap 22 Press the Down Arrow key to highlight Authentication Failure Trap and press the Enter key A Trap Options screen similar to the following appears FIGURE 5 104 ERR AZ PLAHET WGESW 2402748 Routing Switch WGOSW 274074 Switch Management Advanced Management SHHP Configurations Trap Community Hame 5 public Link Up
78. the source MAC address out filter you want to delete 4 Click the Delete button The source MAC address filter is deleted 232 FIGURE 7 24 Delete Souce MAC Address Filter Selecte a MAL Address Select_One 00304F112233 OOS0ar445566 Note No precautionary message appears before the filter is deleted Therefore be sure you do not need the filter before you delete it 7 5 3 Adding Destination MAC Address Out Filters To add destination MAC address filters for static filtering 1 Point to Advanced Setup point to Static MAC Filters and click Destination MAC Address Filters A page similar to the following appears Any destination MAC address filters already defined appear on the page FIGURE 7 25 gt PLANET for Fae Lierre 2a indepen Swern oes MP Fila Bai alkup Boye Seed op ee ee _ r Advanced Setup Static Destinate MAC Filter Add MAC Addr Delete MAC Addr Dest MAC Aching 2 Click the Add MAC Addr button The Add Filter for a Destination MAC Address window appears 3 Inthe Destination MAC Address Filter text box type a unique MAC destination address you want to add For example 233 FIGURE 7 26 ss Dectrebon HAC Addaco Hemani leiri Eolica Subvanced Setup Add Destination MAC Filter Destination MAC Address Filter 003041 122395 4 Click the Add button 5 The previous page appears wi
79. them against to repack the product in case there is a need to return it to us for repair 1 2 Features E E E E 3G E E E C E eS ro Ce Complies with IEEE 802 3 802 3u 802 3z and 802 3ab Ethernet Standards IEEE 802 3x flow control 802 1D Spanning Tree 802 1p QoS and 802 1Q VLAN Features Store and Forward mode with wire speed filtering and forwarding rates Support 16k MAC addresses IEEE 802 3x full duplex PAUSE frame half duplex back pressure flow control Runt and CRC filtering eliminates erroneous packets to optimize network bandwidth LED indicators for simple diagnostics and management Auto MDI MDI X on each 100Base TX and 1000Base T port Software routing function with RIP RIP 2 DHCP relay and proxy ARP support Can be configured up to 128 groups of 802 1Q VLANs with GARP GVRP supports Support port trunking for maximum 4 ports per trunk Support IP Multicast with IGMP snooping Up to 8 units can be stacked by Ethernet connection and managed by single IP Provide 4 priority queues on 10 100 ports and 8 priority queues on Gigabit ports Queuing is based on IEEE 802 1p tag or ToS of IP layer Configurable frame scheduling methods including delay bound strict priority weighted fair queuing and best effort Rate control is supported on 10 100Mbps ports to provide 10 levels of rate 10Mbps to 100Mbps Support SNMP MIB II Ethernet MIB VLAN MIB RMON group 1 2 3 9 and enterprise private MIB Support Port mirroring on WG
80. to modify the VLAN configuration you need 7 7 1 3 Deleting a VLAN If you no longer require a VLAN use the following procedure to delete it Note You cannot delete the default VLAN VLAN 1 1 Point to Advanced Setup point to VLAN 8 PVID Perspective and click VLAN Configuration Any VLAN already defined appear 2 Click the Delete VLAN button A Delete VLAN screen appears 242 FIGURE 7 41 BY Delete VLAN Microsoft Internet Explorer Oj x Deleted a VLAN Entry Delete selecte a WLAN ID None 3 Use the Select a VLAN ID drop down list to click the ID of the VLAN you want to delete FIGURE 7 42 By Delete VLAN Microsoft Intemet Explorer 0 xj Deleted a VLAN Entry Selecte a WLAN ID None 4 Click the Delete button The VLAN is deleted Note No precautionary message appears before the VLAN is deleted Therefore be sure you do not need the VLAN before you delete it 7 7 2 PVID Setting Using PVID setting you can configure what VLAN ID will be tagged when VLAN untagged packets enter the port 1 Point to Advanced Setup point to VLAN amp PVID Perspective and click PVID Setting The current PVID setting as below appears 243 FIGURE 7 43 arf Fast Ebert 2 adeer igeni Farrel L J PLANET ds AAA ao E E lu a a i Acvance Setup VLAN amp PAD Perspective PVD Settings Port VLAN ID 1 F
81. 03 or later Netscape Navigator if you use Netscape Navigator 4 03 or 4 04 install the Netscape JDK 1 1 Patch Download the patch from the following location http www netscape com If you encounter problems accessing Help files when you use Netscape clear the browser memory cache and disk cache and restart the browser Internet Explorer if you use Internet Explorer 4 01 install the latest 4 01 Service Pack 1 This service pack makes Internet Explorer Year 2000 compliant and fixes other product support issues Download the 4 01 Service Pack 1 from the following location http www microsoft com msdownload iebuild ie4sp1_win32 en ie4sp1_ win32 htm If the above link is unavailable download the service pack from the Microsoft home page http www microsoft com a an 3 3 SNMP Based Network Management You can use an external SNMP based application to configure and manage the Switch This management method requires the SNMP agent on the Switch and the SNMP Network Management Station to use the same community string This management method in fact uses two community strings the get community string and the set community string If the SNMP network management station only knows the set community string it can read and write to the MIBs However if it only knows the get community string it can only read MIBs The default gets and sets community strings for the Switch are public 3 4 Protocols The Switch supports th
82. 1213 which defines the second version of the MIB MIB II for use with network management protocols in TCP IP based Internets See SNMP Agent and MIB 2 RFC1213 RFC1493 which defines objects for managing MAC bridges based on the IEEE 802 1D standard between Local Area Network LAN segments See RMON MIB RFC 1757 and Bridge MIB RFC 1493 on page 359 RFC1757 which defines objects for managing remote network monitoring devices See RMON MIB RFC 1757 and Bridge MIB RFC 1493 on page359 RFC2674 which defines a portion of the Management Information Base MIB for use with network management protocols in TCP IP based internets In particular it defines two MIB modules for managing the new capabilities of MAC bridges defined by the IEEE 802 1D 1998 MAC Bridges and the IEEE 802 1Q 1998 Virtual LAN VLAN standards for bridging between Local Area Network LAN segmenis PLANET private MIB See 8 4 PLANET Private MIB for detail 1209 8 2 SNMP Agent and MIB 2 RFC1213 The SNMP Agent running on the Switch manager CPU is responsible for w Retrieving MIB counters from various layers of software modules according to the SNMP GET GET NEXT frame messages w Setting MIB variables according to the SNMP SET frame message w Generating an SNMP TRAP frame message to the Network Management Station if the threshold of a certain MIB counter is reached or if other trap conditions Such as the followi
83. 2 Setting LAN Priority Index H pa Drop Priority High l 110 Transmit Priority 2 I 1 a E I 3 4 l e 1 1 4 Drop Priority I 6 SS Se Il Low ES BHi Ni ms p UpA Arrow gt lt DownArrow gt Move lt Enter gt Select lt ESC gt Previous 4 Highlight either Low or High then press the Enter key Your selection appears next to Drop Priority 5 Press the Down Arrow key to highlight Transmit Priority then press the Enter key The Transmit sATA Priority screen appears FIGURE 5 158 PP OO aie lal WLAN Priority 2 Setting VLAH Priority Index Pea ee IN E N Drop Priol Transmit Priority Transmit UVUpArrow gt lt Down ArrowMove lt Enter gt Select lt ESC gt Prerious 6 Highlight the desired transmit priority then press the Enter key The transmit priority you selected appears next to Transmit Priority 7 Press the Esc key to return to the VLAN Priority Index screen 8 To specify other VLAN priority settings repeat steps 2 through 7 9 When you finish press the Esc key until the appropriate screen appears 5 15 2 4 Specifying the ToS Priority To specify ToS priority 1 From the QoS screen press the Down Arrow key to highlight ToS then press the Enter key The ToS Priority Index screen appears 175 FIGURE 5 159 A PLANET WGSW 2402
84. 2402A Routing Switch WGSW 24078 agement fAdvanced Management L Switching DataBase PVID Settings 0x001 Port 26 0x001 Port 0x064 Port 0x064 Port Ox0C8 Port Ox0C8 Port 0x0Cc8 Port 0x12C Port 0x12C0 Port 0x12C Port 0x001 Port 10 0x001 v Port 11 0x001 OO Ch ni Oo ha lt Up arrow gt lt Down rrow gt Movre lt Enter gt Hodify lt L gt Switch lt ESC gt Prerious After making above configuration and save them both workgroup can connect to port 1 and port 2 but can not connect each other 07h Appendix E Console Port Pin Assignment The DB9 serial port on the Switch s rear panel is used to connect the Switch to a management device The on board menu driven configuration program can be accessed from a terminal a PC running a terminal emulation program or from a remote location via a modem connection You can use the management port to configure port settings e g enabled or disabled or to update device firmware The pin assignments used to connect various device types to the Switch s management port are provided in the following tables B 1 DB9 Port Pin Assignments Switch s PCDB9 Modem Signal 2 sal Description DB9DTE DTE P Pin Pin Pin DTE DCE DCD Data Camier Detected 1 1 g A LRD Received Data Da l2 Ja 3 TxD Transmitted Data 3 J3 J2 CD 108 2 DTR Data Terminal Ready 4 a Ja gt Ce ee eee e E CC 107 DSR DataSetReady 6
85. 3 1 Under Trunk Group click a trunk group A window similar to the following appears FIGURE 7 52 i E Advanced Setup Pon Trunking Trunk Group 1 Setup Trank Group 1 Select Range x xj 2 Click a selection from the Trunk Group drop down list If the selected trunk group does not have a range of ports associated with it skip to step 3 If the selected trunk group has a range of ports associated with it the following window appears Click a range from the drop down list box FIGURE 7 53 Advanced Setup Porn Tanking Trank Group 1 Setup Trunk Group 1 3 After you select a port or range of ports the following screen appears 293 FIGURE 7 54 is 2 favanced Seip Porn Tronking mmk Group 1 Setup Update Setting 2 3 4 6 6 7809601011412 4130443456 16 17 1818 10712423 1 o aaa a 4 Click the ports that you want to associate with trunk groups A checkmark appears next to each port you click If you change your mind click the port again to remove the association indicated by the checkmark disappearing 5 Click the Update Setting button 7 12 Port Mirroring To mirror ports point to Advanced Setup and click Port Mirroring Parameters similar to the following appear Each row shown is a port You can use the Switch s mirroring capability to mirror one port to another Note Only WGSW 2402A supports this function FIGURE 7 55 PORT MIRRORING INFORMATION
86. 4 Routing Switch WGSW 2402A Switch Management Advanced Management QoS Setup ToS Priority UVUpirrow gt lt DbownA rrow gt Move lt Enter gt Select ZESC gt Previouz 2 Press the Down Arrow key to highlight a ToS priority number Note The ToS priority number is determined by bit 4 2 or 7 5 of the ToS field in the IP header 3 Press the Enter key The ToS Priority Setting screen appears This screen is similar to the VLAN Priority Setting screen 176 FIGURE 5 160 De PLANET WGSW 24024 Routing Switch WGSH 2402A Switch Management Advanced Management QoS Setup ToS Priority Pm E A ToS Priority 5 Setting ToS Priority Index SS Tas ets ecg ce aa an aia E A Drop Priority Low a Transmit Priority 5 I 1 a ra le E I 2 I 4 I 4 E I 6 I 4 pUp Arrow gt lt DownArrow gt Move lt Enter gt Modify lt ESC gt Previous 4 Perform steps 3 through 9 under Section 5 15 2 3 Specifying the QoS VLAN Priority 5 15 2 5 Selecting a QoS Profile To select a QoS profile 1 From the QoS screen use the Down Arrow key to highlight Profile and then press the Enter key The QoS Profile screen appears FIGURE 5 161 PLAHET WGSW 24024 Routing Switch WOSW 240274 Switch Management Advanced Management QoS Setup Profile Setting AR 4
87. 42 WOSW 24028 ment Advanced Management L Switching DataBase Port Perspective l Unlimited Unilin th A MAC Learning Options UnLimit UVUnlimit Set Learning Limit Unlimt ee ea aa i Unlimit lHo MAC Learning lt ESC gt Prerious Per Port HAC Limit Port 25 A 100M FX Port 26 B 100M FX Port 1 1 10 100H Port 2 2 10 100 Port 3 3 10 100 Port 4 4 10 100M Port 5 5 10 100 Port 6 6 10 100 Port 7 7 10f100M Port 8 8 10 100 Port 9 9 10 100H Port 10 10 10 f100M v Port 11 11 10f100M Up rrow gt Down rrow Hove lt Enter gt SeLect 81 2 Highlight the desired option then press Enter 3 If you selected Set Learning Limit the Enter New Limit screen appears PLANET WGESW 24028 Routing Switch FIGURE 5 43 WGOSW 240278 ment Advanced Management L Switching DataBasefPort Perspective A Per Port MAC Limit 4 Port 25 Aj 100M FX Unlimited Port 26 Bj 100M FX UnLimit Port 1 1 10 100m MENO mac Learning Options Port 2 2 10 1006 UnLimit Port 3 3 10 100M Unlimit EC ee O Port 4 4 10 1001 Unlimit Unlimited Learning Port 5 5 10 100 UnLimit
88. 5 295 255 192 D decimal bytes dot separated 192 168 1 10 168 1 255 2 Type the network address you want to search for then press Enter 95 WOSW 24028 Martian Direct Local Martian Local Other Other Myself Local Bcast Local Direct Local Martian Local Other Other Myself Local Beast Local Direct Local Martian Local lt ESC gt Prerious 5 6 4 DHCP Gateway Settings If you highlight DHCP Gateway Settings from the IP Networking screen and press the Enter key a DHCP Gateway Settings screen similar to the following appears FIGURE 5 58 PLANET WGSW 240748 Routing Switch WGESW 274074 agement Advanced Management IP Hetworking DHCP Gateway Settings SR 203 70 249 159 Disabled 10 0x004 192 168 4 10 Disabled 120 0x014 192 1685 1 10 Disabled 130 0Ox01E 192 168 2 10 Disabled 2 SS SS aL O A SS SS SO Uparrow gt lt Downdirrow gt Hove lt Enter gt View Modity ZESC gt Previous In this screen Note VLAN ID shows the IDs of the VLANs that have been defined IP Address shows the corresponding IP addresses of the VLANs DHCP Gateway shows whether the DHCP gateway is enabled or disabled Max Hops shows the maximum number of hops that a DHCP re quest broadcast can be relayed along the DHCP relay path from the DHCP client to the DHCP server Delay shows the number of seconds that must elapse before a DHCP request broadcast is relayed to th
89. 5 IS o Delay sec D l l Preferred Server ian a S Preferred Server Preferred Server Preferred Server Sy 5 5 5 VA RSS ROSES Se Raa AA Enter decimal number 0 65535 and press lt EHTER gt lt ESC gt Prerious 8 Press the Down Arrow key and press Enter to specify the preferred server When the following screen appears type the IP address and press Enter 99 A 5 5 PLAHET WGOSW 2402748 Routing Switch WGSW 24025 agement Advanced Management IP Hetworking DHCP Gateway Settings 4 5 5 5 DHCP Gateway Settings eS SS IVLAH 1D 1 0x001 l IP Address 203 700 249 159 Sm aaa a a E a a l en Enter IP Address DHCP Gateway Enabled oo SSS ee E Macimum Hops 5 Preferred Server Preferred Server Delay sec 1 Pp SS A A A MMM Preferred Server Enter 4 decimal bytes dot separated and press lt EHTER gt lt ESC gt Previous 9 To specify up to three more preferred servers do so in the remaining Preferred Field options 10 When you finish press Esc The DHCP Gateway Settings screen appears with the parameters you specified 11 To define additional DHCP gateways repeat steps 1 through 10 12 When you finish defining DHCP gateways press Esc until you return to the desired screen 5 6 5 Ping Settings If you select Ping fr
90. 6 Press the Esc key until you return to the desired screen 172 5 15 2 3 Specifying the QoS VLAN Priority To specify the QoS VLAN priority 1 From the QoS screen press the Down Arrow key to highlight VLAN then press the Enter key The VLAN Priority Index screen appears FIGURE 5 155 Hae ee ae ee eo as PLANET WG6SW 240248 Routing Switch WGSW 2402A Switch Management Advanced Management QoS Setup VLAW Priority e 5 5 5 5 5 5 5 5 5 5 5 Up rrow gt lt Down rrow gt Move lt Enter gt Select lt ESC gt Prerious 2 Press the Down Arrow key to highlight a VLAN priority number and then press the Enter key The VLAN Priority Setting screen appears s179 FIGURE 5 156 PLAHET WGSW 24028 Routing Switch WOSW 240278 L Switch Management Advanced Management QoS Setup VLAW Priority Tenn aa VLAN Priority 2 Setting VLAH Friority Index toneate Drop Priority High l oO Transmit Priority 2 I 1 se E I 3 I 4 I 4 I 6 I PA R Up rrow gt lt Down rrowMove lt Enters Hodify lt ESC gt Prerious 3 With Drop Priority highlighted press the Enter key The Drop Priority screen appears PLAHET WGSW 240274 Routing Switch WGSW 24074 Switch Management fAdvanced Management QoS Setup VLAH Priority ELS e e a E E E VLAH Priority
91. 64 l l Count l Timeout sec 1 4 Enter Packet Count E Enter decimal number 0 999 O for infinite lt ESC gt Start 5 Type a packet count number from 1 to 999 or type 0 for an infinite packet count Press Enter 6 Highlight Size lt mbytes gt and press Enter The Enter Packet Size screen appears 108 FIGURE 5 69 PLANET WGOSW 240248 Routing Switch fSwitch Management Advanced Management IP Networking Ping Host 203 70 249 254 Count Infinite Size bytes Timeout sec 2 4 4 Enter Packet Size 4 l_ Enter decimal number 0 1500 lt ESC gt Start 7 Type the packet size from 0 to 1500 then press Enter 8 Highlight Timeout lt sec gt and press Enter The Enter Timeout screen appears FIGURE 5 70 PLANET WGSW 2402A Routing Switch Switch Management fAdvanced Management IP Hetworking Ping JHost 203 70 249 254 Count Infinite size bytes 1 500 Timeout sec 1 Enter Timeout Enter decimal number 1 999 lt ESC gt Start 9 Type a timeout value from O to 999 and press Enter 103 10 When you fini
92. 9 1 Spanning Tree Protocol Configurations If you highlight Spanning Tree Configurations in the Spanning Tree Protocol screen see Figure 5 81 and press the Enter key a Spanning Tree Protocol Configuration screen similar to the following appears The top half of this screen displays read only values The bottom half starting with Spanning Tree Protocol is user configurable Use the Up and Down Arrow keys to highlight a field then press Enter to change the value When you finish press the Esc key until you return to the desired screen ti FIGURE 5 82 PLAHET WGOSW 240748 Routing Switch WGSW 2407A8 nt Spaming Tree ProtocolfSpanning Tree Protocol Configurations Bridge ID 8000 00036DFFF300 I Designated Root H A Root Port H A Root Path Cost H A Current Max Age sec HfA Current Hello Time sec H A Current Forward Delay sec H A Hold Time sec H A Topologr Change Count H A Time Since Last Topology Change sec H A Di A l l l l Spanning Tree Protocol Disabled Bridge Priority 32 768 vjHello Time sec 2 UpArrorm lt Domn rror gt Move lt Enter gt Modify lt L gt Switch lt ESC gt Prerious To modify the selections shown 1 With the highlight in the Spanning Tree Protocol field press Enter The following choices appear FIGURE 5 83 PLAHET WGSHW 24074 Routing Switch WGSW 240274 nt Spanning Tree ProtocoL Spanning Tree Protocol Configuration
93. A Port 11 iti 100 bps Down NWA A PLA Poni aal 100 bp Up 100Mbgs Ful Enable En ENEI Mbps Down MA a wA Pot iad 100Mbpe Down WA nA PLA Pon 15 15 100M bpr bom wa wa ma i i AA S AA O RA F 6 4 2 2 Changing Port Configuration To change a port s Configuration 1 Point to Basic Setup point to LAN Ports and click Port Configuration A page similar to the following appears showing the configuration for all ports The information displayed automatically updates every 15 seconds without requiring you to refresh the window 206 FIGURE 6 10 EXAMPLE OF CHANGING PORT CONFIGURATION wef delle Aurich o Basic Setup LAH Port Pon Configuration Pon Speed Type Aamin Sening Speed Setting Duplex Sening Flow Control Sening Pot titi 100M bps Lip Auto Sato Enable Poti 100M bps Up Ato Ato Enbe Ponai 100M bpr up ano meto Enable Port d id 1005 bps Lip Sato Auta Enable Pamsis 100m bps Up Auto Auto Enable Pon i6 100Mbps Up awo awo Enable Pod Y 3 Ti 100M bos Ln Sato Auto Enable Powe 100M bps Up Auto Ato Enable Po TEN 00h bps lp Aart E Auto Enable Poet 10 109 100M bps Lip Cata Aute Enable Pot Jti 100M bps Up Ato Ato Enable Por 12002 100M bps Wp Auto ewo Enable Post 13 13 100M bps Lp Sato Sato Enable Eaa 100M bps Up Auto Ato sable y TT iis asha AAA AA
94. Control Enabled Modem Setup String YEAH Pe OS dl ed A SLIP Disabled SLIP Address l l eUpArrow gt lt DownArrow gt Hore lt Enter gt Select lt ESC gt Prerious 2 Highlight whether you want to use the default setup string or a custom setup string 3 Press the Enter key If you highlight Default Setup String you return to the Console Port Configurations screen and the default modem string appears in the Modem Setup String field If you highlight Custom Setup String enter the custom string in the Enter Modem Setup String screen and press Enter again You return to the Console Port Configurations screen and the custom setup string appears in the Modem Setup String field Note The default modem setup string configures the modem to auto answer lt works for all Hayes compatible modems 4 3 3 5 Enabling or Disabling SLIP To enable or disable SLIP 1 From the Console Port Configurations screen highlight SL P and press the Enter key A screen similar to the following shows the current SLIP setting 43 FIGURE 4 26 PLAHET WGSW 24028 Routing Switch WGSW 24025 Switch Management Basic Management Console Port Configurations Baud Rate 115200 Flow Control Disabled Modem Control Enabled Modem Setup String lA TEF EO Li C1 SO 1 D2 ISLIP ISLIP Address SLIP Subnet Mask SSS SS S 5 a l SLIP Options gt 5
95. E 5 91 PLANET Y65H 24024 Routing Switch Switch Management Advanced Management Spanning Tree Protocol 411 Ports Port 25 A Enter Path Cost Port 26 4 eS SSS SSS Saas Port 1 19 I iL Port 2 19 ia Port 3 19 l Port 4 19 l Port 5 19 l Port 6 19 Port 7 19 Port 8 19 l Port 9 19 l v Port 10 19 fr Enter decimal number and press lt ENTER gt lt L gt Switch lt ESC gt Previous 3 Enter a new path cost then press Enter The new Spanning Tree path cost appears next to the 2449 selected port 4 To change the Spanning Tree path costs for other ports repeat steps 1 through 3 5 When you finish press the Esc key until you return to the desired screen Note This screen also lets you use the L switch to toggle the Port column as described under Section 4 3 5 3 Hiding or Displaying the Port Column 5 9 4 Spanning Tree Port Priorities Port Priority defines the priority for the use of a port in the STA algorithm If the path cost for all ports on a switch are the same the port with the highest priority that is lowest value will be configured as an active link in the Spanning Tree Where more than one port is assigned the highest priority the port with lowest numeric identifier will be enabled The range is 0 255 If you highlight Spanning Tree Port Priorities in the Spanning Tree Protocol screen and press the Enter key a Sp
96. Enter Bridge Priority Root Path Cost O Pp a a co Current Max Age sec Current Hello Time Sect Current Forward Delay sec 15 Hold Time sec 1 Topology Change Count 0 Time Since Last Topology Change sec H A E o sarasaan Spanning Tree Protocol Enabled Bridge Priority FRA v Hello Time sec 2 Enter decimal number and press lt EHTER gt lt L gt Switch lt ESC gt Prerious I Type a decimal number for the bridge priority and press Enter The decimal value you typed appears next to Bridge Priority Use the Down Arrow key to highlight Hello Time Sec and press Enter The Enter Hello Time screen appears This is time interval in seconds at which the root device transmits a configuration message Defaultis 2 The minimum value is 1 The maximum value is the lower of 10 or Max Message Age 2 1 2443 FIGURE 5 85 PLAHET WGSW 24028 Routing Switch WGSW 240274 nt Spanning Tree ProtocoL Spanning Tree Protocol Configurations bridge ID 5000 00036DFFF5300 Designated Root 000 A Ss Root Port Port 26 Enter Hello Time sec Root Path Cost 8 Sa em a a a a ae Current Max Age sec _ Current Helio Lime Se 0 2 gt 5 5 2 255 gt 5 5 eS SS Current Forward Delay sec 15 Hold Time sec 1 Topology Change Co
97. Hiding or Displaying the Port Column cccscccccsccccsseececnceeeaeeessaeeessueeessseeeessueessaneessaaeesenans 77 AR A 78 IIIF FON Mae GOM EPS ME O EN OE E O ee Ee ee ere E 81 5 5 6 Returning to the Advanced Management SCr N 1 cccccccseeecsneenseeessucessusessuessanessaneesaness 82 Bu IP NETWORKING ii a sale cdoas canceuucegtnedeteced saucer acute aapatieseeteaconteae 82 HO IIE ARO ILE SEUNS tot ES e teca 83 DOE AR Table A daa 87 5 6 2 1 Adding Stave ARP TADIS ENTES acid 87 5 6 2 2 Deleting StatiG ARP Table Entries trne eaa E a 90 50 23 SC are TO ARP Table EMO a are bol OLS eta aT E tal 90 IOS OUI A r ve Waa E E A E ai 91 50 3 TAddmng Foutng TADIC ENTES ci 93 5 6 3 2 Deleting Routing Table ENntri S pisss a a a aa ea rea 95 56 3 Searching TOF ROUTING Table ENO ai A a N 95 5 6 4 DHOP Galeway SONAS to 96 SO OFNI SOWING S A iaa 100 BoA GIN Gaeta di edi 104 0 TATI FILTERING sl Ai RA 107 5 8 1 Source MAC Address and Destination MAC Address Out FilterS ooooccooncccconiocmmmoo 107 5 0 2 MACAO SS INTIMO Srta tit aida 109 BPO SPANNING TREE FUNG TIONS s iii 110 5 9 1 Spanning Tree Protocol CONFIQUIATIONS 1 ccsscccsececsueecneeessescsaueesausesausessuessauesseessneeeaaes 111 5 9 2 Spanning ITESO POT States A een a ee ees 116 5 9 3 SOanning TCC Tall COS SS ale ba ae ite tiara AI cise tees 118 5 9 4 Spanning Tree Port PriOvitiOS ccccccsscccseccccseccceuscccussnuensuesecuececsusneuensusecsuecnsnsensu
98. IL2 Switching DataBase IP Hetrorking Bridging Static Filtering Spanning Tree SHME lstacking Other Protocols Port Trunking Port Mirroring Qos Setup File Transfer Up arrow gt lt Down rrow gt Hove lt Enter gt Select lt ESC gt Previous 2 From the Advanced Management screen highlight the desired option and press the Enter key L2 Switching DataBase lets you view and change VLAN PVID MAC address IP multicast group MAC address and port perspectives See section 5 1 Switching Database Configuration IP Networking lets you view or change IP settings ARP and routing table parameters DHCP gateway settings and ping settings See section 5 6 IP Networking Bridging lets you view and change the aging period for a MAC address and the flood limit for all ports See section 5 7 Bridging Static Filtering lets you view add delete or search all source or destination MAC addresses to be filtered See section 5 8 Static Filtering Spanning Tree lets you view and change spanning tree configurations port states path costs and port priorities See section 5 9 Spanning Tree Functions 48 SNMP lets you view and change the SNMP configuration See section 5 10 SNMP Functions Other Protocols lets you view and change GVRP and IGMP settings Refer to section 5 11 Other Protocols Port Trunking lets you assign a range of ports to tr
99. Intelligent Gigabit Ethernet Stackable Routing Switch 24 10 100 Mbps Ports 2 modules slot WGSW 2402A 4 port Gigabit Ethernet 4 slot WGSW 404 User Manual Trademarks Copyright PLANET Technology Corp 2002 Contents subject to revision without prior notice PLANET is a registered trademark of PLANET Technology Corp All other trademarks belong to their respective owners Disclaimer PLANET Technology does not warrant that the hardware will work properly in all environments and applications and makes no warranty and representation either implied or expressed with respect to the quality performance merchantability or fitness for a particular purpose PLANET has made every effort to ensure that this User s Manual is accurate PLANET disclaims liability for any inaccuracies or omissions that may have occurred Information in this User s Manual is subject to change without notice and does not represent a commitment on the part of PLANET PLANET assumes no responsibility for any inaccuracies that may be contained in this User s Manual PLANET makes no commitment to update or keep current the information in this Users Manual and reserves the right to make improvements to this User s Manual and or to the products described in this User s Manual at any time without notice If you find information in this manual that is incorrect misleading or incomplete we would appreciate your comments and suggestions FCC Warning
100. LA LAA PRO 000000 00000 Oj ooo wO 000000 0000 0 OJ rorco wO 6 Fan Failure O 000000 00000 O mac nO Over Heat O 000000 00000 O mno pwr O 000000100000 OJo LAA s L Le te a ar yh yg WGSW C1GT 10 100 1000Base T 13 14 15 16 17 10 18 20 21 2 23 24 13 14 15 16 17 18 19 20 2 n 23 24 Slot 1 Slot 2 WGSW 2402A 1 2 4 i k 4 4 19 4 4 Intelligent 10 100 1000Mbps Ethernet q J PLANET 1535560653838 ama DA AAA ee SG as 00000 0 0000 0 Oj ooo 1000 O 00000000000 Of rorco wO 0 Fan Failure C 00000000000 OJ inkacr O O over Heat O 000000 00000 O to pwr O 00000000000 OJ xc AAA Y 0 00 E 0 E EL 2 E 0 UL E WGSW C1GT 10 100 1000Base T B 1 6 1 18219 20 21 2 2 2 13 14 15 16 17 18 19 20 2 n 23 24 Slot Slot 2 WGSW 2402A 1 2 7 4 y i 7 a 4 ae 12 Intelligent 10 100 1000Mbps Ethernet q J PLANET 053556053838 mue PU UT orto A a oy ee a A WS as 00000 0 0000 0 O tooo 1000 C 00000000000 Oj axa wO O Fan Failure O 000000 00000 O mac nO e Over Heat O 000000 00000 O tm pwr O 000000100000 OJ xc YAA y xd r Jy BoA E AAA AA WGSW C1GT 10 100 1000Base T 13 14 15 16 17 18 19 w 21 22 a Ta 14 15 16 17 18 19 20 2 22 23 4 Slot 1 Slot 2 Switch ID 4 Stack ID 1 Stack port Stack size 5 No IP for all VLANs Switch ID 2 Stack ID 1 Stack port 26 Stack size 5 No IP for all VLANs Switch ID 3 Stack ID 1 Stack port 26 Stack size 5 No IP for all VLANs Switch ID 5 Stack ID 1 Stack port 25 Stack size 5 No IP f
101. LANs and their associated 014 2 MAC addresses and ports effectively from different views 7 1 1 Per VLAN View To obtain a per VLAN view 1 Point to Advanced Setup point to MAC Address Management and click Per VLAN View A list of VLAN IDs and corresponding VLAN names similar to the following appear FIGURE 7 3 PENE G o aL Jori azt Ears Za ato indepen swiid fila fools pote Adearnced setup 0 es OE ee dara fulvan ced Setup MAC Address Managment er VLAN View VLAN ID WLAN Naime 1 Oesfamult 2 To obtain a per LAN view click a VLAN ID A read only VLAN Activities window similar to the following appears 215 FIGURE 7 4 VLAN Activities Microsoft Internet Explorer Advanced Setup MAC Address Managment Per VLAN View VLAN Activities VLAN 1 Default Port Count 4 Total MAC Address Count 71 VLAN Domain MAC Address D0504FP0B 2455 00504FO0B0b3 00504 POB3 B4 00504FOB50b5 00504FOB5 b0 UUSU4FOUBSCES QOSU4FOBSDD1 OOS04FOBSEBA 00504FOB gt 5Eb5b 00504 POBSE60 00504 FOB5Eb5E 005041042739 0030412654 00304F1 0105 005041053420 Previous Page Next Page ot 3 When you finish reviewing the information close the VLAN Activities window 7 1 2 Per Port View To obtain a per port view 1 Point to Advanced Setup point to MAC Address Management and click Per Port View A list of switch ports similar to the following appears
102. MON MANAGEMENT c ccccccccssssssseeceeeeesescceessseeeeeeseseeeeesenneees 259 8 VOVER VEW oli aaa tenet acted id tddi 259 8 2 SNMP AGENT AND MIB 2 RFO1213 tients tiie ee ees 260 8 3 RMON MIB RFC 1757 AND BRIDGE MIB RFC 1493 oocccooccccocccnccncncncononconcnnnncononcncnannnnanos 260 8 3 1 RMON Gr ps SUDDOMCO sseni ad vse ie E E 261 6 3 2 BOOS Groups SUPPONE iia 261 84 PEANET PRIVATE MiB a cane N A 262 APPENDIX A CABLE SPECIFICATIONS 1 ccccececcecencnscecccecececenenececeneeeeenececececeeueuenenenecsceneneneaess 263 APPENDIX B EXAMPLE OF STACKING SWITCHES cccececcecececeececececeeeeececececeececeeeseeees 265 APPENDIX O NILA ora iii 267 C 1 ASSIGNING PORTS TOMAN SE 268 DAETVUEANECIAS SMC AM a ld cereale 268 CAE OO A eee eee me eee O E eet EME rer eee ae nr ce eee ere er eee ee reer te 268 EAS POEDIAS CO MEANS da dd dd 268 C 1 4 Automatic VLAN Registration GVRP a 268 C 2 FORWARDING TAGGED UNTAGGED FRAMES scececececececececececccccacecacceaeaeueutacauacsetauaeavanaenenss 269 G3 CONNECTING V EA NIG ROUP S rset at a eens a e ao ed de 270 APPENDIX D VLAN OVERLAPPING ccccecececeeseneecneneneeeececeneneneneneaeaeenseaeeuseeeaeeaeeceaueneeeeeeraes 272 APPENDIX E CONSOLE PORT PIN ASSIGNMENT cscececececececececceceeeeceeneaeaeeeneneeeeceaseenenes 275 BA DBO PORT PINASSIGNMENT S rasus airis 275 B 2 CONNECTION FROM SWITCH S SERIAL PORT TO PC S 9 PIN COM PORT ccecececec
103. Management Basic Management A Basic Management 4 LAH Port Console Port 4 Up rrow gt DownArrow gt More lt Enter gt Select lt ESC gt Prerious 2 From the Basic Management screen highlight the desired option and press the Enter key General lets you change the system name location administration and guest passwords Statistics collection reboot on error and remote Telnet login capability See Section 4 3 1 General Management Configuration LAN Port lets you configure speed and flow control link type and physical address See Section 4 3 2 LAN Port Configuration Console Port lets you change the console baud rate flow control method modem control and modem setup string enable or disable SLIP and configure the SLIP address and SLIP subnet mask See Section 4 3 3 Console Port Configuration 4 3 1 General Management Configuration If you select General from the Basic Management screen see Figure 4 2 the General screen in Figure 4 3 appears with the System Name value highlighted 22 FIGURE 4 3 GENERAL SCREEN PLANET WGSW 24078 Routing Switch Switch Management Basic Management General Hardware Revision 30000 Revr 1 Hardware Configuration elm g24 rom Software Revision v3 0 Jun 04 2002 10 42 47 Firmrare Revision Ho Firmrare i eee System Name ERRATA ontact
104. Part Configuration SS ST _ Speed amp Flow Control The LAN port options are Speed amp Flow Control lets you view port speeds speed type and link speed duplex and flow control status from a single window See section 5 4 3 Viewing the Speed amp Flow Control Port Configuration lets you view and change parameters for selected Switch ports See section 5 4 4 Changing Port Configuration 6 4 2 1 Viewing the Speed amp Flow Control To view the line speed and flow control for all ports 1 Point to Basic Setup point to LAN Ports and click Speed amp Flow Control A read only table similar to the following shows the current settings for all ports If there are more ports below the bottom one shown use the scroll bars at the right side of the window to scroll down 205 FIGURE 6 9 EXAMPLE OF VIEWING SPEED amp FLOW CONTROL tato Indeliieent Swi Por pued Type Link Status Speed Status Duplex Status Flow Comtrol Status Port 1 100 100M bps Un 100M bps Full Enable Pot 2 2 100Mbps Down WA Na ALA Pom 3 3 100M bps Down WA NA MEA Pod 4 100Mbps Down MWA Mi MA Fot 5 100Mbpe Down MA NA PLA Por 6 6 100Mbps Down NAA oO WA EN Port 7 79 100Mbps Down MA MA MA Post B ey 100 bpe town WA MA PLA Por 3 5 100M bps Down Wa wa Ni E 10 10 Mbps Down NA m FA
105. Port 2 10 100M l Port 3 10 100M l Port 4 10 100M l Port 5 107100 Port 6 10 100M l Port 7 10 100M l v Port 8 107100 4 EUpAarrow gt lt DownA arrow gt HMove lt Enter gt Select lt ESC gt Previous 2 Use the Down Arrow key to highlight a port and then press the Enter key A screen similar to the following with parameters for that port appears PLANET YGSH 24024 Routing Switch WOSW 24028 anagement Advanced Management QoS Setup Port Configurationf Port Port Configuratio Port 25 Port 25 A Fixed Drop Priority Low Port 26 1000 Fixed Transmit Priority oO Port i 10 100M Port 2 10 100M Active Profile Port 3 10 100M Port 4 10 100M Port 5 10 100M l Port 6 107100 Port 7 10 100M v Port amp 10 100M EE E E EE E E E E E ES E E ae eee UpArrow lt DownArrow gt Hove lt EnterVWiew Hodify lt ESC gt Prerious 3 To change the selected port s active profile press the Enter key with Active Profile highlighted When the Active Profile screen appears use the Up and Down Arrow keys to highlight an active profile and press the Enter key The active profile number that you selected appears next to Active 185 Profile FIGURE 5 172 5 PLANET WGSW 2402A Routing Switch WGSW 24078 ana
106. Prerious 3 Enter anew VLAN ID as between 2 4094 value 4 Press Enter The VLAN ID appears next to VLAN ID in the New VLAN Settings screen 53 Note Remote is appended to the VLAN ID automatically if the VLAN is learned from a remote switch 5 To enter an optional VLAN name perform the following steps Note that the VLAN name is used to identify the VLAN at the local switch a Press the Down Arrow key to highlight VLAN Name b Press Enter The Enter New VLAN Name screen appears FIGURE 5 6 Ss SS oe Oe ie ee Oe er ee ee ae ao Sa ee eee Sere ea SS PLANET WGSW 240274 Routing Switch YGSHN 2402A ement L Switching DataBase V LAH PYID Perspective Create VLAH Pm 5 5 5 5 VLAH ID Hame PA anna Tana anton tenant anata entation telat anton tantonton eatin toetantoneetonteiontontanoetenttan tenia o ASA A Hew WLA 5 3 55 5 2 25 5 32 355 p Enter Hew VLAH Hame VLAH TIA VLAH Hal l Fe ee eee Enter up to 31 characters and press lt EHTER gt C gt Prerious c Entera name for the new VLAN d Press Enter The VLAN name appears next to VLAN Name in the New VLAN Settings screen 6 Press the Esc key A screen similar to the following appears 54 FIGURE 5 7 PLANET WGOSW 2402748 Routing Switch WOSW 2402A8 amp PYVID Perspective Create VLAH VLAH 2 0x007 planet Se
107. RE 5 133 ea Ss Sa SS a a eS Se SS SS SS 25 PLANET WGESW 24078 Routing Switch WOSW 274078 Switch Management Advanced Management Qo05 Setup Global Setting QoS Status HAET DiffServ Expedite Forwarding Enabled ToS VLAH Tag Preference VLAH Tag ToS for Amit From Bit 4 2 of Tos Tos for Drop From Bit 4 2 of Tos WRED Drop Priority Setting Up rrow gt lt Down rrow gt Move lt Enter gt HModity lt ESC gt Prerious 2 Press the Enter key The QoS menu appears 158 FIGURE 5 134 PLANET WGSW 2402748 Routing Switch GS H 2402A4 Switch Management Advanced Management QoS Setup Global Setting Global Setting QoS Status DiffServ Expedite Forwarding Enabled ToS VLAH Tag Preference VLAH Tag Tos for Amit From Bit 4 2 of Tos Tos for Drop From Bit 4 2 of Tos WRED Drop Priority Setting A cn PA el QoS Status Disabled IE N EUpAarrow gt lt DownA arrow gt HMove lt Enter gt Select lt ESC gt Previous Highlight whether you want QoS status to be enabled or disabled then press the Enter key Your selection appears next to QoS Status With the highlight on Diffserv Expedite Forwarding press the Enter key The Diffserv Expedite Forwarding screen appears FIGURE 5 135 Hoa a a 5 5 5 5 5 5 5 PLAHET WGSW 240274 Routing Switch WGOSW 24024 Switch Managemen
108. RP request by sending its own MAC address to the requesting node That node then sends traffic to the Switch which in turn uses its own routing table to forward the traffic to the remote destination End stations that require Proxy ARP must view the entire network as a single network These nodes must therefore use a smaller subnet mask than that used by the Switch or other relevant network devices w_ RIP Setting Disable RIP or use RIP 1 RIP 2 85 w Use Broadcast Multicast Specify how the routing table is sent out RIP 1 can only use broadcast RIP 2 can use multicast to reduce network traffic w Advertise Routes Enable or disable the Switch to advertise its own routing table Advertise Default Route Enable or disable the Switch to advertise its own default route w Accept RIP V1 V2 Updates Configure the Switch to accept routing table from other routers Enabling RIP 1 can only accept RIP 1 update but enabling RIP 2 can accept RIP 1 RIP 2 or RIP 1 RIP 2 updates w Use Split Horizon This allows the Switch to never propagate routes back to an interface port from which they have been acquired w Use Poisoned Reverse This allows the Switch to propagate routes back to an interface port from which they have been acquired but set the distance vector metrics to infinity w Send Trigger Responses If this configuration is Yes whenever a route gets changed the Switch broadcast an update message after waiting for a short random d
109. S ARAS pops ds Level 1 HO Low Drop Percentage Level 2 50 0 EEE i Level 3 100 PA Vpirrow lt Down rrowMove lt Enter Select ZESC gt Previous 17 Highlight the appropriate percentage and press Enter 18 Press the Esc key to return to the WRED Drop Priority screen 19 Press the Esc key to return to the QoS screen 20 Press Esc until you return to the desired screen 5 15 2 2 Specifying TCP UDP Logical Port Settings To set logical port settings highlight Logical Port from the QoS menu and then press the Enter key The Logical Port menu appears 163 FIGURE 5 142 ee ee eS PLANET WGSW 2402A Routing Switch WG6SH 2402A Switch Management Advanced Hanagement QoS Setup Logical Port MfUser Defined Port WeLl Enown Port Range Port p UpArrow gt lt DownArrow gt Move lt Enter gt Select lt ESC gt Prerious The Logical Port menu lets you set parameters for a user defined port a well known port and a port range This allows the Switch to specify the packets drop and transmit priority based on layer 4 TCP UDP port number To set parameters for a user defined port refer to Section 5 15 2 2 1 User Defined Port To set parameters for a well known port refer to Section 5 15 2 2 2 Well Known Port To set a port range refer to Section 5 15 2 2 3 Range Port 5 15 2 2 1 User Defined Port With the highlight on User Define Por
110. SW 2402A 1 3 Specification Product Hardware Specification Ports Module Slot Supported Module Stack Interface Switch Fabric Switch Processing Scheme Throughput packet per second Address Table Queue Buffer Flow Control Dimensions Weight Power Requirement Power Consumption Heat Dissipation Temperature Humidity Network Management System Configuration Management Agent RMON Spanning Tree Algorithm VLAN Routing Static Address Filtering IGMP Multicast Filtering Port trunking Port Mirroring Qos Priority Queue WGSW 2402A WGSW 404 24 10 100Base TX RuJ 45 4 10 100 1000Base T RJ 45 Auto MDI MDI X ports Auto MDI MDI X ports 2 4 1000Base SX T and 1000Base SX T 100Base FX Through Ethernet interface Up to 8 units can be managed by single IP 12 8Gbps 16Gbps Store and forward 6 547Mpps 11 904Mbps 16K entries 2Mbytes 4Mbytes Back pressure for half duplex IEEE 802 3x Pause Frame for full duplex 430 x 350 x 44 5 mm 1U high 4 4 kg 100 240 VAC 50 60 Hz 4 2 kg 50 Watts maximum 60 Watts maximum 170 BTU hr maximum 205 BTU hr maximum Operating 0 50 C Storage 40 70 C Operating and Storage 10 to 95 Non condensing Console port Telnet Web browser SNMP RMON MIB Il Ethernet MIB RMON MIB VLAN MIB and enterprise private MIB Groups 1 2 3 9 Statistics History Alarm and Event IEEE 802 1D 802 1Q VLAN with GARP GVRP up to 128 VLANs supported RIP RIP 2 DHCP Rela
111. Set Flood Limit to display the following screen Then enter a flood limit and press the Enter key FIGURE 5 75 A 5 5 5 5 5 5 PLANET WGSW 2402748 Routing Switch WGSW 240274 Switch Management fAdvanced Management Bridging Parameters admin A ee 4 5 5 5 5 Bridging Parameters 4 5 5 5 4ging Time seconds 5 000 Flood Limit for All ports pkt fs Rees 4 5 5 5 5 Pm Enter flood limit packets sec Pm posos ap SS o AAA E Enter decimal number and press lt EHTER t lt ESC gt Prerious 5 Press the Esc key until you return to the desired screen Note The rate for flooding limit is controlled by the Switch s controller any number to the Switch will be converted to the optimal value according to the internal conversion algorithm of the Switch It is 106 recommend keep the value as default unlimited Non flooding or other value will affect the overall Switch performance as a result in some case 5 8 Static Filtering If you select Static Filtering from the Advanced Management screen the following Static Filtering screen appears with Source MAC Address Out Filters highlighted FIGURE 5 76 PLAHET WGSW 240274 Routing Switch Switch Management Advanced Management Static Filtering Destinatio
112. T amp F EO Li C1 S0 1 D2 JSLIP Disabled ISLIP Address 192 168 1 1 ISLIP Subnet Mask HOLDEN Enter 4 decimal bytes dot separated and press lt EHTER gt lt ESC gt Prerious 2 Enter the SLIP subnet mask The subnet mask consists of numbers separated by periods For example 255 255 255 0 3 After you enter the SLIP subnet mask press the Enter key You return to the Console Port Configurations screen and your entry appears in the SLIP Subnet Mask field 4 3 3 8 Returning to the Basic Management Screen After completing the general management activities press the Esc key to exit the Console Port Configurations screen and return to the Basic Management screen in Figure 4 2 Select another option from the Basic Management screen or press Esc to return to the Switch Management screen 47 Chapter 5 Performing Advanced Management Activities Advanced management activities consist of the L2 switching database IP Networking bridging static filtering Spanning tree SNMP other protocols GVRP and IGMP Port Trunking port mirroring QoS Setup and File Transfer To perform advanced management activities 1 From the Switch Management screen see Figure 4 1 highlight Advanced Management and press Enter The Advanced Management screen in Figure 5 1 appears FIGURE 5 1 ADVANCED MANAGEMENT SCREEN PLANET WGOSW 24024 Routing Switch Switch Management Advanced Management Advanced Management Passo
113. URE 7 32 VLAN OPTIONS 24 i Fast Eire tor geal Sacre VLAN Configuration PvID Setting VLAN E PID Perspective Spanning Tree Perspectiva SNMP Zs Other Protocols Port Trunking Port Mirrering Switch Stacking 237 7 7 1 VLAN Configuration Using VLAN Configuration you can create modify and delete VLANs 7 7 1 1 Adding a VLAN To add a VLAN 1 Point to Advanced Setup point to VLAN Perspective and click VLAN Configuration The VLAN ID and name for any VLANs already defined appear as shown in the following figure FIGURE 7 33 gt PLRMET iis A Pari Fast Ebert 200 inieliigeot Pavel Bout reup Aira eeivp h a m i l 1 Advanced Setup VLAN Configuration Add VLAN Delete VLAN VLAH ID LAM Mame pi Perault 2 Click the Add VLAN button The VLAN Information window appears FIGURE 7 34 Y Add a New YLAN Microsoft Intemet Explorer Add a VLAN Entry VLAN ID 2 4094 VLAN Name For VLAN ID type a unique VLAN identifier from 2 to 4094 For VLAN Name type a name that identifies this VLAN Then click Add to add the desired VLAN ID for the new port After the New VLAN is added click the new ID The screen will be shown as below Each button in 7a S this window allows you to add or delete a different port and define a different port type The two buttons at the left let you map ports as untagged ports or delete ports 238 The two buttons in t
114. VLAN The IEEE 802 1q standard defines VLAN ID 1 as the default VLAN The default VLAN includes all the ports as the factory default The default VLAN s egress rule restricts the ports to be all untagged so it can by default be easily used as a simple 802 1d bridging domain The default VLAN s domain shrinks as untagged ports are defined in other VLANs 5 2 2 Obtaining a VLAN Perspective The following procedure describes how to obtain a VLAN perspective For convenience the VLAN ID appears as both decimal and hexadecimal values side by side in the VLAN perspective screen 1 From the L2 Switching DataBase screen in Figure 5 2 highlight VLAN amp PVID Perspective and press the Enter key Highlight VLAN Settings and pres the Enter key A VLAN perspective screen similar to the one in Figure 5 3 appears 51 FIGURE 5 3 VLAN PERSPECTIVE SCREEN PLAHET WGSW 240274 Routing Switch WGSW 24078 vanced Management L Switching DataBase V LAH PVID Perspective Uparrow gt lt Downd rrow gt Move lt Enter gt ViewfModify lt gt Create lt gt Delete lt ESC gt Previous 2 From this screen you can Create anew VLAN See section 5 2 2 1 Creating a New VLAN Delete a VLAN ID See section 5 2 2 2 Deleting a VLAN ID View VLAN activities See section 5 2 2 3 Viewing VLAN Activities View or change a VLAN configuration See section 5 2 2 4 Viewing VLAN Settings Return to the L2 Switching Dat
115. Via TFTP Receive File Via Kermit Send File Via Kermit lt UpArrow lt DownArrowJHove lt Enter gt Select ZESC gt Previous 5 16 1 Receiving Files via TFTP The following procedure describes how to receive files using the TFTP protocol Note The TFTP protocol is used to download upgraded software to the Switch A VLAN with the proper IP address and routing path to the TFTP server must be configured for the Switch to access the specified TFTP server 1 Press the Enter key The Receive File Via TFTP screen appears 191 FIGURE 5 180 rs rrr eres Receive File Via TFTP E 5 5 5 5 ee File Hame BNO I IE Address BA 5 5 5 5 ee Up rrow gt lt Down rrow gt Move lt Enter gt HModity lt ESC gt Confirm lf the name of the file you intend to receive is different than the default one shown press Enter When the Enter File Name screen appears type the name of the file you intend to receive and press Enter The name you typed appears next to File Name Use the Down Arrow key to highlight IP Address then press Enter When the Enter IP Address screen appears type the IP address from where the file will be obtained The address consists of numbers separated by periods For example 203 70 249 53 Press Enter The IP address appears next to IP Address When you finish press the Esc key A prompt asks whether you want to transfer the file now s192 FIGURE 5 181 PLANET WGSW 2402748 Routing Switch
116. a network part different than the network address of the Switch For more information contact your network administrator 1 From the Console Port Configurations screen highlight SLIP Address and press Enter The following screen appears 45 FIGURE 4 28 PLANET WGOSW 240278 Routing Switch WGSW 24078 Switch Management Basic Management Console Port Configurations Baud Rate 115200 Flor Control Disabled Modem Control Enabled Modem Setup String AT F EO Li amp C1 S0 1 D2 ISLIP Disabled ISLIP address MOS ISLIP Subnet Mask Enter 4 decimal bytes dot separated and press lt EHTER gt lt ESC gt Prerious 2 Enter the SLIP address The address consists of numbers separated by periods For example 129 32 0 11 3 After you enter the SLIP address press the Enter key You return to the Console Port Configurations screen and your entry appears in the SL P Address field 4 3 3 7 Specifying a SLIP Subnet Mask If you are using SLIP enter a suitable SLIP subnet mask 1 From the Console Port Configurations screen highlight SLIP Subnet Mask and press Enter The Enter IP Subnet Mask screen appears You must enter a SLIP address before you can enter a SLIP subnet mask 46 FIGURE 4 28 PLAHET WGSW 24028 Routing Switch WGSW 24024 Switch Management Basic Management Console Port Configurations Baud Rate 115200 Flow Control Disabled Modem Control Enabled Modem Setup String A
117. abase screen by pressing Esc 5 2 2 1 Creating a New VLAN To create a new VLAN 1 From the VLAN Perspective screen in Figure 5 4 hold down the Shift key and press the key The New VLAN Settings screen appears ee FIGURE 5 4 New VLAN SETTINGS SCREEN EE a ee ee a eo aes ae ae a eee ae a ae PLANET WGSH 2402A Routing Switch ement L2 Switching DataBase VLAH amp PYVID Perspective Create VLAH WOSW 24028 A tontentntentontententantentententententententontententontantententententantentontan VLAH ID Hame 4 A Sac a a a S a ES Hew VLAH Settings E sr en een vlan 10 BB l VLAH Hame Po FUp irrow lt DowmnArrowsMove lt EntersModify lt ESC gt Previous 2 With the highlight in the VLAN ID field press the Enter key The Enter New VLAN ID screen appears FIGURE 5 5 A PLANET WGSW 2402A Routing Switch WGSW 240278 ement L Switching DataBase VLAH amp PYID Perspective Create VLAH E nteianon enlae teeta enti iantontenteetateien tenant VLAH ID Hame SSS a a a a ae o a a Hew VLAH Settings psp A Toer Enter Hew VLAH ID vlan 1D BB VLAH Hame l 4 Enter 12 hit decimal or hex ID and press lt ENHTER gt lt ESC gt
118. ack Mounting The following procedure describes how to install the Switch in a standard 19 inch rack Disconnect all cables from the Switch Remove all adhesive pads from the bottom of the Switch Step 1 Place the Switch right side up on a hard flat surface with the front panel facing you Step 2 Locate a mounting bracket over the mounting holes on one side of the Switch FIGURE 2 8 LOCATING A MOUNTING BRACKET Step 3 Insert three screws and use a screwdriver to secure Step 4 Repeat the two previous steps for the other side of the Switch Step 5 Insert the Switch into the 19 inch rack and secure with suitable screws Make sure the ventilation holes on the Switch are not obstructed Step 6 Connect the cables to the back of the Switch 442 CHAPTER 3 CONFIGURATION This chapter explains the methods that you can use to configure management access to the Switch It describes the types of management applications and the communication and management protocols that deliver data between your management device workstation or personal computer and the system It also contains information about port connection options This chapter covers the following topics Management Access Overview Key Concepts Key Guidelines for Implementation Administration Console Access Web Management Access SNMP Access Standards Protocols and Related Reading 3 1 Management Access Overview The Switch gives you the flexibility to ac
119. ack Size 1 l l Master Switch ID Il eee Stack Options Stacking MEMS Stack ID 1 Disabled i Stack Size 2 GER Switch ID 1 SSS SSS Stack Port 26 E A tonto tent entntentoten toate Updrrow gt lt DownArrow gt sMove lt Enter gt Select lt ESC gt Prerious Repeat step 1 5 to configure other switches to be stacked Note that the Stack ID should be the same The Switch IDs should be set different 136 8 After enabling the stacking the current Stack Size and Master Switch ID will be shown as below The function of stacking is completed FIGURE 5 112 n PLANET WGSW 2402A Routing Switch WGSW 24027A8 Management fAdvanced Management Stacking Stacking Configurations Current Stack Size 2 Master Switch ID 1 PU Seas I Stacking l Stack ID 1 Stack Size 2 Switch ID 1 Stack Port 26 UVUpirrow gt lt Down rrow gt Move lt Enter Modify lt ESC gt Prerious Note After stacking is set up configuration must be executed in the master switch It is recommended to re view the whole stack like stack ID Switch ID before enable the stacking 5 11 2 Stack IP Setting From the Stacking screen highlight Stack IP Settings and press Enter The following screen will appear 187 FIGURE 5 113 PLAHET WGSW 24078R Routing Switch WGOSW 740278 h Management Advanced Manag
120. agged ports you can select this number decreases as you use untagged ports in your VLANs FIGURE 5 21 j PLAHET WGSW 24024 Routing Switch WGSW 2402A taBase VLAH amp PYID Perspective s VLAH 2 0x002 planet Settings admin ae S SASE S oR aS SS a a Se SS aS 23 Switch Ports Properties E Select Untagged Ports A E O A a a a Mort 25 untagged Mari Ports f Port 1 untagged Port 26 Port 2 untagged Port 4 Port 3 untagged Port 7 Port 5 untagged Port 8 Port 6 untagged Port Y SSS SS SS SS E Port 10 Port 11 l Port 12 l Port 13 Port 14 Port 15 l v Port 16 Ho Upirrow lt DownArrow gt Hove lt Enter gt Mark Unmark lt ESC gt Done b To configure an individual port highlight it and press Enter An asterisk appears next to each 65 port you select To deselect it press Enter again to remove the asterisk To configure all ports highlight All Ports and press Enter c Press Esc The port s you selected appear in the previous screen To select tagged ports a Highlight Tagged Ports and press Enter The Select Tagged Ports screen appears with a list of the tagged ports FIGURE 5 22 PLANET WGOSW 2402748 Routing Switch WGSW 240278 taBase VLAH amp PYID Perspective VLAH 2 0x0027 planet Settings tee 25 untagged Mall Ports Port 1 untagged Port 26 Port 2 untagged Po
121. an Local 1192 168 1 10 255 255 255 255 192 168 1 10 16 0x014 Other Other 1192 168 1 10 255 255 255 255 192 168 1 10 16 0x014 Myself Local 1192 168 1 255 255 255 255 255 192 168 1 255 16 0x014 Beast Local 1192 168 2 0 255 255 255 0 192 168 2 10 16 Ox01E Direct Local 1192 168 2 0 255 255 255 255 192 168 2 255 16 OxXO1E Martian Local 1192 168 2 10 255 255 255 255 192 168 2 10 16 OxO1E Other Other 1192 168 2 10 255 255 255 255 192 168 2 10 16 OxXOLE Myself Local 1192 168 2 255 255 255 255 255 192 168 2 255 16 OxO1E Beast Local Juji92 168 4 0 255 255 255 0 192 168 4 10 1 0x004 Direct Local Pm Y 5 FUpArrom gt lt Down rrow gt Move lt gt Add lt gt Delete lt s gt Search lt ESC gt Prevrious The Routing Table allows you to view add delete or search a particular routing path Table 5 1 identifies the columns in this screen TABLE 5 1 ROUTING TABLE COLUMNS Network The PSuonetwar aadress o whch he Switoh can route packets Mask me cls IP Suonetwork Mask to whi tne Sich can route packets Metric Te amber of hops needed between te Sich and the destination network The IP route type for the IP subnetwork There are six IP route types Direct A directly connected subnetwork Remote A remote IP subnetwork or host address Myself A switch IP address on a specific IP subnetwork Bcast A subnetwork broadcast address Mcast An IP multicast address Martian An illegal IP address to be filtered or a specia
122. anning Tree Port Priorities screen similar to the following appears FIGURE 5 92 PLAHET WGSW 24024 Routing Switch WGOSW 24028 Switch Management fadvranced Management Spanning Tree Protocol 411 Ports 128 Port 25 weds Port 26 128 Port 1 128 Port 2 128 Port 3 1285 Port 4 128 Port 5 128 Port 6 1285 Port 7 128 Port 8 1285 Port 9 128 Jv Port 10 1285 E FUpArrow gt lt Down rrow gt sHove lt Enter gt HModify lt L Switch lt ESC gt Prerious To modify the settings in the Spanning Tree Port Priorities screen 1 Use the Up and Down Arrow keys to highlight a port whose priority level you want to change or highlight All Ports 420 2 Press Enter The Enter Port Priority screen appears FIGURE 5 93 PLANET WGSW 240274 Routing Switch WOSW 24028 Switch Management Advanced Management Spanning Tree Protocol 411 Ports 128 n Port 25 128 Enter Port Priority Port 26 128 te E Port 1 128 l l Port 2 1285 SE fs cc co SS Port 3 128 l Port 4 1285 l Port 5 128 l Port 6 128 l Port 7 128 l Port 8 128 Port 9 128 l v Port 10 1285 Fe Enter decimal number 0 255 and press EHTER gt lt ESC gt Previous 3 Type a port priority from O to 255 and press Enter A low value gives the port a greater likelihood of becoming a Root port 4 To change the priorities of other po
123. ap enable or disable it 250 Link Up Trap Enable 10 For Authentication Failure Trap enable or disable it Authentication Failure Trap Enable 11 For Rising Alarm Trap enable or disable it Rising Alarm Trap Enable 12 For Failure Alarm Trap enable or disable it Failure Alarm Trap Enable 13 For Topology Change Trap enable or disable it Topology Change Trap Enable 14 When you finish click the Update Setting button 7 10 Configuring GVRP and IGMP To enable or disable the GVRP and or IGMP protocols point to Advanced Setup and click Other Protocols The window as the following appears 251 FIGURE 7 50 OTHER PROTOCOLS WINDOW PUBS roza oa s port Fast Etberpel kl ree oi mapi dht emi Fils Bon motu Bored bo 0 mm PB EES e oe i Advanced Setup iher Protocols Update Sating GRP Enable IGMP Active 1 For GVRP enable or disable it 2 For IGMP disable it or make it passive or active Disable Passive Active 3 Click the Update Setting button 7 11 Port Trunking To associate ports to a trunk group point to Advanced Setup and click Port Trunking A list of trunk groups and associated ports similar to the following appear seoa FIGURE 7 51 y PLANET ds AA a nr F Setter teleco Sarre Fils BSP iah Boron hato i p Advanced Setup Pon Trunking Oservlesa Trunk Group Pans Monk Grup 2 Tuak Grayp
124. ata at 100 Mbps 10 Yellow Lights to indicate that the Switch is sending or receiving data at 10 Mbps 2 2 3 Rear Panel of WGSW 404 The rear panel of WGSW 404 has a power connector a Buzzer button and a console port Figure 2 3 shows a rear panel of the Switch Table 2 5 explains the function of the ports shown in the Figure 2 4 FIGURE 2 5 REAR PANEL OF WGSW 404 Buzzer Button Power Buzzer ON OFF o 9000 gt 50 60Hz TABLE 2 8 PORT FUNCTION OF THE REAR PANEL Power This is where you will connect the AC power cord Note To depress the Buzzer button will change the reaction of the buzzer If the button is set to on the buzzer will ring as the system is under the status of overheat Set to off the buzzer will not work even if the system overheats 2 3 Module Hardware Description 2 3 1 Gigabit Expansion Module Figure 2 6 show that front panel of gigabit expansion module Table 2 9 and Table 2 10 show that modules status LEDs 10 FIGURE 2 6 GIGABIT EXPANSION MODULE WGSW C1GT Module Status LEDs WGSW C1SX Module Status LEDs SopS FDX COL ACT p 1000 1000Mbps _ 1000Base SX 100 NACI z SN IA o os Tama e 10 FDX COL _ WGSW C1GT 10 100 1000Base T wasw casx IX RX TABLE 2 9 WGSW C1GT SX STATUS LEDs WGSW C1GT 100 O nan or reoeMna data at 1000 Mbps 10 areen fata Too mepa no
125. ations SHHMP Disabled Get Community Hame DAA Set Community Hame public Trap Community Hame 1 public Trap Community Hame 2 public Trap Community Hame 3 public Trap Community Hame 4 public Trap Community Hame 5 public l l l l l l l l l l Trap Host 1 IP Address Trap Host 2 IP Address Trap Host 4 pee 3225446345444 5 54545444 Trap Host 4 Enter Get Community Hame Trap Host 5 222 Cold Start T Enter text and press lt EHTER gt lt gt Delete IP Address lt ESC gt Prerious 4 Type a get community name and press Enter The get community name you typed appears next to 428 Get Community Name 5 Use the Down Arrow key to highlight Set Community Name and press Enter The Enter Set Community Name screen appears FIGURE 5 97 PLAHET WGESHW 2402748 Routing Switch Switch Management fAdvanced Management SHHP Configurations SHMEP Disabled Get Community Hame public Set Community Hame l Trap Community Hame 1 public Trap Community Hame 2 public Trap Community Hame 3 public Trap Community Hame 4 public Trap Community Hame 5 public l l l l l Trap Host 1 IP Address Trap Host 2 IP Address Tray Host 3 p 203550N 5 55 555 HP533 Trap Host 4 Enter Set Community Hame Lltap Host F
126. ations may be placed in different boxes in the traffic table For example web search may fit into the category of high loss high latency tolerant traffic whereas VolP fits into the category of low loss low latency traffic 5 15 1 2 Four QoS Profile There are four basic pieces to QoS scheduling in the Switch strict priority SP delay bound weighted fair queuing WFQ and best effort BE Using these four pieces there are four different modes of operation as shown in the following table TABLE 5 4 QOS PROFILE Gigabit Pot P7_ Pe Ps pa jPa Pze pt Po Megabit Pot Ps Pe perros Profile mode 1 Delay Bound Best Effort Profile mode 2 Strict Priority Delay Bound Best Effort Profile mode 3 Strict Priority Weighted Fair Queuing Profile mode 4 Weighted Fair Queuing The first profile mode for a 10 100 Mbps port is three delay bounded queues and one best effort queue The delay bounds per class are 0 8 ms for P3 3 2 ms for P2 and 12 8 ms for P1 For a 1 Gbps port we have a default of six delay bounded queues and two best effort queues The delay bounds for a 1 Gbps port are 0 16 ms for P7 and P6 0 32 ms for P5 0 64 ms for P4 1 28 ms for P3 and 2 56 ms for P2 Best effort traffic is only served when there is no delay bounded traffic to be served For a 1 Gbps port where there are two best effort queues P1 has strict priority over PO We have a second profile mode for a 10 100 Mbps port in which there is one strict prior
127. because the input traffic pattern is assumed to be carefully controlled at a prior stage However the Switch do indeed drop frames from SP queues for global buffer management purposes In addition queue PO for a 10 100 port and queues PO and P1 for a Gigabit port are treated as best effort from a dropping perspective though they still are assured a percentage of bandwidth from a WFQ scheduling perspective What this means is that these particular queues are only affected by dropping when the global buffer count becomes low 5 15 1 6 Shaper and DiffServ Expedited Forwarding Although traffic shaping is not a primary function of the Switch it does implement a shaper for expedited forwarding EF The goal in shaping is to control the peak and average rate of traffic exiting the Switch Shaping is limited to the Gigabit ports only and only to class P6 the second highest priority This means that class P6 will be the class used for EF traffic If shaping is enabled for P6 then P6 traffic must be scheduled using strict priority With reference to Table 5 4 only the middle two QoS configurations may be used Maximum rate and average rate is multiple of 6 25 If the maximum rate is 50 and average rate is 25 shaped traffic will exit the Switch at a rate always less than 500 Mbps and averaging no greater than 250 Mbps Also when shaping is enabled it is possible for a P6 queue to explode in length if fed by a greedy source The reason is t
128. ccept RIP Viv Updates Accept Default Roube Updates ilte Split Horizon x Use Poisoned Reverse Send Tnggered Response 3 To change the IP Address click in the text box and type a new address Alternatively you can use the Delete IP button to delete the IP address IP Address 192 168 1 1 Note The IP address is not deleted until you click the Update Setting button However no precautionary message appears before you delete the IP address Therefore be sure you do 221 not need the IP address before deleting it 4 To change the IP Subnet Mask click in the text box and type a new address IP Subnet Mask 299 255 255 0 5 To change the Frame Type click another value from the drop down list Frame Type Ethernet_ll w Ethernet_Il Ethernet SWAP 6 To change the BOOTP selection click another value from the dropdown list BOGOTE 7 To change the Proxy ARP selection click another value from the drop down list Disable REE Disable 8 To change the RIP Setting click another value from the drop down list Disable RIP Setting Disable 9 Specify whether you want to broadcast or multicast from the dropdown list Lise Broadcast Multicast Broadcast Multicast 10 Specify whether you want to advertise routes 222 Advertise Routes es Advertise Default Route es Mo Accept RIP Wl Updates Accept Default Route Updates
129. ced SetupiP Multicast Group IP Multicast Group Address Wa 0127 VLAN 1 34 0 124 YUAN ij 240150 E ch 1E gj 55 ad y i 70 AE OSA W LA Note If IGMP is disabled or no IP Multicast group is learned the table will be empty To enable IGMP Click Advanced Setup and then select other protocol to set IGMP to either Passive or Active 2 Click the IP Multicast Group to view activities on the group A screen similar to the following appears FIG 7 30 Miscroco tf interna Explorer Advance Setup Muhicssi Group Perspective Multicast Group Activities IP Multicost Group 724 0 1 60 VLAN 1 Ho of Ports in Mullicasi Group 1 Mo of Hosts in Mullicast Group 1 Multicast Domain Pan 1 a 3 To view the VLAN and IP multicast group addresses associated with the MAC address Click the MAC address a VLAN IP Multicast Group Membership screen similar to the following appears 236 FIG 7 31 SY MAC View Microsoft Internet Explorer 5 oj x Individual MAC View MAC Address DOGOBOF3DF1F Member of Local LA Ns Yes Member of Remote YLAN s Mo Member of IP Multicast Group s Yes Filtering Mo Fort d WLAN IP Multicast Group Membership IP Group 244 0 1 60 7 7 VLAN PVID Perspective To access the VLAN amp PVID perspective parameters point to Advanced Setup and point to VLAN amp PVID Perspective The VLAN Configuration and PVID Setting options in the following appear FIG
130. cess and manage the Switch using any or all of the following methods An administration console Web browser interface An external SNMP based network management application The administration console and Web browser interface support are embedded in the Switch software and are available for immediate use Each of these management methods has their own advantages Table 3 1 compares the three management methods TABLE 3 1 COMPARISONS OF THREE MANAGEMENT METHODS Management Advantages Disadvantages Method No IP address or subnet needed Must be near switch or use dial up NN Text based connection Administration Telnet functionality and HyperTerminal Not convenient for remote users console built into Windows 95 98 NT 2000 XP Modem connection may prove to operating systems be unreliable or slow Secure Ideal for configuring the Switch l Security can be compromised Web browser remotely hackers need only know the IP Compatible with all popular browsers address and subnet mask Can be accessed from any location May encounter delay times on Most visually appealing poor connections Communicates with switch functions ati Requires SNMP manager the MIB level software Based on open standards Least visually appealing of all three methods Some settings require calculations Security can be compromised hackers need only know the SNMP Agent 3 1 1 Administration Console The administration console is an interna
131. connection is experiencing collisions 2 4 Installing the Switch The Switch is designed for office use where it can be free standing desktop mounted or mounted in most standard 19 inch equipment racks If you prefer you can rack mount the Switch in a wiring closet or equipment room using two mounting brackets and six screws When choosing a location for the Switch observe the following guidelines Make sure the Switch is accessible and that the cables can be connected easily Keep cabling away from sources of electrical noise such as radios transmitters and broadband amplifiers as well as power lines and fluorescent lighting fixtures Prevent water or moisture from entering the Switch case Make sure there are no obstructions to restrict airflow around the Switch We recommend that you provide a minimum of 25 millimeter 1 inch clearance Do not place liquids or other objects on top of the Switch lf the Switches are freestanding do not stack more than four switches on top of one another _12 2 4 1 Pre Installation Considerations Fast Ethernet Topology Considerations If you will be using the Switch for Fast Ethernet 100 Mbps operation observe the following guidelines The maximum unshielded twisted pair UTP cable length is 100 meters 328 feet over Category 5 cable Single repeater topologies permit a total network span of 325 meters 1066 feet Full Duplex Considerations The Switch provides
132. console port baud rate you selected appears in the Baud Rate field 4 3 3 2 Selecting a Flow Control Method To change the console flow control used 1 From the Console Port Configurations screen highlight Flow Control and press the Enter key A screen similar to the following shows the current console flow control method 40 FIGURE 4 23 PLAHET WGSW 2402748 Routing Switch WCGSW 24025 Switch Management Basic Management Console Port Configurations Baud Rate 115200 Flow Control Hodem Control Disabled Modem Setup String AT amp F EO Li C 1 SO 1 D2 SLIP Disabled SLIP Address SETP Subnet Mask Tee Flow Control Options 4 Mpisabiea RTS CTS XOHF ZOFF PS EUparrow gt lt Down arrow gt HMove lt Enter gt SeLlect lt ESC gt Previous 2 Highlight the flow control method you want to select for the console and press Enter You return to the Console Port Configurations screen and the console port flow control method you selected appears in the Flow Control field 4 3 3 3 Enabling or Disabling Modem Control Options To enable or disable modem control options for the console port 1 From the Console Port Configurations screen highlight Modem Control and press the Enter key A screen similar to the following shows whether a console modem connection is enabled or disabled
133. ctivities are performed at a Network Management Station running an SNMP network management application The Switch provides hardware based RMON counters in the Switch chipset The Switch manager CPU polls these counters periodically to collect the statistics in a format that complies with the RMON MIB definition 8 3 1 RMON Groups Supported The Switch supports the following RMON MIB groups defined in RFC1757 W RMON Statistics Group maintains utilization and error statistics for the Switch port being monitored RMON History Group gathers and stores periodic statistical samples from the previous Statistics Group RMON Alarm Group allows a network administrator to define alarm thresholds for any RMON statistics MIB variable An alarm can be associated with Low Threshold High Threshold or both An alarm is triggered when the value of a specific MIB variable exceeds a threshold falls below a threshold or exceeds or falls below a threshold A triggered alarm results in an event described in the RMON Event Group RMON Event Group allows a network administrator to define actions based on alarms The network administrator can specify the nature of the event that occurs when an alarm is triggered The event can be the creation of an RMON log entry or a trap the creation of both an RMON log entry and a trap or the creation of neither SNMP Traps are generated when RMON Alarms are triggered The action taken in the N
134. d click Individual MAC View A prompt to enter a MAC address similar to the following appears FIGURE 7 7 F PLANET ES ed Jp i Pasi Beer Sandee ien pieh File Bcsi cer fvenced meer 7 a o IM LS Advanced Setup MAC Address Managment MAC Address Perspective Git Information Enter MAC Address l 2 Inthe text box type a MAC address 3 Click the Get Information button A MAC View window similar to the following appears 218 FIGURE 7 8 MAC View Microsoft Intemet Explorer Ioj x Individual MAC View MAC Address DOGOBOF3DF1F Member of Local WLANs Yes Member of Remote WLAN s Mo Member of IP Multicast Group s Yes Filtering Mo Port bd VLANAP Multicast Group Membership IP Group 224 0 1 60 4 lf one or more IP Multicast group memberships appear in the window as in the example above click it to view its settings 5 When you finish reviewing the information close the windows 7 2 IP Networking To access the IP networking parameters point to Advanced Setup and point to IP Networking The options in Figure 7 9 appear 219 FIGURE 7 9 IP NETWORKING OPTIONS J PLANET EGP EA IA File TE O E EAS MAC Address Management r o iP Networking iP amp RIP Settings Per Port Statistics Default Gateway Bridging ReutingTable Static MAC Filters 1 ARP Table iP Multicast Group 6 DHCP Gateway Settings WLAN E FVID Perspective
135. displays the menu options shown in Figure 6 6 FIGURE 6 6 BASIC SETUP OPTIONS J PLAPET WEGA DA A A Jaat A Fila Bcsi siup Advanced rep TRA Ml LAN Port Console Port This menu has the following options General lets you change the system name location name statistics collection reboot on error and remote Telnet login capability See section 6 4 1 General Management Configuration LAN Port lets you view port status and configure port settings See section 6 4 2 Configuring LAN Ports on page 9 Console Port lets you change the console baud rate and flow control method enable or disable modem control specify a modem setup flag and setup string enable or disable SLIP and configure the SLIP address and SLIP subnet mask See section 6 4 3 Console Port Configuration 6 4 1 General Management Configuration Pointing to Basic Setup and clicking General displays the Basic Setup General parameters see Figure 6 7 These parameters are the same that appear when you access the browser interface for the first time 203 FIGURE 6 7 BASIC SETUP GENERAL PARAMETERS _p PLANET EAR Se Jee Fast Eerie eto degeni aac Pelee iets e eee am Basic Setup General Update Setting Hardeare Aaeigion 1 000 Hardware Condquration ge 400 porn Sotano Pevesion 43 1 Aue 28 2002 1710545 System Name GEMA AA Location atretic Collection Enable Reboot O
136. do not need the port before you delete it You can also hold down the Shift key and press to add ports 7 Press Esc to return to the VLAN Perspective screen The VLAN IDs and names you added appear in the VLAN Perspective screen In the screen on the next page for example the planet VLAN have been added Note To change a port s property first delete the port then add the port with the new property 8 Select another option from the VLAN Perspective screen or press Esc to return to the L2 Switching DataBase screen 59 FIGURE 5 14 o PLANET WGSW 240278 Routing Switch WGSW 2402A vanced Hanagement L2 Switching DataBasefVLAN amp PYID Perspective FUp rrom lt Dbowmn rrow Move lt EnterViewfModifty lt gt Create lt gt Delete lt ESC gt Previous 5 2 2 3 Deleting a VLAN ID To delete a VLAN ID from the VLAN Perspective screen 1 Use the Up Arrow and Down Arrow keys to highlight the VLAN ID you want to delete 2 Press the hyphen key A precautionary message asks whether you are sure you want to delete the VLAN ID 60 FIGURE 5 15 A 5 5 5 55 5 5 PLAHET WGSW 24028 Routing Switch WOSW 24027A8 vanced Management L Switching DataBase V LAH amp PYID Perspective Pes SSeS Se See SS a eS eS SS Se Sees l VLAH ID Hame e 11 0x001 Default ra ee ee CS Se Delete VLAN 2 0x002
137. dvanced Management screen highlight Port Trunking and press the Enter key You will receive a screen as shown in Figure 5 107 FIGURE 5 121 PORT TRUNKING PLANET WGSW 2402748 Routing Switch Switch Management Advanced ManagementPort Trunking Trunk Group Ports y trunk 27 Trunk 26 Trunk 29 VUpi rrow gt lt Down rrowsMove lt Enter gt HModify lt ESC gt Previous 2 Highlighting the trunk group to which you want to ports assigned then press Enter Note Trunk 27 28 29 is base on WGSW 2402A For WGSW 404 it will start from 9 to 12 143 FIGURE 5 122 PLANET WGSW 2402748 Routing Switch Switch Management Advanced Management Port Trunking Trunk 26 lc a ee ee Trunk 29 Sa aa Py 5 Up rrow gt Down rrow gt Movre lt Enter gt HModity lt ESC gt Prerious 3 Highlight the range of ports you want to associate with the trunk group then press Enter PLAHET WGSW 2402A8 Routing Switch Switch Management Advanced Management Port Trunking Port 10 Port 11 v Port 12 UpArrows lt Dbowm rrow gt Move lt Enter gt MarkfUnmark lt ESC gt Done 4 For each trunk you want to select highlighting it and press Enter An asterisk will appear next to the selected port For trunk 27 28 maximum 4 ports can be included in a trunk 144 FIGURE 5 124 PLANET WGSW 2402748 Routing Switch Switch Management Advanced Manageme
138. e Topology Change Count 2 Time Since Last Topology Change sec 35 AAA AAA spanning Tree Protocol Enabled Bridge Priority 32 768 Hello Time sec 2 Hax Age sec 20 Forward Delay sec 15 Enter decimal number and press lt EHTER gt lt L gt Switch lt ESC gt Previous 10 Enter the forward delay time in seconds Then press Enter The value you typed appears next to Forward Delay sec 11 Press the Esc key to return to the Spanning Tree Protocol screen 5 9 2 Spanning Tree Port States If you highlight Spanning Tree Port States in the Spanning Tree Protocol screen and press the Enter key a Spanning Tree Port States screen similar to the following appears This screen displays read only values When you finish press the Esc key until you return to the desired screen 116 FIGURE 5 88 PLAHET WGSW 24028 Routing Switch YGSH 2402A Switch Management Advanced Management Spanning Tree Protocol Port 25 MECA A Port 26 Forwarding Port 10 Disabled Link Down v Port 11 Disabled Link Down Port 1 Forwarding Port 2 Disabled Link Down Port 3 Disabled Link Down Port 4 Disabled Link Down Port 5 Disabled Link Down Port 6 Disabled Link Down Port 7 Disabled Link Down Port 3 Disabled Link Down Port 2 Disabled Link Down p UpArrow lt DownArrow gt Move lt Enter gt Change Status lt
139. e files using TFTP See Receiving Files via TFTP on 201 page 5 Reboot lets you reboot the Switch When you click this option a message asks whether you want to reboot the Switch Click OK to reboot the Switch or Cancel to not reboot it Logout lets you log out of the configuration program When you click this option a message asks whether you are sure you want to log out Click OK to log out or Cancel to continue your session 6 3 1 Receiving Files via TFTP The TFTP protocol is used to download upgraded software to the Switch A VLAN with the proper IP address and routing path to the TFTP server must be configured for the Switch to access the specified TFTP server The following procedure describes how to receive files using the TFTP protocol 1 Point to File and click Receive File Via TFTP The Receive File Via TFTP window appears see Figure 6 5 FIGURE 6 5 RECEIVE FILE VIA TFTP WINDOW 4 Fast Einar tour peal Saar Po S Yr Te Ei Shit Ea Adwana 4 Tap File Receive File Via TFTP EZ Receive File via TFTP Fike Name IF Address zt 2 For File Name type the name of the file you intend to receive 3 ForlP Address type the IP address from where the file will be obtained The address consists of numbers separated by periods For example 129 32 0 11 4 Click Receive Now 202 6 4 Performing Basic Setup Activities Pointing to Basic Setup on the image of the Switch
140. e following protocols Virtual terminal protocols such as Telnet Simple Network Management Protocol SNMP 3 4 1 Virtual Terminal Protocols A virtual terminal protocol is a software program such as Telnet that allows you to establish a management session from a Macintosh a PC or a UNIX workstation Because Telnet runs over TCP IP you must have at least one IP address configured on the Switch before you can establish access to it with a virtual terminal protocol Note Terminal emulation differs from a virtual terminal protocol in that you must connect a terminal directly to the console serial port 3 4 2 SNMP Protocol Simple Network Management Protocol SNMP is the standard management protocol for multi vendor IP networks SNMP supports transaction based queries that allow the protocol to format messages and to transmit information between reporting devices and data collection programs SNMP runs on top of the User Datagram Protocol UDP offering a connectionless mode service 3 4 3 Management Architecture All of the management application modules use the same Messaging Application Programming Interface MAPI By unifying management methods with a single MAPI configuration parameters set using one method console port for example are immediately displayable by the other management methods for example SNMP agent of Web browser The management architecture of the Switch adheres to the IEEE open standard This c
141. e next IP subnetwork Servers shows any preferred servers that have been defined Relays shows the outbound IP subnetwork for relaying a DHCP request broadcast To specify DHCP gateway settings you must first create a VLAN with an assigned IP address as described under section Creating a New VLAN The following procedure describes how to change the DHCP gateway settings As part of this procedure you can specify up to three preferred servers and or an outbound relay interface 1 Highlight the appropriate VLAN ID and press Enter A screen similar to the following appears 96 FIGURE 5 59 PLANET WGOSW 240248 Routing Switch WGOSW 24028 agement Advanced Management IP Hetworking DHCP Gateway Settings VLAH ID 1 0001 IP Address 203 70 249 159 ces aaa ace I DHCP Gateway I Maximm Hops U Delay Sec O Preferred Server Preferred Server Preferred Server Preferred Server FUpArrow gt lt DownArrow gt Hove lt EntercModify lt gt Add Relay IP lt gt Del IP lt ESC gt Previous 2 To add a relay IP hold down the Shift key and press A screen similar to the following appears FIGURE 5 60 PLANET WGSW 2402A Routing Switch WGSW 2402A agement Advanced Management IP Hetworking DHCE Gateway Settings IVLAH 1D 1 0x001 IIP Address 203 70 249 151 EE eeeessseasesese 1192 168 4 10 VLAH
142. ececceceaeeeeenees 276 B 3 CONNECTION FROM SWITCH S SERIAL PORT TO MODEM S 25 PIN DCE PORT ccececcececeeees 276 B 4 CONNECTION FROM SWITCH S SERIAL PORT TO PC S 25 PIN DTE PORT ccececcecececcececeaceass 277 CHAPTER 1 INTRODUCTION WGSW 404 and WGSW 2402A are ultra fast high performance switches with non blocking switch fabric of 16Gbps and 12 8Gbps WGSW 404 is a backbone switch with 4 port 10 100 1000Mbps RJ 45 and 4 slot for media expansion WGSW 2402A is designed to be a workgroup switch with 24 port 10 100Mbps RJ 45 and 2 slot for media expansion Their expansion slots support 1000Base T 1000Base SX and 100Base FX modules that provide great flexibility on enterprise and FTTB application In the following section the short term WGSW will be used to represent both WGSW 2402A and WGSW 404 The WGSW switch can be stacked up to 8 units together through Ethernet interface and managed by single IP You can stack 8 WGSW 2402A to get up to 192 100Base TX ports plus 2 Gigabit port or 8 WGSW 404 to get 50 Gigabit ports in single stack Mix them in a single stack is also possible to get maximum flexibility Most stacked switches are limited by the length of a proprietary stack cable WGSW switch however the maximum distance between two stacked switches can be up to 2 kilometers using Ethernet stack connectivity Designed as the Layer 2 switch but with layer 3 software routing function the WGSW can easily fit in your networ
143. ed Auto FC On Down Port 4 10 100M Speed Auto FC On Down Port 5 10 100HM Speed Auto FC On Down Flow Cntl Options Port 6 10 100HM Speed Auto FC On Down Port 7 10 100H Speed Auto FC On Down Auto Port 8 10 100M Speed Auto FC On Down Port 9 10 100H Speed Auto FC On Down ort Port 10 10 100HM Speed Auto FC On Down Port 11 10 100H Speed Auto FC On Down Jv Port 12 10 100HM Speed Auto FC On 100M FD FC On BH 5 Up rrow gt lt Down rrow gt Hove lt Enter gt Select ZESC gt Previous b Highlight the flow control option you want to select for the port Auto allows the Switch to automatically ascertain whether or not to use flow control On enables flow control at all times Off disables flow control at all times c Press Esc You return to the Speed amp Flow Cnt Options screen and the flow control setting you selected appears next to Flow Control 5 Press Esc to remove the Speed amp Flow Cntl Options screen 6 To configure the line speed and flow control for additional ports repeat steps 1 through 5 7 When you finish press the Esc key from the Line Speed Flow Control screen to return to the LAN Port Configurations screen 4 3 2 2 Hiding or Displaying the Port Column The Line Speed amp Flow Control screen has a column between the p
144. ed as follows B Chapter 2 Installation explains the hardware functions of the Switch and how to physically install it Chapter 3 Configuration explains how to set up and modify the configuration of the Switch Chapter 4 Menu Driven Console Management and Chapter 5 Performing Advanced Management Activities explains how to configure either locally through its RS 232 port or remotely via a Telnet session Chapter 6 Web Based Configuration and Chapter 7 Performing Advanced Setup Activities allows you to access the Switch using the Web browser of your choice Chapter 8 SNMP and RMON Management allows you to access the Switch using SNMP A management feature B Appendix provides cable specification and more information regarding to stack and VLAN CHAPTER 2 INSTALLATION This Chapter describes the hardware function of the Switches and shows how to install it on the desktop or shelf Basic knowledge of networking is assumed Read this chapter completely before continuing 2 1 WGSW 2402A Hardware Description 2 1 1 Front Panel of WGSW 2402A The front panel of the Switch has 24 RJ 45 ports for 10 100 Mbps in the middle The port status LEDs are indicated at the left The expansion modules are situated at the right Figure 2 1 shows a front panel of the Switch Table 2 1 shows the port function of the Switch The functionality of the LEDs will be explained in 2 7 4 LEDs FIGURE 2 1 FRONT PANEL LEDs Status LEDs 10 100 RJ
145. eecsecsaasanaasusseseeeeeeeneeeeesaes 39 4 3 8 2 Selecting a Flow Control Metod iii td 40 4 3 3 3 Enabling or Disabling Modem Control OP IONS cocooccnccccnnnonconananncnnononnnnnnnnonnonnnnannnnnnnnninonnnnnos 41 4 3 3 4 Specifying a Modem Setup String ooooocccccononnnnnnnnononnnnnononnnnnonannnnnnnnnnnnnnnnnnonnnnnannnnnnennnnnnnnonos 42 AI AENA DO DIS ADUANA AA A TA 43 AO OPECIN a SIR ADOOS e e res ll a O 45 43 3 SPeCHVind OLI SUN MASK sata li a 46 4 3 3 8 Returning to the Basic Management Screen ocooccccccicinonocococoononnonannnnnnnnnnnnonnonnnnnnnnnnannnnnnnnnnnnennnnos 47 CHAPTER 5 PERFORMING ADVANCED MANAGEMENT ACTIVITIES 0occocccccnccconccconcononoconnnconaaos 48 5 1 SWITCHING DATABASE CONFIGURATION ccccccccececceccececceeeceeeaeseseeeeeeaueeeeueeuseeeuecueauseueusaesaueens 49 5 2 VEAN SP VID RERSPEC FIVE ii td 50 ia O DIED 2 YS OP A Ao A pr er eee a oe ERT REE eee eee 51 5 2 2 Obtaining a VLAN Fersp ctiV smeresssera th el ace 51 922 1 Grain a INCW VEAN die 52 5 222 Adding NEW OWIICIEP ONS oae ea a a E a A a EE 55 dz DAEM EVAN MD aii 60 02 24 VIEWING VLAN ACTIVINCS osado iento dico tisis 61 J22 I VIEWING VLAN S CUINA 63 ee O AO PONS Nidia Re 64 DA DCCA ON Si idad 67 ER O O UN a sae 67 53 IP MULTICAST GROUP PERSPECTIVE cuidaba ica 69 D4 MAG ADDRESS PERSPECTIVE sn ii s 73 DS PORT PERS PECES a its 74 5 5 1 Per Porn VLAN ACHVITCS tdi 75 5 5 2 Scrolling Through MAC Addresses ad 77 5 5 3
146. een 7 Press the Down Arrow key to highlight Mirror Mode and press the Enter key A Mode Options screen appears FIGURE 5 129 PLANET Y6SH 2402A Routing Switch WGOSW 24028 Switch Management Advanced Management Port Mirroring AER O tn SSS See SSeS ae SSeS ee eee Port Mirroring Options l Mirror Index Mirror To M 5 0222 la vale pal E E OR dE SR EE Ea EN a ai io Mirror To Port 17 iror From Port 18 l II 2 Mirror Mode BB l 4 Mode Options n Mikeceive sf Transmit PS A A a a a ey a a ep ef a a a a a a ee ee Up rrow gt lt Down rrow gt Move lt Enter gt Select lt ESC gt Prerious 8 Highlight whether the port to be mirrored from will be receiving or transmitting then press Enter Your selection appears next to Mirror Mode in the Port Mirroring Options screen 9 Press Esc Your selections appear in the Port Mirroring Options screen 148 FIGURE 5 130 PLAMET WGSW 2402A Routing Switch WGSH 2402A Switch Management Advanced Management Port Mirroring e eS ee Fort Mirroring Options l Mirror Index Mirror To NPS SSS SSeS Se Se ee SSeS T PA E SSeS SSS See See Mirror To Port i17 IE Mirror From Port 18 II 2 Mirror Mode HAS Ho nooo Up rroms lt DowmnArrowsMove lt EntersHodify lt gt Delete lt ESC gt Previous 10 Pres
147. efPer Port VLAH Activities WPort 25 y 100M FX i Port 26 100M FX Port 10 10 10 100M y Port 11 11 10 1005 Port 1 a 10 1001 l Port 2 2 10 1001 l Port 3 3 10 100M l Port 4 4 10 100M Port 5 5 10 100M Port 6 6 10 100M Port 7 7 10 100M Port 8 8 10 100M Port 9 9 10 100M UVUpArrom lt Down rrow gt Hove lt Enter View lt L gt Switch lt ESC gt Previous Use the Up Arrow and Down Arrow keys to highlight the port number whose corresponding VLANs activities you want to view Press the Enter key A screen similar to the following appears with a list of the MAC addresses for the selected VLAN and the corresponding VLAN memberships FIGURE 5 34 PLAHET WGESW 2402748 Routing Switch WGESW 24078 hing DatabasefPort Perspective Per Port VLAH Activities Port IVLAH Count 2 4 4 MAC Addresses VWVLAH Membership 00304FOB3E6A VLAH 1 0x001 00304FOB3E6D 003504FOB3EGE 003504F104219 003504F123654 003504F19F93A 003504F1BB951 OO 504 F1EBB5SA HUpArrow gt lt Do0wnArrow gt Tab Move lt Enter View lt gt S5earch ZESC gt Previous VLAH 2 0x002 l 76 5 5 2 Scrolling Through MAC Addresses To scroll through the list of active MAC addresses
148. elay but without waiting for the periodic cycle FIGURE 5 46 PLANET WGSW 240274 Routing Switch WGSW 2402A Management Advanced Management FTP Hetworking IP amp RIP Settings IP Address FLIER Bee Be IP Subnet Mask 255 255 255 0 Frame Type Ethernet II JBOOTP Disabled Proxy ARP Disabled JRIP Setting Disabled Use Broadcast fMulticast Advertise Routes Advertise Default Route Accept RIP V11 V2 Updates accept Default Route Updates Use Split Horizon Use Poisoned Reverze send Triggered Responses Up rrow gt Downa arrow Hove lt Enter HModitfy lt gt Delete lt ESC gt Previous Review the settings To change a setting highlight it press the Enter key select the desired setting and press Esc To delete a setting highlight the setting and press the hyphen key When a message asks you to confirm the deletion highlight Yes and press Enter to delete it or press Esc or highlight No and press Enter to retain it When you finish press the Esc key until you return to the desired screen 86 5 6 2 ARP Table Setting If you select ARP Table from the IP Networking screen in Figure 5 47 an ARP Table screen similar to the following appears with the ARP table entries that have been already defined or learned FIGURE 5 47 PLAHET WGESW 240274R Routing Switch WGSW 240274 Switch Management Advanced Management TIP Hetworking ARP Table 1203 70 249 4 000967497680 1 0x001 dyna
149. ement Stacking Stacking IP Addresses Up rrow gt lt Down rrow gt Move lt Enter gt Change lt ESC gt Prerious 1 Select VLAN ID and press Enter The VLAN Stack IP Settings screen will appear FIGURE 5 114 A PLANET WGESHW 240748 Routing Switch WGSW 2402A h Management fAdvanced Management Stacking Stacking IP Addresses Pm 5 5 5 5 Vlan ID IP Address Het Mazk Bm 5 RE Ho 4 VLAH 1 0x001 Stack IP Settings o IIP address MS Het Mask PA pi pda a GE Up rrow gt lt Down rrow Hove lt Enter gt Change lt gt Delete lt ESC gt Previous 2 Highlight IP Address column and press Enter The Enter IP Address screen will appear 138 FIGURE 5 115 WGOSW 240278 PLANET WGESHW 2402748 Routing Switch h Management fAdvanced Management Stacking Stacking IP Addresses VLAH 1 0x001 Stack IP Settings IIP Address MMS Het Mask Enter 4 decimal bytes dot separated and press lt EHTER gt lt ESC gt Prerious 3 Type the IP address and Net Mask and press Enter The setting is done FIGURE 5 116 i He A r A OSOS a a PLAHET WGSW 24074 Routing Switch WGSW 2402A h Management Advanced Management Stacking Stacking IP Addresses a SE VLAH 1 0x001 Stack IP Settings l IP Address Hi ic l Het Mask
150. ent File Transferfsend File Via Kermit Po E Transfer File How PA Yez Bie fe lt UVp irrow lt DownArrow gt Move lt Enter gt Select lt ESC gt Prerious 3 Highlight Yes and press Enter to transfer the file now or press the Esc key or highlight No and 197 press Enter to not transfer the file at this time 198 Chapter 6 Web Based Browser Management The Switch provides a Web based browser interface for configuring and managing the Switch This interface allows you to access the Switch using the Web browser of your choice This chapter describes how to use the Switch s Web browser interface to con figure and manage the Switch 6 1 Logging on to the Switch To log on to the Switch 1 In your Web browser specify the IP address of the Switch 2 When the Password Information window in Figure 6 1 appears enter the factory default console 1 name admin or click a console name from the Login ID drop down list FIGURE 6 1 PASSWORD INFORMATION WINDOW Y Password Information Microsoft Intemmet Explorer i Oo x Password Input Login ID admin Password In the Password field the factory default is without password Thus keep it blank or enter a user defined password if you changed the factory default 2 Click the Login button The Basic Setup General parameters in Figure 6 2 appear 199 FIGURE 6 2 Basic SETUP GENERAL PARAMETERS
151. er if you scroll down the screen This mean you can tell the relations between physical port and stack port from this table 5 12 Other Protocols If you highlight Other Protocols from the Advanced Management screen and press the Enter key the Other Protocol Settings screen in Figure 5 118 appears with the GVRP value highlighted 140 FIGURE 5 118 OTHER PROTOCOL SETTINGS SCREEN PLANET WGSW 240248 Routing Switch Switch Management Advanced Management Other Protocol Settings IGVRP EE LIGE Disabled Up rrow gt Down rrow gt Move lt Enter gt HModify lt ESC gt Previous In addition to network management tools that allow network administrators to statically add and delete VLAN member ports the Routing Switch supports GARP VLAN Registration Protocol GVRP GVRP supports the dynamic registration of VLAN port members within a switch and across multiple switches In addition to dynamically updating registration entries within a switch GVRP is used to communicate VLAN registration information to other VLAN aware switches so that members of a VLAN can cover a wide span of switches in a network GVRP allows both VLAN aware workstations and the Switch to issue and revoke VLAN memberships VLAN aware Switches register and propagate VLAN membership to all ports that are part of the active topology of the VLAN 1 To change the GVRP setti
152. er port repeat steps 3 through 12 12 When you finish defining parameters press Esc until you return to the desired screen 5 15 2 2 2 Well Known Port To set well known port settings 1 From the Logical Port menu highlight Well Known Port and press the Enter key The Well Known Port Index menu appears 168 FIGURE 5 149 PLANET WGSW 24024 Routing Switch GS H 2402A4 anagement Advanced Management Qo5 SetupfLogical Port Well Known Up rrow gt Down rrow gt Move lt Enter gt Select lt ESC gt Previous 2 The Well Known Port Index screen works the same way the User Define Port Index Screen works except that the well known port number is pre configured and cannot be changed For more information refer to Section 4 4 19 3 User Defined Port 5 15 2 2 3 Range Port To select a port range 1 From the Logic Port menu press the Down Arrow key to highlight Range Port and then press the Enter key The Range Logic Port screen appears 169 FIGURE 5 150 AZ PLANET WGOSHW 240274 Routing Switch WGSW 2402A tch Management Advanced Management QoS Setup Logical Port Range Range Logical Port Low Port Humber 69708 High Port Humber 7170 Drop Priority Low Transmit Priority T FUp rrow lt Down rrow gt Hove lt Enter gt Modify lt ESC gt Previous 2 To change the low port number press the Enter key with the highlight on Low Port Number When the Low P
153. et is dispatched based on the delay bound algorithm 180 FIGURE 5 166 E ARETES EPT EZ POTES ri PLAHET WGSW 240248 Routing Switch WGOSHW 274074 switch Management Advanced Management QoS Setup Profile Setting Ports Using This Profile 1 2 3 4 5 6 l l Strict Priority Disabled Delay Sensitive Application Enabled O a o e l Profile Hame Default Hame Ol Profile Status Active Profile Bandwidth Partitions BW Partitions Qos with Flow Control Disabled E A A A A P3 Default Hame 08 HA P2 25 0 Default Hame 09 HA P1 25 0 Default Hame 10 HA PO 0 SS SS SS Total 100 To exit menu Total must equal 100 ZESC gt Previous Note Ports Using This Profile Strict Priority Delay Sensitive Application and Profile Status are all read only parameters that cannot be changed 6 To change the setting for QoS flow control setting press the Down Arrow key to select QoS with Flow Control and press the Enter key When the QoS Flow Control screen appears highlight Disabled or Enabled and press the Enter key Your selection appears next to QoS with Flow Control 184 FIGURE 5 167 PLANET WGSW 2402748 Routing Switch WGOSW 24028 Switch Management Advanced Management QoS Setup Profile Setting Ports Using This Profile 1 2 3 4 5 6 I l Strict P
154. eters Other Protocols lets you view and change GVRP and IGMP settings See section 7 10 Configuring GVRP and IGMP Port Trunking lets you assign a range of ports to a trunk groups See section 7 11 Associating Ports to Trunk Groups QoS lets you to configure the Switch to use various Quality of Service QoS parameters See section 7 12 Setting QoS Parameters Stacking lets you enable or disable stacking and select various stacking parameters See section 7 13 Selecting Stacking Settings Port Mirroring lets you mirror one port to another See section 7 14 Port Mirroring 7 1 MAC Address Management To access the MAC address management parameters point to Advanced Setup and point to MAC Address Management The options in Figure 7 2 appear FIGURE 7 2 MAC ADDRESS MANAGEMENT OPTIONS PLANET 2a Pe Pere d ar td Indeliipest Savion ee A oras gant NAS x 1 Eo j 2 ua 1 ta le The MAC Address Management options let you view the Switch from the three perspectives Per VLAN View see section 7 1 7 Per VLAN View Per Port View see section 7 1 2 Per Port View Individual MAC View see section 7 1 3 Individual MAC View These three views allow a network administrator to manage and monitor V
155. etwork Management Station depends on the specific network management application 8 3 2 Bridge Groups Supported The Switch supports the following four groups of Bridge MIB RFC1493 w The dotidBase Group a mandatory group that contains the objects applicable to all types of bridges w The dotidStp Group contains the objects that denote the bridge s state with respect to the 261 Spanning Tree Protocol If a node does not implement the Spanning Tree Protocol this group will not be implemented This group is applicable to any transparent only source route or SRT bridge that implements the Spanning Tree Protocol w The dotidTp Group contains objects that describe the entity s transparent bridging status This group is applicable to transparent operation only and SRT bridges w The dotidStatic Group contains objects that describe the entity s destination address filtering status This group is applicable to any type of bridge which performs destination address filtering w The dotipBridge Group contains objects for managing IEEE 802 1Q VLANs 8 4 PLANET Private MIB PLANET provides an enterprise private MIB file to ease the management of the Switch The MIB file can be found on the MIB directory of bundled CD 262 Appendix A Cable Specifications 20008 Note Please do not use telephone cables Telephone cables do not support Ethernet or Fast Ethernet There are two types of cables
156. ff 155 5 15 1 10 Mapping to IETF Diffserv Classes The mapping between priority classes discussed in this chapter and elsewhere is shown below TABLE 5 6 MAPPING BETWEEN THE SWITCH AND IETF DIFFSERV CLASSES As the table illustrates P7 is used solely for network management NM frames P6 is used for expedited forwarding service EF Classes P2 through P5 correspond to an assured forwarding AF group of size 4 Finally PO and P1 are two best effort BE classes For 10 100 Mbps ports the classes are merged in pairs one class corresponding to NM EF two AF classes and a single BE class Features of the Switch that correspond to the requirements of their associated IETF classes are summarized as the following Network management NM w Global buffer reservation for NM and EF and Expedited forwarding w Shaper for EF traffic on 1 Gbps ports EF w Option of strict priority scheduling w No dropping if admission controlled Assured forwarding AF w Four AF classes for 1 Gbps ports w Configurable bandwidth partition with option of WFQ service w Option of delay bounded service keeps delay under fixed levels even if not admission controlled w Random early discard with configurable levels w Global buffer reservation for each AF class Best effort BE w Two BE classes for 1 Gbps ports w Service only when other queues are idle means that QoS not adversely affected w Random early discard with programmable leve
157. fort performance However in a typical network setting much best effort traffic will indeed be transmitted and with an adequate degree of expediency Because we do not provide any delay assurances for best effort traffic we do not enforce latency by dropping best effort traffic Furthermore because we assume that strict priority traffic is carefully controlled before entering the Switch we do not enforce a fair bandwidth partition by dropping strict priority traffic To summarize dropping to enforce bandwidth or delay does not apply to strict priority or best effort queues The Switch only drop frames from best effort and strict priority queues when global buffer resources become scarce 153 5 15 1 5 Weighted Fair Queuing In some environments for example in an environment in which delay assurances are not required but precise bandwidth partitioning on small time scales is essential WFQ may be preferable to a delay bounded scheduling discipline The Switch provides the user with a WFQ option with the understanding that delay assurances can not be provided if the incoming traffic pattern is uncontrolled In WFQ mode though we do not assure frame latency the Switch still retains a set of dropping rules that helps to prevent congestion and trigger higher level protocol end to end flow control As before when strict priority is combined with WFQ the Switch do not have special dropping rules for the strict priority queues
158. full duplex support for its Fast Ethernet ports Full duplex operation allows frames to be sent and received simultaneously doubling a link s potential data throughput If you will be using the Switch in full duplex mode the maximum UTP cable length is 100 meters 328 feet over Category 5 cable 2 4 2 Desktop or Shelf Mounting To install the Switch on a desktop or shelf simply complete the following steps Step 1 Place the Switch on a desktop or shelf near an AC power source Step 2 Keep enough ventilation space between the Switch and the surrounding objects Note When choosing a location keep in mind the environmental restrictions Please also refer to Chapter 1 section 1 3 product specification for the details Step 3 Connect the Switch to network devices A Connect one end of a standard network cable to the 10 100 RJ 45 ports on the front of the Switch B Connect the other end of the cable to the network devices such as printer servers workstations or routers C Note It is strongly recommended to use the UTP Category 5 network cabling with RJ 45 tips for the network connection For more information please see the Cable Specifications in Appendix A Cable Specifications Step 4 Supply power to the Switch A Connect one end of the power cable to the Switch B Connect the power cube end of the power cable to a standard wall outlet When the Switch receives power the Power LED should remain solid Green 2 4 3 R
159. g to update IP addresses or IP subnets VLANs inherently provide a high level of network security since traffic must pass through a configured Layer 3 link to reach a different VLAN This switch supports the following VLAN features w Upto 128 VLANs based on the IEEE 802 1Q standard w Distributed VLAN learning across multiple switches using explicit or implicit tagging and GVRP protocol w Port overlapping allowing a port to participate in multiple VLANs End stations can belong to multiple VLANs w Passing traffic between VLAN aware and VLAN unaware devices 267 C 1 Assigning Ports to VLANs Before enabling VLANs for the Switch you must first assign each port to the VLAN group s it will participate in By default all ports are assigned to VLAN 1 as untagged ports Add a port as a tagged port that is a port attached to a VLAN aware device if you want it to carry traffic for one or more VLANs and the device at the other end of the link also supports VLANs Then assign the port at the other end of the link to the same VLAN s However if you want a port on this switch to participate in one or more VLANs but the device at the other end of the link does not support VLANs then you must add this port as an untagged port that is a port attached to a VLAN unaware device C 1 1 VLAN Classification When the Switch receives a frame it classifies the frame in one of two ways If the frame is untagged the Switch assigns the frame to
160. gement Advanced Management Qos SetupfPort Configuration Port Port 25 10004 Fixed Drop Prioritr Port 26 1000 Fixed Transmit Prio l 2 port o ME 2 4 Port 10 100M Active Profile 1 Port 3 10 100M a e Port 4 10 f100M Port 5 10 100M Port 6 10 f100M Port 7 10 f100M IviPort 8 10 100M a UpArrowm lt DownArrowMove lt Enter gt Select lt ESC gt Prerious Note Fixed Drop Priority and Fixed Transmit Priority are read only parameters that cannot be changed 4 Press the Esc key until you return to the desired screen 5 15 2 7 Selecting Rate Control Parameters Rate control function allows you to specify the outbound packets number The percentage is based on 100Mbps full speed Only 10 100Mbps ports support rate control function To specify rate control parameters 1 From the QoS screen use the Down Arrow key to highlight Rate Control and then press the Enter key The Rate Control screen appears 186 FIGURE 5 173 4 PLAHET WGSW 24028 Routing Switch WOSW 24024 Switch Management Advanced Management QoS Setup Rate Control Rate Control Disabled l Port Humber eUpArrow gt lt DownArrow gt HMore lt Enter gt Modify lt ESC gt Prerious Use the Down Arrow key to
161. hat a shaper is by definition not work conserving that is it may hold back from sending a packet even if the line is idle Though the Switch does have global resource management it does nothing to prevent this situation locally We assume SP traffic is policed at a prior stage to the Switch 5 15 1 7 Rate Control The Switch provides a rate control function on its 10 100 ports This rate control function applies to the outgoing traffic aggregate on each 10 100 port It provides a way of reducing the outgoing average rate 154 below full wire speed Note that the rate control function does not shape or manipulate any particular traffic class Furthermore though the average rate of the port can be controlled with this function the peak rate will still be full line rate Two traffic types are allowed Streaming and Bursting Bursting restrict its average rate in longer time period so that it have higher peak rate in short time However the average rate of two traffic type is the same Rate control can not use with delay bound Thus all the ports should not use profile with delay sensitive application enabled 5 15 1 8 WRED Drop Threshold Management Support To avoid congestion the Weighted Random Early Detection WRED logic drops packets according to specified parameters The following table summarizes the behavior of the WRED logic TABLE 5 5 WRED DROPPING SCHEME i Gigabit Port Megabit Port High Drop N 2320 N 2160 100 100
162. he Enter key The following screen appears FIGURE 5 140 PLANET WGSW 24024 Routing Switch GS H 2402A4 Switch Management Advanced Management QoS Setup Global Setting Global Setting Qos Status Enabled DiffServ Expedite Forwarding Enabled ToS VLAH Tag Preference VLAH Tag Tos for Amit From Bit 4 2 of Tos Tos for Drop From Bit 4 2 of Tos WRED Drop Priority Settint E E Seeae High Drop Percentage WRED Drop Priority ter PR Level 1 ANS l Low Drop Percentage Level 2 450 0 EEES level 3 100 Up r ron Domn r rowbMovre lt EnterWien Modify lt ESC gt Prerious 162 16 Level 3 remains fixed at 100 To change the percentage for level 1 or 2 highlight Level 1 or Level 2 and press Enter The following options appear FIGURE 5 141 PLAHET WGESW 2402748 Routing Switch Sritch Management Advanced Management QoS Setup Global Setting qq A TEE y Global Setting 16 25 E A A tentotontetententonian 112 5 005 Status Enabled 118 75 Diffserv Expedite Forwarding Enabled 125 0 ToS LAH Tag Preference VLAN Tag 131 253 ToS for mit From Bit 4 2 of Tos 137 5 l Tos for Drop From Bit 4 2 of Tos 143 75 WRED Drop Priority Settin 150 0 SS SS SS High Drop Perc r 56 25 WRED Drop Priority F as22225 4 32 p
163. he middle let you map ports as tagged ports or delete ports The two buttons at the right let you map ports as forbidden ports or delete ports Note You cannot map a port to more than one port type FIGURE 7 35 24g Fae Erne Sendo geal Sacre a E os 2 Bia iJ w VLAN 100 Marketing Setting Add Untegged Por Add Tagged Pon Add Forbidden Pon Del Untagged Fost Del Tagged Por Dei Forbidden Pad Switch Ports Propenies 7 The following figure shows an example of defining port types 239 FIGURE 7 36 ay Add Untagged Ports Microsoft Intemet Explorer lolx VLAN 100 Marketing Add Untagged a Untagged Ports r r e e x 6 E Fort 8 5 Port 9 9 Port 10 10 Port 11 11 Port 12 12 Fort 13 3 Port 14 14 Port 15 15 Port 16 16 Port 17 17 ao0o00000000a2 Port 18 18 8 Click the Add button A window similar to the following appears showing the ports you added 240 FIGURE 7 37 F PLANET As TEE 22 parti Fast Eileri 2d inteigeot Farrel File Diit isetup rl e JF m A a a i s P gt EE E Er 1 m a i E p E 3 f r pS SSS ae VLAN 100 Marketing Setting Add Untagged Pot Add Tagged Port aid Forbidden Pot _ Del Untagged Port Del Tagged Port Del FobiddenPot Switch Ports Properties Fort 4 4 Untagged 5 5 Wntagged Fort 6 6 Untagged Fort 7 7 Untegaed Fo as 9 Click
164. he selected port appears Note Gigabit port does not support Rate Control function 188 FIGURE 5 176 PLAHET WGSW 24028 Routing Switch WOSW 240278 agement Advanced Management QoS SetupfRate ControlfRate Control Rate Control D Port 26 100 Average Rate MTR l Port Humber fi Port 1 10 10 Traffic Type Streaming a A 4652S ge ee a Ry 2 2 Port 3 10 100 Port 4 10f100M Port 5 10 100M Port 6 10 100M Port 7 10f100M v Port 8 10 100HM PA Up rrow gt lt Down rrow gt Move lt Enter gt HModity lt ESC gt Prerious 6 To change the average rate setting press the Enter key The Average Rate screen appears PLAHET WGSW 2402A Routing Switch WGOSW 740278 agement advanced Management Qo5 SetupfRate ControlfRate Control E Port 25 100 Rate Control D Port 26 100 Average Fate 10 Port Humber fj Port 1 10 10 Traffic Type 120 PSSS SS SS IIA A 130 Port 3 10f100M 140 Port 4 10f100M 150 Port 5 10 f100M 160 Port 6 107100 170 Port 7 10 100HM 180 v Port 8 10f100M 190 Po ECC y Up rrow gt lt Down rrow gt Move lt Enter gt Select lt ESC gt Prerious 7 Highlight the desired rate and
165. highlight Rate Control and press the Enter key The Rate Control Status screen appears FIGURE 5 174 PLAHET WGSW 24028 Routing Switch WOSW 240278 Switch Management Advanced Management Qo5 SetupfRate Control Rate Control Port Humber ps O See Rate Control Status EEE Enabled lt ESC gt Previous Highlight the desired setting then press the Enter key Your selection appears next to Rate Control in the Rate Control screen 187 Note To enable Rate Control function all the ports MUST NOT use profile with Delay Sensitive Application enabled 4 To change the port number setting press the Down Arrow key to highlight Port Number then press Enter The Port Number screen appears FIGURE 5 175 PLANET WGOSW 24024 Routing Switch WGOSW 24028 Switch Management Advanced Management QoS Setup Rate Control Rate Control PAS SS O o o oa a 15017404 A A Rate Control D Port 26 1000H Port Humber Port 1 10 100H E Port 2 10 100H Port 3 10 100H Port 4 10 100H Port 5 10 100H Port 6 10 100H Port 7 10 100H Jv Port 8 10 100H A A A A A 5 5 Up rrow gt Down rrow gt Move lt Enter gt Select lt ESC gt Prerious 5 Highlight the desired port number then press Enter A screen showing the average rate and traffic type settings for t
166. ibed under Section Section 4 3 5 3 Hiding or Displaying the Port Column 5 9 3 Spanning Tree Path Costs Spanning tree path cost is used by the STA algorithm that to determine the best path between devices Therefore lower values should be assigned to ports attached to faster media and higher values assigned to ports with slower media Path cost takes precedence over port priority The default and recommended range is Ethernet 100 50 600 Fast Ethernet 19 10 60 Gigabit Ethernet 4 3 10 The full range is 0 65535 If you highlight Spanning Tree Path Costs in the Spanning Tree Protocol screen and press the Enter key a Spanning Tree Path Costs screen similar to the following appears 118 FIGURE 5 90 PLANET Y65H 24024 Routing Switch WOSW 24028 Switch Management Advanced Management Spanning Tree Protocol M11 Ports Port 25 H l Port 26 4 l Port 1 19 l Port 2 19 l Port 3 19 l Port 4 19 l Port 5 19 Port 6 19 Port 7 19 Port 8 19 Port 9 19 jviPort 10 19 UpArrow gt lt DownArrow gt Move lt EnterHodify lt L gt Switch lt ESC gt Previous To change the costs in the Spanning Tree Path Costs screen 1 Use the Up Arrow and Down Arrow keys to highlight the port whose Spanning Tree path costs you want to change or highlight All Ports 2 Press the Enter key The Enter Path Cost screen appears FIGUR
167. ide it press the L key To redisplay it press the L key again 4 3 2 3 Displaying a Physical Port Address The following procedure describes how to display a physical port address 1 From the LAN Port Configurations screen highlight Physical Address and press the Enter key A screen similar to the following appears Note This screen also lets you use the L key to toggle the Port column as described under Section 4 3 2 2 Hiding or Displaying the Port Column 87 Figure 4 20 PLANET WGOSW 240274 Routing Switch WOSW 24074 fBasic Management LAH Port Configurations Physical Port Address Port 25 100040 MEP Port 26 1000M 00304F234567 Port 10 100M 00304F234567 Port 10 100 00304F234567 Port 10 100M 00304F234567 Port 10 100M 00304F234567 Port 10 1005 00304F234567 Port 10 100M 00304F234567 Port 10 100M 00304F234567 Port 10 100M 00304F234567 Port 10 100M 00304F234567 Port 10 10 1005 00304F234567 Port 11 10 1005 00304F234567 y Port 12 10 100M 00304F234567 DA oh Aa QA lt UpArrow lt DownArrors Move lt L Switch ZESC gt Previouz 2 Use the Up Arrow and Down Arrow keys to scroll up and down the list 3 When you finish press the Esc key to return to the LAN Port Configurations screen 4 3 2 4 Returning to the Basic Management Screen After completing the LAN port configuration activities press the Esc key to exit the LAN Port Configurations screen a
168. igurations Line Speed Flow Control FIGURE 4 15 GS H 2402A4 Port 25 100M FR ASA AS A ma a Down Port 26 100M FX Speed 100M FD Fc On Down Port 1 10 1005 Speed Auto FC On 100M FD Fc On Port 2 10f100HM Speed Auto FC On Down Port 3 10 100M Speed Auto FC On Down Port 4 10 100HM Speed Auto FC On Down Port 5 10 100M Speed Auto FC On Down Port 6 10f100M Speed Auto FC On Down Port 7 10 100HM Speed Auto FC On Down Port 8 10 100M Speed Auto FC On Down Port 9 10 100M Speed Auto FC On Down Port 10 10 100M Speed Auto FC On Down Port 11 10 100M Speed Auto FC On Down v Port 12 10 1005 Speed Auto FC On 100M FD Fc On pa ss a o ee eS lt ESC gt Previous 2 To configure an individual port highlight the port and press the Enter key The Speed amp Flow Cntl Options screen appears with the parameters for the port you selected FIGURE 4 16 PORT SETTING OPTIONS PLANET WGSW 2402A Routing Switch ic Management LAH Port Configurations Line Speed Flow Control WGOSW 24028 Port 25 100M FX Port 26 100M FX sSpeed 100Hf FD FC otff ais 100M FD Fc On Mispeed amp Flow Control f 3 To change the line speed setting a Press Enter with the Line Speed value highlighted The following Speed Options menu appears 34 l l Port 1 10 1000 PEREAS
169. ing decision Note Before you can define a VLAN s IP settings you must first create a VLAN as described under Creating a New VLAN 84 FIGURE 5 45 PLAHET WGSW 24078 Routing Switch WGSH 2402A Management Advanced Management TIP Hetworking IP amp RIP Settings 203 70 249 159 255 255 255 0 Disabled UpArrow lt DowmnArrowMove lt Enter gt View Hodity lt ESC gt Previous To modify the settings shown 1 Use the Down Arrow key to highlight the row that contains the parameters you want to change and then press Enter A screen similar to the following appears with the highlight in the IP Address field The available options are W W W W IP Address The IP address of the Switch for this VLAN IP Subnet Mask The subnet mask of the IP Frame Type Either Ethernet Il or Ethernet SNAP Default is Ethernet II BOOTP Specify how the IP address of the Switch for this VLAN is assigned Default is None for manually configuring You can also specify BOOTP or DHCP to get IP address Please note that you should setup a BOOTP server or DHCP server on this VLAN network Proxy ARP When a node in the attached subnetwork does not have routing or a default gateway configured ARP Proxy can be used to forward an ARP request to a remote subnetwork When the Switch receives an ARP request for a remote network and ARP Proxy is enabled it determines if it has the best route to the remote network and then answers the A
170. ing store and forward switching However if you have devices in separate VLANs that must communicate and it is not practical to include these devices in a common VLAN then the VLANs can be connected via Layer 3 routing provided by this switch Traditional routers use only physical port numbers in their routing tables which provides no support for VLANs By contrast this device supports Layer 3 routing by using both logical and physical port numbers to support VLANs and Layer 3 switching simultaneously By using the abstraction of a logical port number to represent a collection of physical switch ports in the same VLAN Layer 3 switching can occur from one VLAN to another transparently without changing the routing protocol and IP routing software while Layer 2 switching is still used for intra VLAN traffic The Switch uses standard routing tables that are constructed via static configuration or dynamic routing protocols such as RIP Each routing entry consists of a network address that is an IP address with a subnet mask and a virtual interface number Each virtual interface corresponds to a virtual LAN 270 identified by the VLAN ID Also note that multiple routing entries can be provided for the same virtual interface by adding the required routing table entries for the same virtual interface A simple VLAN configuration that supports routing is shown below FIGURE C 2 VLANS CONNECTED VIA IP ROUTING lt Network gt lt Virtual I
171. ings Port 1 untagged untagged untagged untagged l Port 2 Port 3 Port 4 Port 5 untagged Port 6 Port Tf 5 Port l untagged untagged untagged de a a ya oa a lt Upa rrow gt lt Down rrow gt lt Tab gt Move lt gt Add lt gt Delete lt ESC gt Prerious 3 VLAN 200 consist port 1 to port 5 as untagged port FIG D 3 VLAN 200 MEMBER PORT PLANET WGSW 24028 Routing Switch WGSW 240274 VLAH amp PYID Perspective s VLAH 200 0x0C8 WorkgroupA Settings 4 Switch Ports Properties a nS Sg SN A Mort 1 untagged ii Port 2 untagged Port 3 untagged Port 4 untagged Port 5 untagged 4 lt Up arrow gt Downd rrow gt lt Tab gt Movre lt gt 8dd lt gt Delete lt ESC gt Prerious 4 VLAN 300 consist port 1 2 and 6 8 as untagged port 2 3 FIG D 4 VLAN 300 MEMBER PORT PLANET WGSW 240748 Routing Switch WGSW 24078 VLAH amp PYID Perspective VLAH 300 0x120 HorkgroupB Settings Port i untagged Port untagged Port untagged 2 6 7 5 lt Vp rrow gt lt Down rrow gt lt Tab Move lt gt Add lt gt Delete lt ESC gt Prerious 5 On the PVID settings configure port 1 and port 2 s PVID to 100 port 3 to port 5 s PVID to 200 and port 6 to port 7 s PVID to 300 Fic D 5 PVID CONFIGURATION PLAHET WGSW
172. itch GS H 2402A nced Management Static Filtering MAC Address In Filters Port 4 Port 1 I 1 l Fo o UpArrow lt Down rrowsMove lt gt Add lt gt Delete lt s gt Search ESC gt Previous 3 From this screen you can Hold down the Shift key and press to add a specific MAC address to be filtered Press hyphen to delete a specific MAC address from being filtered There is no precautionary message that appears before you delete a MAC address Therefore be sure you want to delete the address before doing so Press S to search through the list of in filter MAC addresses in the static filtering database The Static filtering database maximum capacity is 64 4 When you finish press the Esc key until you return to the desired screen 5 9 Spanning Tree Functions If you select Spanning Tree from the Advanced Management screen the Spanning Tree Protocol screen in Figure 5 81 appears 2440 FIGURE 5 81 SPANNING TREE PROTOCOL SCREEN e PLANET WGSW 240748 Routing Switch WGSW 2402A Switch Management Advanced Management Spanning Tree Protocol a Rec em oe Spanning Tree Protocol A A A A a A A a a a a ramine reee conato l Spanning Tree Port States Spanning Tree Path Costs i Spanning Tree Port Priorities Ss ec p Up Arrow gt Down rrow gt Move lt Enter gt Select lt ESC gt Prerious 5
173. ity queue two delay bounded queues and one best effort queue The delay bounds per class are 3 2 ms for P2 and 12 8 ms for P1 If the user is to choose this configuration it is important that P3 SP traffic be either policed or implicitly bounded e g if the incoming P3 traffic is very light and predictably patterned Strict priority traffic if not admission controlled at a prior stage to the Switch can have an adverse effect on all other classes performance For a 1 Gbps port P7 and P6 are both SP classes and P7 has strict priority over P6 In this case the delay bounds per class are 0 32 ms for P5 0 64 ms for P4 1 28 ms for P3 and 2 56 ms for P2 The third profile mode for a 10 100 Mbps port contains one strict priority queue and three queues receiving a bandwidth partition via WFQ As in the second configuration strict priority traffic needs to be carefully controlled 152 In the fourth profile mode all queues are served using a WFQ service discipline 5 15 1 3 Delay Bound In the absence of a sophisticated QoS server and signaling protocol the Switch may not know the mix of incoming traffic ahead of time To cope with this uncertainty the delay assurance algorithm dynamically adjusts its scheduling and dropping criteria guided by the queue occupancies and the due dates of their head of line HOL frames As a result we assure latency bounds for all admitted frames with high confidence even in the presence of system
174. k configuration and can be executed for its management functions through the console telnet and the web SNMP MIBII Bridge MIB RMON groups 1 2 3 9 and enterprise private MIB are also supported to get the maximum management functionality The standard IEEE 802 1Q with VLAN tagging feature makes logically separating nodes easier with up to 128 VLAN groups allowed on the WGSW switch IGMP snooping is provided to prevent flooding of IP multicast traffic Port security and MAC addresses filtering are also included as a standard feature to enhance overall network access security 8 priority queues on Gigabit port and 4 on 10 100port are provided with versatile scheduling methods including delay bound strict priority WFQ and best effort This ensures critical applications get the bandwidth and priority they need Rate control is also supported to allow bandwidth allocation based on ports Throughout this user s manual the Intelligent Gigabit Ethernet Switch WGSW 404 and WGSW 2402A will be referred to as the Managed Switch or the Switch or WGSW 1 1 Package Contents The package contains the following C E G GG G C One Intelligent Gigabit Ethernet Switch One Power Cord Rack Mounting Brackets One Serial Console Cable User s manual CD Quick Installation Guide lf any of these pieces are missing or damaged please contact your dealer immediately if possible retain the carton including the original packing material and use
175. l Spanning Tree Perspective r nae Other Protocols Port Trunking Pert Mirroring Gtacking The IP networking options are IP and RIP settings see section 7 2 1 IP and RIP Settings Default gateway see section 7 2 2 Default Gateway Routing table this page only show manually added routing table ARP table see section 7 2 2 3 ARP Table DHCP gateway settings see section 7 2 2 4 DHCP Gateway Settings 7 2 1 IP and RIP Settings To access IP and RIP settings 1 Point to Advanced Setup point to IP Networking and click IP amp RIP Settings A list of VLAN IDs appears along with their corresponding IP address and subnet mask see the figure below 220 FIGURE 7 10 PLANET AA mil aos Jaeger Fae Erne Soot Intolbgeal Saari 3 ae Shi deh Adrcrtad de Tap y y W 1 ae sy A z gt s i z 7 fr e LA a Advanced Setup Hetworkiny1P Hatworks VLAN ID IP Address Sube Mask Proxy ARP RIP 208 70 248 169 255 765 2650 Disabled Dis abbes 2 Under VLAN ID click a VLAN ID whose settings you want to view and or change An IP Setting window similar to the following appears FIGURE 7 11 Upata Eating VLAN 1 IP Settings IP Address bo370248159 Dele IP Subn Mask AS Frame Type Ethemet E BOOTR Disable Prony ARP Dicabe RIP Sating Disable Lise Eraadcast Multicast SS Adretise Roles Advedioe Default Route A
176. l character oriented menu driven user interface for performing system administration such as displaying statistics or changing option settings Using this method you can view the administration console from a terminal personal computer Apple Macintosh or workstation connected to the Switch s console serial port There are two ways to use this management method via direct access or modem port access The following sections describe these methods For more information about using the console refer to Chapter 4 Menu Driven Console Management 3 1 2 Direct Access Direct access to the administration console is achieved by directly connecting a terminal or a PC equipped with a terminal emulation program such as HyperTerminal to the Switch console serial port When using this management method a null modem cable is required to connect the Switch to the PC After making this connection configure the terminal emulation program to use the following parameters The default parameters are 115 200 bps 8 data bits No parity 1 stop bit You can change these settings if desired after you log on This management method is often preferred because you can remain connected and monitor the system during system reboots Also certain error messages are sent to the serial port regardless of the interface through which the associated action was initiated A Macintosh or PC attachment can use any terminal emulation program for connec
177. l IP address Protocol Indicates one of the following Local A manually configured routing entry Oo NetMgmt A routing entry set via SNMP ICMP A routing entry obtained via ICMP redirect Rip A routing entry learned via the RIP protocol Other A protocol other than one of the other four listed above From the Routing Table screen you can Add entries to the Routing table See section 5 6 3 1 Adding Routing Table Entries Delete entries from the Routing table See section 5 6 3 2 Deleting Routing Table Entries Search for entries in the Routing table See section 5 6 3 3 Searching for Routing Table Entries 5 6 3 1 Adding Routing Table Entries To add entries to the Routing table 1 From the Routing Table screen hold down the Shift key and press The Route Options screen appears FIGURE 5 54 PLAHET WGESW 274078R Routing Switch WGSW 2407R itch Management fAdvanced Management FTP Hetworking Routing Table 0 0 0 0 0 Remote 0 0 0 0 233 0 0 0 0 0 0 0 1 Martian Local 1127 0 0 0 233 0 0 0 0 0 0 0 1 Martian Local 1192 168 1 0 255 255 255 0 192 168 1 10 16 Ox014 Direct Local 1192 166 1 0 255 255 255 255 192 166 1 255 16 0x014 Martian Local 1192 166 1 10 255 255 255 255 192 166 1 10 16 0x014 Other Other 192 166 1 10 255 255 255 255 192 166 1 10 16 Ox014 Myself Local 1192 168 1 255 255 255 255 255 192 166 1 255 16 0014 Beast Local 1192 166 2 0 255 255 255
178. l Mo of Broad asi Packets Fle cog acl 12S Total No of RSC gnenaart Eros Fac avin 55198 Tota Mo of Vindersize Packets Poco LE Total Mo of Oversize Packets Recemed 25 Total No of Collisions 4057 Total No of 64 byte Packets Pac ped 1023105 Total No of BS lo 127 byle Packets Recened 15575548 Total No of 128 to 255 byte Packets Recemed 82065 Total No of 225 to 51 1 byte Packets Recehed 21104 Total No 01512 to 1005 brte Packets Farena 15554 Total No of 1 0 to 1 5 kbyte Fackels Fecemtl Baa Total No of Bytes Trams rt ed 22000035 Total No of Unicast Packets Transmitied AOS Total No of Mullicars t Packets Transmitted 43208 Note The information displayed in this window is automatically updated every 15 seconds without requiring you to refresh the window 7 4 Bridging To access bridging parameters point to Advanced Setup and click Bridging A list of ports similar to the one in Figure 5 39 appears 228 FIGURE 7 18 BRIDGING PARAMETERS A Fas Perret A Indetipent Seen b PLANET P Jat iane Fil DSi iani Bove bets Advanced Setup Bridging Dadra Satine gig Cipdicnes Sel Aci Tame Aging Time seconds 300 Flood Lira Unlimited Flooding Flood Lima foe All porns packhelstser 1 Use the top drop down list to disable aging or to set an aging time set Aging Time dl Aging Options Disabled No Aqinc set Aging Time If you enable aging use the Aging Time field to specify an aging time 3 U
179. led Preferred Server 1 3S SS UpArrow gt lt DownArrow Move lt Enter gt Select lt ESC gt Previous 5 Highlight Enabled and press Enter to enable the DHCP gateway 6 Press the Down Arrow key and press Enter to configure the maximum number of hops When the following screen appears type a decimal number and press Enter 98 FIGURE 5 63 PLAHET WGSW 24028 Routing Switch WOSW 24028 agement Advanced Management IP Hetworking DHCP Gateway Settings IVLAH ID 1 0x001 l IP Address 203 70 249 159 l ll E A A DHCP Gateway Enabled Enter Maximum Hops Haximum Hopes A Ha A A A tooo Delay sec D Preferred Server He A A A A Preferred Server Preferred Server Preferred Server Sm 5 5 5 5 Enter decimal number 1 16 and press lt EHTER lt ESC gt Previous 7 Press the Down Arrow key and press Enter to configure the delay When the following screen appears type the delay in seconds and press Enter FIGURE 5 64 A A A PLAHET WGSW 2402A Routing Switch WESW 2402A agement Advanced Management IP Hetworking DHCP Gateway Settings VLAN ID 1 0x001 IP Address 203 770 249 159 l Sm 5 5 5 DHCP Gateway Settings LM E a DHCP Gateway Enabled Enter Delay sec Maximum Hops
180. ll automatically place the receiving port in the specified VLANs and then forward the message to all other ports When the message arrives at another switch that supports GVRP it will also place the receiving port in the specified VLANs and pass the message on to all other ports VLAN requirements are propagated in this way throughout the network This allows GVRP compliant devices to be automatically configured for VLAN groups based solely on endstation requests C 2 Forwarding Tagged Untagged Frames Ports can be assigned to multiple tagged or untagged VLANs Each port on the Switch is therefore capable of passing tagged or untagged frames To forward a frame from a VLAN aware device to a VLAN unaware device the Switch first decides where to forward the frame and then strips off the VLAN tag However to forward a frame from a VLAN unaware device to a VLAN aware device the Switch first decides where to forward the frame and then inserts a VLAN tag reflecting this port s default VID The default PVID is VLAN 1 for all ports but this can be changed 269 FIGURE C 1 VLAN SAMPLE APPLICATION VLAN aware VLAN aware switch switch VLAH 1 2 VLAN 1 3 802 10 tags 802 10 tags VLAN aware switch trinlk VLAH 1 2 5 802 10 tags VLAN aware switch VLAN 1 2 3 202 10 tags VLAN 1 3 untagged VLAN aware VLAN aware switch switch C 3 Connecting VLAN Groups The Switch supports communication within a common VLAN us
181. ls 156 w Traffic from flow control enabled ports automatically classified as BE 5 15 2 Configure QoS parameter Using QoS Setup from the Advanced Management screen you can configure the Switch to use various Quality of Service QoS parameters 1 From the Advanced Management screen highlight QoS Setup and press the Enter key The QoS menu appears FIGURE 5 132 Global Setting Logical Port LAH Tos Profile Port Configuration Rate Control Upirrow gt lt DbownA rrow gt Hove lt Enter gt S5elect lt ESC gt Previous 2 Refer to the appropriate section for information about setting the QoS parameters in the QoS menu For global settings refer to Section 5 15 2 1 Setting Global Settings For TCP UDP logical port parameters refer to Section 5 15 2 2 Specifying TCP UDP Logical Port Settings For QoS parameters refer to Section 5 15 2 3 Specifying the ToS Priority For QoS scheduling algorithm parameters refer to Section 5 15 2 4 Selecting a QoS Profile For port configuration parameters refer to Section 5 15 2 5 Specifying the Port Configuration 157 For rate control parameters refer to Section 5 15 2 6 Rate Control 5 15 2 1 Setting Global Settings To set global settings 1 From the QoS menu highlight Global Settings and press the Enter key The Global Setting menu appears FIGU
182. mic 203 70 249 53 00304FOB3CES 1 0x001 dynamic E UVUpArrom lt Dowmn rrow gt Move lt gt 4dd lt gt Delete lt gt S5earch lt ESC gt Previous From this screen you can Add static entries to the ARP table See section 5 6 2 1 Adding Static ARP Table Entries Delete static entries from the ARP table See section 5 6 2 2 Deleting Static ARP Table Entries Search for entries in the ARP table See section 5 6 2 3 Searching for ARP Table Entries 5 6 2 1 Adding Static ARP Table Entries To add static entries to the ARP table 1 From the ARP Table screen hold down the Shift key and press The Static ARP Specifications screen appears with the highlight in the Internet Address field 87 PLAHET WGESHW 2402748 Routing Switch Switch Management Advanced Management IP Hetworking ARP Table WGOSW 240278 M5 1203 70 249 4 000967497680 1 0x001 dynamic 1203 70 249 53 00304FO0B3C0BES5 1 0x001 dynamic E A 5 po A A o s Static ARP Specifications e Internet Address Fi Phyvsical Address 4 Up rrow gt Down rrow gt Move lt Enter gt Hodify lt gt Delete lt ESC gt Previous 2 Press the Enter key The Enter Internet Address screen appears FIGURE 5 49 A 5 ee PLANET WGSW 240248 Routing Switch Switch Management Advanced Management IP Hetworking ARP Table WGOSW 240278
183. n Down Port 11 10f100M Speed Auto FC On Down IviPort 12 10 100M Speed Auto FC On 100M FD FC On 4 5 ee ee VUpi rrow lt Down rrowHove lt Enter Modify lt ESC gt Prerious b Highlight the line speed option you want to select for the port Auto allows the Switch to automatically ascertain the line soeed and duplex mode All the other selections force the Switch to use a specific line soeed and duplex mode Note In the Speed Options screen HD denotes half duplex and FD denotes full duplex In addition 1000M fiber ports have only Auto and 1000M FD as selections while 1000M copper ports have Auto 1000M FD 100M FD and 10M FD options c Press Esc You return to the Speed amp Flow Cnt Options screen and the line speed setting you selected appears next to Line Speed 4 To configure the flow control for this port a Press the Down Arrow key to highlight Flow Control and press Enter The Flow Cnt Options screen appears 35 FIGURE 4 18 FLOW CONTROL PLAHET WGSW 240274 Routing Switch ic Management LAH Port Configurations Line Speed amp Flow Control WOSW 240248 Port 25 100M FX Speed 100M FD FC off Port 26 100M FX Speed 100H FD Fc On Line Speed Auto Port 1 10 100M EXERT ee Flow Control i 1 Port 2 10 100H Speed Auto Fc n Ff gt gt gt Port 3 10 100HM Spe
184. n Enros Enable Famole Telnet Login Enab The Basic Setup General parameters have the following read only fields Hardware Revision shows the revision of the Switch s hardware Hardware Configuration shows the Switch s hardware configuration Software Revision shows the revision of the Switch s software Below these fields are two text boxes and three drop down lists where you can specify the following information 1 To change the system name click in System Name and replace the current name shown with a new one 2 To change the location name click in Location and enter a location name 3 To enable or disable statistics collection at the Switch click the appropriate option from the Statistic Collection drop down list 4 To allow or prevent the Switch from rebooting when a fatal error is detected click the appropriate option from the Reboot On Error dropdown list 5 To enable or disable access to the Switch management program via Telnet click the appropriate option from the Remote Telnet Login drop down list 6 Click the Update Setting button to save your settings 204 6 4 2 Configuring LAN Ports To access the LAN configuration parameters point to Basic Setup and point to LAN Ports The options in Figure 6 8 appear FIGURE 6 8 LAN PORT OPTIONS F PLANET WG SA ZA DA A F asi Liere 2 F Inieihipeni Smii E rep I SEES EES er re riihi Contole Port
185. n MAC Address Out Filters HAC Address In Filters Up Arrow gt lt Down irrow Move lt Enter gt View Hodify lt ESC gt Prerious From the Static Filtering screen you can select source and destination MAC address out filters described below or MAC address in filters for static filtering by highlighting one of these options and pressing the Enter key 5 8 1 Source MAC Address and Destination MAC Address Out Filters To access source or destination MAC addresses use the following procedure 1 To access source MAC addresses select Source MAC Address Out Filters and press Enter When the SRC MAC Out Filter screen shown on the following page appears go to step 3 107 FIGURE 5 77 PLAHET WGSW 24024 Routing Switch WOSW 240278 agement Advanced Management Static Filtering SEC MAC Out Filter SEC HAC Dut Filter l l l Up rrow gt Downd rrow gt Move lt Add lt gt Delete lt s gt Search lt ESC gt Previous 2 To access destination MAC addresses select Destination MAC Address Out Filters and press Enter The DST MAC Out Filter screen appears FIGURE 5 78 PLANET WGOSW 240248 Routing Switch WGOSW 24078 agement fAdvanced Management Static Filtering DST MAC Out Filter DST HAC Out Filter 4 I l 4 eU
186. nd return to the Basic Management screen Select another option from the Basic Management screen or press Esc to return to the Switch Management screen 4 3 3 Console Port Configuration lf you select Console Port from the Basic Management screen the Console Port Configurations screen in Figure 4 21 appears with the Baud Rate value highlighted 38 FIGURE 4 21 CONSOLE PORT CONFIGURATIONS SCREEN PLAHET WGSW 24078R Routing Switch WGOSW 7407A8 Switch Management Basic Management Console Port Configurations Baud Rate IRB Flow Control Disabled Hodem Control Disabled Modem Setup String ATAF EO Ll amp C1 S0 1 amp D SLIEP Disabled SLIP Address SLIP Subnet Mask eUpArrow gt lt DownArrowsHMove lt Enter gt Modify lt ESC gt Prerious Use the procedures in the following sections to configure the Console Port Configuration options for one or more ports To change the console baud rate see section 4 3 3 1 Changing the Console Baud Rate To change the console flow control setting see section 4 3 3 2 Selecting a Flow Control Method To enable or disable a console modem connection see section 4 3 3 3 Enabling or Disabling Modem Control Options To specify a modem setup string see section 4 3 3 4 Specifying a Modem Setup String To enable or disable SLIP see section 4 3 3 5 Enabling or Disabling SLIP To specify a SLIP address see section 4 3 3 6
187. ne User Defined Port IndeXx aaa at a a Port Humber a0 IC drop Priority Low l l I I 1 Transmit Priority 7 l 2 Port Status Enabled I 3 a A I 4 115 6 e gt 5 7 Port Humber Ps SS RSS HS an ie a Enter decimal number 1 65535 and press lt EHTER gt lt ESC gt Prerious 3 Type a port number in decimal notation and press the Enter key The port number you typed appears next to Port Number 4 Press the Down Arrow key to highlight Drop Priority and then press the Enter key The Drop Priority menu appears FIGURE 5 146 ee SSS SSS RSS gt 252525 SS SS SS SS SS SS SS SS eS ER PLAHET WGESHW 240274 Routing Switch Y65N 2402A nagement Advanced Management Dos Setup Logical Port User Define E a a aa User Defined Port 0 User Defined Port Index t PO O A Port Humber 60 IE re Priority By I 121 Transmit Priority F I 2 Port Status Enabled I 3 Sa a a ad l 4 iS a i Ea E 4 Drop Priority 1 6 NS SAS US E as a we 117 l O p ar High Po Upd rrow gt lt DownArrow gt Move lt Enter gt Select lt ESC gt Previous 5 Highlight whether the drop priority should be low or high and then press the Enter key Your 166 selection appears next to Drop Priority 6 Press the Down Arr
188. ne or recoMna data at 100 Mbps o w yw fata So Mbps oS Onen Sending or receMno data at 10 Mbps Lights green to indicate that the port is operating in full duplex mode EA GOL ANO Blinks orange periodically to indicate that the connection is experiencing collisions At Green Lights to indicate that the connection is acting TABLE 2 10 WGSW C1SX Status LEDs WGSW C1SX G Lights to indicate that receiver of fibre port is in reen Ps normal optical input levels Lights to indicate that the connection is acting Lights to indicate that the port is operating at FDX COL Yellow full duplex This port does not support half duplex 2 3 2 100Base FX Expansion Module Figure 2 5 show that front panel of 100Base FX expansion module Table 2 7 show that modules status LEDs 11 FIGURE 2 7 100BASE FX EXPANSION MODULE WGSW C1ST Module Status LEDs WGSW C1SC Module Status LEDs 100Mbps 100Base FX 100Mbps _ 100Base FX Cac gt A One a asma FDX COL _ FDX COL _ wosw cist IX RX wasw cisc X RX TABLE 2 11 100BASE FX MODULE STATUS LEDS WGSW C1SC WGSW C1ST Fea O TS Lights to indicate that receiver of fibre port is in normal optical input levels Lights to indicate that the connection is acting Lights to indicate that the port is operating at full duplex FDX COL Yellow Blinks orange periodically to indicate that the
189. neral Hardware Revision 30000 Rer 1 Hardware Configuration elm 324 rom Software Revision v3 0 Jun 04 2002 10 42 47 Firmare Revision Ho Firmrare E es I system Hame TGSH 2402A l Contact Location admin Passwor guest Passvor Reenter Hew Password Statistics tCo Reboot On Err _ Remote Telnet Remote HTTP Login Enabled Enter text and press lt EHTER gt ZESC gt Previouz 6 Reenter the new password you typed in step 4 and press Enter The Password changed message appears confirming that the new password is in effect 7 Press Enter to remove the message and return to the General screen The admin password appears as asterisks in the admin Password field Note If the confirmation message does not appear you may have typed the new password differently in steps 4 and 6 In this case your new password did not take effect Repeat this procedure making sure to type the same new password in steps 4 and 6 It is recommended to change the password and keep the new password in a safe place for a secured management 4 3 1 4 Changing the Guest Password To change the guest password 1 Use the Down Arrow key to highlight guest Password and press the Enter key The Enter New Password screen appears 27 FIGURE 4 9 ENTER NEW PASSWORD PLAHET WGSW 2402A Routing
190. neral LAN port and console port activities See section 6 4 Performing Basic Setup Activities Advanced Setup lets you perform MAC address management IP networking per port Statistics bridging static MAC filters IP multicast group VLAN perspective Spanning Tree perspective SNMP other protocols port trunking port mirroring and stacking tasks See Chapter 7 Performing Advanced Setup Activities In addition you can click the RJ 45 connectors on the Switch shown in your browser to view the Switch s current speed duplex and activity status Below the image of the Switch are the Basic Setup General parameters These parameters can also be displayed by pointing to Basic Setup on the image of the Switch and clicking General For more information about these parameters see section 6 4 1 General Management Configuration 6 3 Performing File Activities Pointing to File on the image of the Switch displays the menu options shown in Figure 5 4 FIGURE 6 4 FILE OPTIONS PLANET WEI ea A A 2 fof Intelioen ich Fil Essig met ad sad Ip T ia rs s e e vai p i ii i hill gt Og m e A h Bave Setting aj Receive File Via TFTP Reboot This menu has the following options Save Setting lets you save your configuration settings When you click this option a message asks whether you want to save the settings Click OK to save them or Cancel to not save them Receive File Via TFTP lets you receiv
191. ng are met Warm start Authentication failure Cold start Rising alarm Link up Falling alarm Link down Topology change MIB 2 defines a set of manageable objects in various layers of the TCP IP protocol suites MIB 2 covers all manageable objects from layer 1 to layer 4 and as a result is the major SNMP MIB supported by all vendors in the networking industry The Switch supports a complete implementation of SNMP Agent and MIB 2 8 3 RMON MIB RFC 1757 and Bridge MIB RFC 1493 RMON is an abbreviation for the Remote Monitoring MIB Management Information Base RMON is a system defined by the Internet Engineering Task Force IETF document RFC 1757 which defines how networks can be monitored remotely RMONs typically consist of two components an RMON probe and a management workstation w The RMON probe is an intelligent device or software agent that continually collects statistics about a LAN segment or VLAN The RMON probe transfers the collected data to a management workstation on request or when a pre defined threshold is reached w The management workstation collects the statistics that the RMON probe gathers The workstation can reside on the same network as the probe or it can have an in band or out of band connection to the probe 260 The Switch provides RMON capabilities that allow network administrators to set parameters and view statistical counters defined in MIB II Bridge MIB and RMON MIB RMON a
192. ng press Enter with GVRP highlighted When the following screen appears highlight the desired setting and press Enter 141 FIGURE 5 119 E PLAHET Y6S5H 24024 Routing Switch WGSH 2402A f switch Management Advanced Management Other Protocol Settings GVRP Options 4 GVRP Disabled l IGHP Disabled 1 1 eUparrow gt lt Down rrow gt HMovre lt Enter gt Select lt ESC gt Previous 2 To change the IGMP setting highlight IGMP and press Enter When the following screen appears highlight the desired setting and press Enter FIGURE 5 120 AZ PLANET WGOSW 240248 Routing Switch WGSW 2402A Switch Management Advanced Management PA ee Other Protocol Settings IGHE Options GVRP Enabled MMdisablea I Passive l SSeS SS SS E Active lt ESC gt Previous 3 When you finish press the Esc key until you return to the desired screen Note To understand the IGMP options Passive Mode and Active Mode refer to Section 5 3 IP Multicast Group Perspective s142 5 13 Port Trunking Using Port Trunking from the Advanced Management screen you can associate ports with trunk groups 1 From the A
193. ng from the Stacking screen and press Enter The following screen will appear 189 FIGURE 5 105 STACKING BASIC SETTING PLANET WGSW 2402748 Routing Switch WGOSW 24078 Hanagement Advanced Management Stacking Stacking Configurations Current Stack Size O Master Switch ID O PU Seeeee l Stacking MERMET I stack ID O Stack Size 0 Svitch ID 0 Stack Port Up rrow gt lt Down rrow gt Hove lt Enter gt Modity ZESC gt Previous Current Stack Size shows the number of stacked switches Master Switch ID shows the number of master switch The value of Stack ID Stack Size and Switch ID is 1 Stack ID 0 65535 2 Stack Size 2 8 3 Switch ID 0 65535 1 Before you start to change the stacking parameters the stacking status must be disabled at first 2 Highlight the value of Stack ID Press Enter and the column of Enter Stack ID will appear Set the ID you want then press Enter 133 FIGURE 5 106 PLANET WGOSW 27402748 Routing Switch WGSW 2402A Hanagement Advanced Management Stacking Stacking Configurations Current Stack Size O Master Switch ID Ll so see eee Enter Stack ID Stacking Disabl Stack Ip ff l Stack Size 0 NN aa a Switch ID 0 Stack Port Pm Enter decimal number and press lt EHTER gt ZESC gt Previous 3 Use the down arrow key to move to
194. ns allow you to specify which ToS bit on IP header should be used to map to priority queue for transmit and drop 10 Press the Down Arrow key to highlight WRED Drop Priority Setting The WRED Drop Priority screen appears 160 FIGURE 5 137 PLANET WGSW 240248 Routing Switch GS H 2402A4 Switch Management Advanced Management QoS Setup Global Setting Global Setting Qo08 Status Enabled DiffServ Expedite Forwarding Enabled ToS VLAH Tag Preference VLAH Tag Tos for Amit From Bit 4 2 of Tos Tos for Drop From Bit 4 2 of Tos IWRED Drop Priority Setting l pa RS nO a WRED Drop Priority ps pg se feiLow Drop Percentage High Drop Dencen Cane SSS 22 Upirrow lt DownArrow gt Move lt Enter gt Select lt ESC gt Previous 11 To change the low drop percentage press the Enter key with Low Drop Percentage highlighted The following screen appears FIGURE 5 138 pee eee SS ee a ee a ee PLANET WGSW 2402748 Routing Switch WGSW 240274 f Switch Management Advanced Management Qos Setup Global Setting Qos Status Enabled Diffserv Expedite Forwarding Enabled ToS V LAH Tag Preference VLAH Tag Tos for Amit From Bit 4 2 of Tos A er en Global Setting Tos for Drop From Bit 4 2 of Tos WRED Drop Priority S5ettint O AS O a a E Low Drop Percentage WEED Drop Priority gt
195. nt Port Trunking p SS SS E Port gt Port 1 Port 2 Port A Port 22 Port 23 Port 24 l i l l l TET l i l i Up arrow gt lt Down irrow HMove lt Enter gt Mark Unmark lt ESC gt Done 5 Press Ese when you finish selecting ports The Trunk Group will present the selected ports as shown below FIGURE 5 125 Sa a A PLANET Y65H 24024 Routing Switch WGOSW 24024 Switch Management Advanced Management Port Trunking Trunk Group Ports F E ee A a A A O A A A A ee Trunk 26 Trunk 29 Up rrow gt Down rrow gt Move lt Enter gt Modify lt ESC gt Previous 6 To set other Trunks repeat step 1 5 to configure 7 Press ESC to go back to the Advanced Management screen 145 5 14 Port Mirroring Using Port Mirroring from the Advanced Management screen you can mirror one port to another Note Only WGSW 2402A supports this function 1 From the Advanced Management screen highlight Port Mirroring and press the Enter key The screen in Figure 5 126 appears cc co a el Mirror Index Mirror To Mirror From Mode 1 SS sc SE A an ln mc E 2 l gt SS Se SSS SS SS Se Seeees AR eee E E EEEE ee eee ee ee eee ee Uparrow Downarrow gt Move lt Enter gt Select lt L gt Switch lt ESC gt Previous 2 Highlight the port you want to mirror to and then press Enter The Port Mirroring Options screen appears
196. nterface gt 1 0 0 0 2 0 0 0 3 0 0 0 2 Routing Table lt Port gt lt PVIDe gt bd bd be bi me me eee 2 5 6 S PVID Table 1 0 0 1 20 0 5 3 0 0 5 3 0 0 10 271 Appendix D VLAN Overlapping In some situation two or more workgroups need to connect to same servers but should not allow them to connect each other For example port 3 port 5 are one workgroup and port 6 8 are another workgroup Both of them need to connect Servers on port 1 and 2 In this situation we need to configure PVID and create VLAN groups as the following table TABLE D 1 PVID AND VLAN CONFIGURATION NTE ENS E E ee ee VLAN200 v upupurul o viaNsoo v u Cl The configuration on the console interface should be as the following 1 Create three VLAN with VLAN ID 100 200 and 300 Fic D 1 VLAN GROUP PLANET WGSW 2402A Routing Switch WGOSW 24028 vanced Management L Switching DataBase VLAH amp PYVID Perspective aL 0x001 Default l 1100 x064 Shared 1200 OxnOC8 Workgroups 1300 0x12 0 WorkgroupB lt Uparrow gt lt Downd rrow Move lt Enter gt View HModify lt gt Create lt gt Delete ZESC gt Previouz 2 VLAN 100 consist port 1 to port 8 as untagged 272 FIG D 2 VLAN 100 MEMBER PORT PLANET WGSW 240278 Routing Switch WGSW 24078 Base VLAH amp PYVID Perspective VLAH 100 0x064 Shared Sett
197. o IP Networking and click ARP Table A read only page similar to the following appears showing the Internet addresses and their corresponding physical addresses VLAN IDs and types FIGURE 7 13 J PLANET Ted Fos ee eae 2d part Far Ebert 20 neigen Save Fila Bais satup didvencad beaten a s m Advanced Setup lF HeteorkingAEF Table Intermed Address Physical Address VLAN ID Type 200 70 26 65 DOSMFOBSCES 1 Oy rearrec 7 2 4 DHCP Gateway Settings To access DHCP gateway settings 1 Point to Advanced Setup point to IP Networking and click DHCP Gateway Settings A read only page similar to the following appears showing the VLAN IDs and their corresponding IP addresses DHCP gateways maximum hops delays servers and relays S220 FIGURE 7 14 S PLANET MUECA rae a Jee Pat Ptr 4 2 chor deena fateh bed ie Adwr nted dong e ee 2 E oj Advanced Setup iP Networking DHCP Gateway Settings VLAN ID IP Address DHCP Gateway Max Hops Delay Servers Relays 1 203 70 249158 Disabled 2 To view DHCP gateway settings for a particular VLAN click a VLAN ID A window similar to the following appears FIGURE 7 15 J PLAET ive EA par Far Ebert 23 migeni Sarre File DHCP Gateway Senings Update Setting La 10 IF Address DHCP Gateway Kiam Hops Delay sec Prefened Sens I 28 70 248 163 Disabled Prefened Senn oo oT Prefemed Semp Prefened Semp 3 Use
198. o return to the General screen 4 3 1 8 Remote Http Login To enable or disable the function of Remote Http Login 1 From the General screen highlight Remote Http Login and press the Enter key The following screen will appear o WGSW 24078 Switch Management Basic Management General Pel Hardware Revision 30000 Rev 1 Hardware Configuration elm g 4 rom Software Revision v3 0 Jun 04 2002 10 42 47 Firmare Revision Ho Firmrare E riencia I System Hame WGESW 24074 Contact Location admin Password XA guest Pat Statisti Remote HTTP Login Options BReboot 0O Remote T Disabled Remote H ETE UpArrow lt DomnArrowsMove lt Enter gt Select lt ESC gt Previous 2 Highlight one of the following choices Disable prevents remote HTTP login to the Switch Enable allows remote HTTP login to the Switch 3 Press Enter to go back to the General screen 4 3 1 9 Returning to the Basic Management Screen After completing the general management activities press the Esc key to exit the General screen and return to the Basic Management screen in Figure 4 2 Select another option from the Basic Management screen or press Esc to return to the Switch Management screen
199. om the IP Networking screen a Ping screen similar to the following appears with the highlight in the Host field 100 FIGURE 5 66 PLANET WGOSW 240248 Routing Switch Switch Management Advanced Management TP Hetworking Ping 4 Ping pS ose SR Host MN size brtez 64 Timeout sec 1 Upirrow gt lt DbownArrow Hove lt Enter gt Modity ZESC gt Previous To change the ping settings 1 Press Enter The Enter IP Address screen appears FIGURE 5 67 PLANET WGSW 240248 Routing Switch Switch Management Advanced Management IP Hetworking Ping esse Ping 4 Host MS size bytes 64 l Count 1 l l Timeout sec 1 Enter IP Address 4 Enter 4 decimal bytes dot separated and press lt EHTER gt lt ESC gt Previous 2 Type the IP address of the server you want to ping The address consists of numbers separated by periods For example 129 32 0 11 101 3 Press Enter 4 Use the Down Arrow key to highlight Count and press Enter The Enter Packet Count screen appears FIGURE 5 68 PLAHET WGSW 24024 Routing Switch Switch Management Advanced Management TIP Hetworking Ping 4 Ping JHost 203 70 249 254 Size bytesj
200. ompliance assures customers that the Switch is compatible with and will interoperate with other solutions that adhere to the same open standard Chapter 4 Menu Driven Console Management The Switch provides a menu driven console interface for configuration purposes The Switch can be configured either locally through its RS 232 port or remotely via a Telnet session This chapter describes how to configure the Switch using its menu driven console The figures in this chapter will base on WGSW 2402A for WGSW 404 however the setup steps are the same 4 1 Logging on to the Switch Enter the console interface factory default console name admin without password or enter a user defined pass word if you changed the factory default password The Switch Management screen in Figure 4 1 appears with the Basic option highlighted Note Only one console and three telnet users can log on to the Switch concurrently However it is not recommended that multiple users modify the configuration at the same time FIGURE 4 1 SWITCH MANAGEMENT SCREEN PLAHET WGESW 24028 Routing Switch Switch Management Basic Management Advanced Management Logout Save Settings Restore Default Settings Reboot Up rrow gt lt Down rrow gt HMore lt Enter gt Select lt ESC gt Prerious To perform basic management activities see Section 4 3 Performing Basic Management Activities To perform advanced management
201. on tontontontontentonianta Up arrow gt lt Down rrow gt Move lt Enter gt Modifty lt gt Delete lt ESC gt Previous 3 After entering default gateway or static route parameters press Esc The parameters you entered 94 appear in the Routing Table screen 5 6 3 2 Deleting Routing Table Entries If you no longer need an entry in the routing table use the following procedure to delete it There is no precautionary message that appears before you delete an entry in the routing table so be sure you want to delete the entry before doing so 1 From the Routing Table screen use the Up Arrow or Down Arrow key to highlight the Routing table entry you want to delete 2 Press the hyphen key to delete the entry 3 To delete additional Routing table entries repeat steps 1 and 2 When you finish press Esc to return to the Routing Table screen 5 6 3 3 Searching for Routing Table Entries To search for entries in the Routing table 1 From the Routing Table screen press S The Enter Network Address screen appears FIGURE 5 57 PLANET WGSW 240274 Routing Switch Management TP Hetworking Routing Table itch Management Advanced and press lt EHTER gt l 0 0 1192 168 1 0 1192 168 1 0 1192 168 1 10 1192 168 1 10 1192 168 1 255 1192 168 2 0 1192 168 2 0 1192 168 2 10 1192 168 2 10 1192 168 2 255 192 168 4 0 juji9 168 4 0 Enter 4 0 25
202. onfigures the modem to auto answer It works for all Hayes compatible modems FIGURE 6 19 p PLANET ah A AN A fasi Liere gt 2 Ap up A y 3 et o e gt gt FEE Basic SeupConsole Pont Configuration Update Eating Baud Rate 115200 Flow Control Disable Modem Comtral Disable Modem Selup String Flag r ET ETE Modem Eeiup String ul if SUP SLIP Address hia SLIP Subrel Mask ua aT if Custam GEN 5 To enable or disable SLIP click the appropriate option from the SLIP drop down list sofie FIGURE 6 20 fap Fae Enea Seat RA Y A Basic Setup Console Pon Configuration Updale Setting Bawi Rale 115200 Flow Comntral Disable Modern Cordrol Disable emm a AS Modem Setup Sting Flag Default Setup String Modem Setup Sting SLIP SUP Address SLIP Subnet Mask If you enabled SLIP type a SLIP address in the SLIP Address text box The address consists of numbers separated by periods For example 192 168 1 1 If you enabled SLIP type a SLIP subnet mask in the SLIP Subnet Mask text box The subnet mask consists of numbers separated by periods For example 255 255 255 0 Click the Update Setting button 22 Chapter 7 Performing Advanced Setup Activities Pointing to Advanced Setup on the image of the Switch displays the menu options shown in Figure 7 1 FIGURE 7 1 ADVANCED SETUP OPTIONS PLANET erie See foi Apart Past E rene
203. or all VLANs C Switch ID 1 Stack ID 1 Stack port 26 Stack size 5 No IP for all VLANs Stack IP Settings 192 168 1 1 Note Please use the Stack Port Mapping menu to check all the Switches are 265 stacked properly 266 Appendix C VLAN Switches do not inherently support broadcast domains which can lead to broadcast storms in large networks that handle a lot of traffic such as NetBUEI or IPX In conventional networks with routers broadcast traffic is split up into separate domains to confine this traffic to the originating group and provide a much cleaner network environment Instead of using physically separate subnets which are linked by traditionally slow routers this switch creates segregated broadcast domains based on easily configurable VLANs and then links these VLANs as required with wire speed routing An IEEE 802 1Q VLAN is a group of ports that can be located anywhere in the network but communicate as though they belong to the same physical segment VLANs help to simplify network management by allowing you to move devices to a new VLAN without having to change any physical connections VLANs can be easily organized to reflect departmental groups such as Marketing or R amp D usage groups such as e mail or multicast groups used for multimedia applications such as video conferencing VLANs provide greater network efficiency by reducing broadcast traffic and allow you to make network changes without havin
204. ort Number screen appears type the low port number in decimal notation and press Enter The low port number you typed appears next to Low Port Number FIGURE 5 151 Fe ee rs PLAHET WGSW 2402748 Routing Switch WGOS5W 27407A4 tch Management Advanced Management QoS Setup Logical Port Range A Low Port Humber evil JHigh Port Humber 7170 Drop Priority Low Transmit Priority F 4 Low Port Humber 4 St ss ES is a Enter decimal number 1 65535 and press lt EHTER gt lt ESC gt Prevrious 3 To change the high port number press the Down Arrow key to highlight Down Port Number then 170 press the Enter key When the High Port Number screen appears type the high port number in decimal notation and press Enter The high port number you typed appears next to High Port Number FIGURE 5 152 Low Port Humber 6970 High Port Humber PERII Drop Priority Low Transmit Priority T ps Si High Port Humber l Enter decimal number 1 65535 and press lt EHTER gt lt ESC gt Prevrious 4 To change the drop priority setting press the Down Arrow key to high light Drop Priority then press the Enter key When the Drop Priority screen appear
205. ort number and speed columns that shows the port designations on the Switch In this column the Switch s 10 100M ports are designated by the numbers 1 through 24 while the Switch s 1000M ports are designated by the letters A and B 36 ic Management FLAN Port Configurations Line Speed amp Flow Control FIGURE 4 19 a ee ee ee PLAHET WGSW 240274 Routing Switch Flow Control WOSW 240278 4 5 o Port 25 A 100M EX WA 0 ee ee e a a Down Port 26 B 1005 FX Speed 100M FD FC On Down Port 1 1 10 100M Speed Auto FC On 100M FD Fc On Port 2 2 10 100M Speed Auto FC On Down Port 3 3 10 100M Speed Auto FC On Down Port 4 4 10 f100M Speed Auto FC On Down Port 5 5 10 100M Speed Auto FC On Down Port 6 6 10 100M Speed Auto FC On Down Port 7 7 10 100M Speed Auto FC On Down Port 8 8 10 100M Speed Auto FC On Down Port 9 9 10 100M Speed Auto FC On Down Port 10 10 10 100M Speed Auto FC On Down Port 11 11 10 100M Speed Auto FC On Down v Port 12 12 10 100M Speed Auto FC On 100M FD Fc On PA A ateoe ont ateioton oet teiotontontanlia EUpAarrow gt s lt Down rror Hore lt Enter gt Modifty lt L gt Switch lt ESC gt Previous Using the L key you can toggle this column so it is either displayed or hidden By default it is displayed To h
206. oup hosts members and routers instead of flooding to all ports in the subnet VLAN The Switch with IP multicast filtering switching capability not only passively monitor IGMP Query and Report messages DVMRP Probe messages PIM and MOSPF Hello messages they also actively send IGMP Query messages to learn locations of multi cast routers and member hosts in multicast groups within each VLAN Note however IGMP neither alters nor routes any IP multicast packets Since IGMP is not concerned with the delivery of IP multicast packets across subnets an external IP multicast router is needed if IP multicast packets have to be routed across different subnets The IP multicast group perspective provides information associated with an IP multicast group To obtain an IP multicast group perspective 1 From the L2 Switching DataBase screen highlight IP Multicast Group Perspective and press the Enter key A screen similar to the following appears Oe FIGURE 5 27 PLAHET WGSW 240274 Routing Switch WGSW 24078 HanagementfL2 Switching DataBase IP Multicast Group Perspective Mi 24 0 1 22 VLAH 1 0x001 1224 0 1 60 VLAH 1 0x001 1239 255 255 250 WLAN 1 0x001 E Up rrovo lt Down rrow gt Move lt Enter gt V iew lt ESC gt Previous Note If IGMP is disabled the message IGMP Currently Disabled appears instead of the screen above To correct this use Other Protocols in the Advanced Management menu to set IGMP to ei
207. ow key to highlight Transmit Priority and then press the Enter key The Transmit Priority menu appears FIGURE 5 147 PLAHET Y6S5H 24024 Routing Switch WOSW 274074 nagement Advanced Management Qo5 Setup Logical Port User Define oO 1 2 l a a Port Humb 3 IC drop Prior 4 I 11 Transmit 5 2 Port Stat 6 113 CN a 4 SS SS SS SS 115 6 I 4 EE pUpArrow gt DownA rrow gt More lt Enter gt Select lt ESC gt Prerious 7 Highlight the desired transmit priority then press the Enter key The transmit priority you selected appears next to Transmit Priority 8 Use the Down Arrow key to highlight Port Status and then press the Enter key The Port Status menu appears s167 FIGURE 5 148 E ee ee PLANET WGSW 2402A Routing Switch WGSH 2402A nagement fAdvanced Management QoS Setup Logical Port User Define ere ee lc Port Humber 80 l ICO drop Priority Low l Transmit Priority 7 Port Status Disabled Po 1 EO p UpArrow gt lt DownArrow gt Move lt Enter gt Select lt ESC gt Prerious 9 Highlight whether the port status should be enabled or disabled then press the Enter key Your selection appears next to Port Status 10 Press the Esc key to return to the User Define Port Index Screen 11 To define parameters for anoth
208. parrow gt lt Down rrow gt HMove lt gt Add lt gt Delete lt s gt Search lt ESC gt Previous 3 From either of these screens you can Hold down the Shift key and press to add a specific MAC address to be filtered Press hyphen to delete a specific MAC address from being filtered There is no 108 precautionary message that appears before you delete a MAC address Therefore be sure you want to delete the address before doing so Press S to search through the list of MAC addresses in the static filtering database The static filtering database maximum capacity is 64 4 When you finish press the Esc key until you return to the desired screen 5 8 2 MAC Address In Filters To access MAC address in filters use the following procedure 1 From the Static Filtering screen use the Down Arrow key to highlight Source MAC Address In Filters and press Enter The following screen appears FIGURE 5 79 PLANET WGOSW 240248 Routing Switch WOSW 24028 ent fAadvanced Management Static Filtering MAC Address In Filters MAC Address In Filters Port 26 Port Port Port Port Port Port Port Port Port Port 10 Jv Port 11 Sos Oh 5 QQ FP io Up rrow gt lt Down rror Hovre lt Enter View lt L gt Switch lt ESC gt Prerious 2 Highlight a port and press Enter A screen similar to the following appears 109 FIGURE 5 80 PLANET WGSW 240248 Routing Sw
209. r Send File Via TFTP 4 Send File Via TFTP SS SoS eS SS DO SS Select File Type l File Hame QAMET EE IP Address 203 70 249 53 XL IH W Config File Runtime File Debuger Monitor File Web Browser File Up rrow gt lt Down rrow gt Move lt Enter Modify lt ESC gt Confirm 3 Highlight the file type you want to send and press Enter The file type you selected appears next to File Name 194 4 Use the Down Arrow key to highlight IP Address then press Enter When the Enter IP Address screen appears type the IP address from where the file will be obtained The address consists of numbers separated by periods For example 203 70 249 53 5 Press Enter The IP address appears next to IP Address 6 When you finish press the Esc key A prompt asks whether you want to transfer the file now FIGURE 5 184 A E ee PLANET WGSW 2402A Routing Switch WOSW 240274 Management Advanced Management File TransferfSend File Via TFTP File Hame LIE Address 203 70 249 53 5 Transfer File How Yes Bie Up rrow gt Down rrow gt Movre lt Enter gt Select lt ESC gt Prerious 7 Highlight Yes and press Enter to transfer the file now or press the Esc key or highlight No and
210. r immediately neighboring multicast routers The protocol s mechanisms allow a host to inform its local router that it wants to receive transmissions addressed to a specific multicast group Routers periodically query the LAN to determine if Known group members are still active If there is more than one router on the LAN performing IP multicasting one of the routers is elected querier and assumes the responsibility of querying the LAN for group members Based on the group membership information learned from the IGMP a router can determine which if any multicast traffic needs to be for warded to each of its leaf subnetworks Multicast routers use this information along with a multicast routing protocol to support IP multicasting across the Internet 69 IGMP provides the final step in an IP multicast packet delivery service since it is only concerned with the forwarding of multicast traffic from the local router to group members on directly attached subnetworks The Switch support IP Multicast Filtering by y Passively snooping on the IGMP Query and IGMP Report packets transferred between IP Multicast Routers and IP Multicast host groups to learn IP Multicast group members and y Actively sending IGMP Query messages to solicit IP Multicast group members The purpose of IP multicast filtering is to optimize a switched network s performance so multicast packets will only be forwarded to those ports containing multicast gr
211. riority Disabled Delay Sensitive Application Enabled Lt Seas SSS eee aaa I Profile Hame Default Hame O1 Profile Status Active Profile 1 Bandwidth Partitions QoS with Flow Control 4 Jo Default Hame 08 HA Qos with Flow Control Default Hame 09 HA HS SS SS Default Name 10 HA 1 ESE aaa e Enabled Up rrow gt Down rrow gt Movre lt Enter gt Select lt ESC gt Prerious 7 Press the Esc key until you return to the desired screen 5 15 2 5 2 Gigabit Profiles To select a gigabit profile 1 Use the Down Arrow key to highlight Gigabit Profile in the QoS Profile screen then press the Enter key The Gigabit Profile screen appears 482 FIGURE 5 168 Profile Default Name 01m Default Hame 02 A Megabit Default Hame 03 HA BARCA Default Hame 04 HA 4 Po EUpAarrow gt DownArrow gt Hove lt Enter gt Select lt ESC gt Previous 2 Use the Down Arrow key to highlight a profile and then press the Enter key The Gigabit Profile Attributes screen appears Note In the Gigabit Profile screen A1 A2 on WGSW 2402A A1 A8 on WGSW 404 active profile number which can be used by any Gigabit port NA indicates a profile that is not active and cannot be used by any Gigabit port 183 FIGURE 5 169 PLANET WGESW 24028 Routing Switch
212. rnet Address or a Physical Address 90 FIGURE 5 52 Eg om IA PO E A A PLANET WGSHW 2402748 Routing Switch WGSW 240274 Switch Management Advanced Management IP Hetworking ARP Table ee DE 0009674976860 1 0x001 dynamic 1203 70 249 53 00304FO0B3CBE6 1 0x001 dynamic 1203 70 249 5 001234567890 1 0x001 static 4 5 5 5 Search Options fe Mjinternet_adaress f Physical Address Up rroms lt Dowmn rrow gt Move lt Enter gt Select lt ESC gt Previous 2 Highlight either Internet Address or Physical Address and press the Enter key You are prompted for an IP or physical address 3 Enter the IP or physical address you are searching and press Enter The address you want to view is highlighted 4 When you finish viewing the information press the Esc key until you return to the desired screen 5 6 3 Routing Table If you select Routing Table from the IP Networking screen a Routing Table screen similar to the following appears O FIGURE 5 53 PLAHET WGSW 2402748 Routing Switch WGOSW 24074 itch Management fAdvanced Management IP Networking Routing Table 0 0 0 0 0 Remote 0 0 0 0 255 0 0 0 0 0 0 0 1 Martian Local 1127 0 0 0 255 0 0 0 0 0 0 0 1 Martian Local 1192 168 1 0 255 255 255 0 192 168 1 10 16 0x014 Direct Local 1192 168 1 0 255 255 255 255 192 168 1 255 16 0x014 Marti
213. rt 4 Port 3 untagged Port 7 Port 5 untagged Port 8 Port 6 untagged Port 9 O E E E E E Port 10 Port 11 Port 12 Port 13 Port 14 Port 15 jrijPort 16 Has SS E UpArrow gt lt DbownArrow Hove lt Enter gt Mark Unmark lt ESC gt Done b To configure an individual port highlight it and press Enter An asterisk appears next to each port you select To deselect it press Enter again to remove the asterisk To configure all ports highlight All Ports and press Enter c Press Esc The port s you selected appear in the previous screen Note Even though you have specified the port to be tagged port for the VLAN ID the Switch will still untagged the packets if the PVID setting is the same as the VLAN ID It is strongly recommended to organize your VLANs and different switches while setting up the network To select forbidden ports a Highlight Forbidden Ports and press Enter The Select Forbidden Ports screen appears with a list of the tagged ports 66 FIGURE 5 23 PLAHET Y65H 2402A Routing Switch WGSW 24074 taBase VLAH amp PYID Perspective VLAH 2 0x002 planet Settings Switch Ports Properties Select Forbidden Ports sO a an cm ao e Ss ps an A E E AE fa Ports Port i untagged Port 26 Port 2 untagged Port F Port 3 untagged Port 8 Port 4 tagged Port 10 Port 5 untagged Port 11 Por
214. rt number and statistics columns that shows the port designations on the Switch In this column the Switch s 10 100M ports are designated with the numbers 1 through 24 while the Switch s expansion module ports are designated with the letters A and B FIGURE 5 36 H PLAHET WGSW 2402748 Routing Switch WGSW 24078 L Switching DataBasefPort PerspectivefPer Port VLAH Activities Port 25 y 1005 FX i Port 26 100M FX Port 10 10 10 100M v Port 11 11 10 100M Port i A 10 100M Port 2 2 10 1004 Port 3 3 10 100M l Port 4 4 10 100M Port 5 5 10 100M l Port 6 6 10 1001 l Port 7 7 10 100M l Port 8 8 10 100M Port 9 9 10 1004 Updrrov gt lt Dowmn rrowMove lt Enter gt View lt L gt Switch lt ESC gt Previous Using the L key you can toggle this column so it is either displayed or hidden By default it is displayed To hide it press the L key To redisplay it press the L key again 5 5 4 Per Port Statistics If you select Per Port Statistics from the Port Perspective screen a screen similar to the following Per Port Statistics appears 78 FIGURE 5 37 4 PLAHET WGSHW 240274 Routing Switch WGSW 240278 ment L Switching DataBasefPort PerspectivefPer Port Stati
215. rts repeat steps 1 through 3 5 When you finish press the Esc key until you return to the desired screen Note This screen also lets you use the L switch to toggle the Port column as described under Section 4 3 5 3 Hiding or Displaying the Port Column 5 10 SNMP Functions The Switch includes an on board SNMP agent which monitors the status of its hardware as well as the traffic passing through its ports A computer attached to the network called a Network Management Station NMS can be used to access this information Access rights to the on board agent are controlled by community strings To communicate with the Switch the NMS must first submit a valid community string for authentication If you select SNMP from the Advanced Management screen the 12T following SNMP Configurations screen appears with the SNMP value highlighted e PLANET WGSW 240248 Routing Switch YGSH 2402A Switch Management Advanced Management SHMP Configurations isme FERET Get Community Hame public Set Community Hame public Trap Community Hame 1 public Trap Community Hame 2 public Trap Community Hame 3 public Trap Community Hame 4 public Trap Community Hame 5 public Trap Host 1 IP Address Trap Host 2 IP Address Trap Host 3 IP Address Trap Host 4 IP Address Trap Host 5 IP Address i Cold Start Trap Enabled 4 5 5 5 5 5 5 pUpArrow gt Downd rrow Move l
216. rts screen will appear Select the port you want to connect to other switches as a stack port Then press Enter An asterisk mark will appear to the port you select FIGURE 5 109 PLANET WGSW 2407R Routing Switch Y6S5N 2402A Management Advanced Management Stacking Stacking Configurations Current Stack Size O EH A A Master Switch ID 0 Meot 2 LT Port 26 Stacking Disabled Port 1 Stack ID 1 Port 2 Stack Size 2 Port 3 switch ID 1 Port 4 Stack Port MIN rot 5 qe SS SS SS Se Port 6 Port 7 Port 8 Port 3 Port 10 Jv Port 11 p Up Arrow gt DownArrow gt More lt Enter gt Mark Unmark lt ESC gt Done Press ESC The selected port will appear in the Stack Port field 135 FIGURE 5 110 PLANET WGSW 240278R Routing Switch Y6S5N 2402A Management Advanced Management Stacking Stacking Configurations Current Stack Size 1 Master Switch ID 0 l l E RS Stacking Disabled Stack ID 1 Stack Size 2 Sritch ID 1 Up rrow gt Down rrow gt Move lt Enter gt Modity lt ESC gt Prerious Use Up or Down arrow key to highlight the Stacking field Press Enter and the Stack Options will appear Highlight Enabled and press Enter FIGURE 5 111 PLAHET WGSW 24078R Routing Switch WGOSW 740278 Hanagement Advanced Management Stacking Stacking Configurations Current St
217. s Bridge ID 8000 00036DFFF300 Designated Root H A Root Port H A Root Path Cost H A Current Max Age sec H A Current Hello Time sec HfA Current Forward Delay sec H A Spanning Tree Options Hold Time sec H A a as a ic iaa Topology Change Count N A ETE Time Since Last Topology Change s ec Enabled P00 n Spaning Tree Protocol Bridge Priority 32 768 v Hello Time sec 2 Upirrow gt lt DbownArrow gt Hove lt Enter gt Hodify lt ESC Previous 2 Select either Disabled or Enabled and press Enter Your selection appears next to Spanning Tree Protocol i2 Use the Down Arrow key to highlight Bridge Priority and press Enter The Enter Bridge Priority screen appears Bridge priority is used in selecting the root device root port and designated port The device with the highest priority becomes the STA root device However if all devices have the same priority the device with the lowest MAC address will then become the root device Default is 32768 Enter a value from 0 65535 Remember that the lower the numeric value the higher the priority FIGURE 5 84 AE A EA eae PLANET WGSW 2402748 Routing Switch nt Spanning Tree Protocol Spanning Tree Protocol Configurations Bridge ID 8000 00036DFFF300 Designated Root amp 000 0 Root Port Port 0
218. s highlight Low or High and press the Enter key Your selection appears next to Drop Priority Tale FIGURE 5 153 e PLANET WGSW 2402A Routing Switch Y6S5N 2402A tch Management Advanced Hanagementf QoS Setup Logical Port Range A A A A A A 5 5 Range Logical Port Low Port Humber 6970 High Port Humber 7170 Drop Priority Low Transmit Priority 7 e pa a SSS 4 SSS SS 5664 4S 5 Drop Priority IE High Up rrow gt lt Down rrow gt Hovre lt Enter gt Select lt ESC gt Previous 5 To change the transmit priority setting press the Down Arrow key to highlight Transmit Priority then press the Enter key When the Transmit Priority screen appears highlight the desired priority and press the Enter key Your selection appears next to Transmit Priority FIGURE 5 154 PLANET WGESW 24024 Routing Switch WGOSW 24028 tch Management Advanced Management Qo5 Setup Logical Port Range Transmit Priority a 1 E A A oto oetetoeteteatetenoto 2 Range Logical Port I 3 ee SS SS 4 l Low Port Humber 6970 I 45 High Port Humber 7170 I 6 Drop Priority Low l N Transmit Priority I Up rrow gt lt Down rrow gt Move lt Enter gt Select lt ESC gt Prerious
219. s VLAH 2 0x002 planet Settings dass sao Switch Ports Properties 4 MiPort 25 untagged Port 1 untagged Port 2 untagged Port 3 untagged Port 5 untagged Port 6 untagged VUpArrow lt DownArrows lt Tab gt Move lt gt Add lt gt Delete lt ESC gt Previous 4 From this screen you can add switch ports to or delete them from any VLAN except the default VLAN The controls for adding and deleting ports do not display for the default VLAN 5 2 2 6 Adding Ports To add ports to a VLAN 1 From the screen above hold down the Shift key and press The Port Options screen appears 64 FIGURE 5 20 f PLANET WCSW 2402A Routing Switch AS E taBase VLAH amp PYID PerspectivefVLAHN 2 0002 planet Settings Sm Switch Ports Properties pe a pc a a i ee MiPort 25 untagged l Goa ee Port i untagged Port Options k Port 2 untagged Port 3 untagged Entad Ports M Port 5 untagged Tagged Forts Port 6 untagged Forbidden Ports i ee ee VUpirrow gt lt DownArrow gt sMove lt Enter gt Select lt ESC gt Previouz 2 Select either untagged or tagged ports To select untagged ports a Highlight Untagged Ports and press Enter The Select Untagged Ports screen appears with a list of the untagged ports that are not in use Initially there are 16 unt
220. s the Esc key Your selections appear in the first screen FIGURE 5 131 PLAHET WGESHW 2402748 Routing Switch Switch Management fAdvranced Management Port Mirroring Port 17 Port 18 Up rrow gt Down rrow gt Move lt Enter gt Select lt L gt Switchte lt ESC gt Prerious 11 To mirror additional ports repeat steps 2 through 10 12 When you finish press the Esc key until you return to the desired screen 149 13 If you want to delete the trunk configuration please select the trunk and press to delete Note This screen also lets you use the L switch to toggle the ports as described under Section 4 3 5 3 Hiding or Displaying the Port Column 5 15 Setting Quality of Service Parameters 5 15 1 Basic concept 5 15 1 1 QoS model Quality of service is an all encompassing term for which different people have different interpretations In general the approach to quality of service described here assumes that we do not know the offered traffic pattern We also assume that the incoming traffic is not policed or shaped Furthermore we assume that the network manager knows his applications such as voice file transfer or web browsing and their relative importance The manager can then subdivide the applications into classes and set up a service contract with each The contract may consist of bandwidth or latency assurances per class Sometimes it may even reflect an estimate of the traffic mix offered to the
221. se the Flood Limit drop down list to specify no flooding controlled flooding or unlimited flooding on all ports Controlled Flooding Flood Limit Mo Flooding Controlled Flooding Linlimited Flooding 4 If you selected Controlled Flooding in the previous step enter the maximum flooding value in the Flood Limit for ALL ports field 5 Click the Update Setting button 7 5 Static MAC Filters To access the static MAC filter parameters point to Advanced Setup and point to Static MAC Filters The options in Figure 7 19 appear 229 FIGURE 7 19 STATIC MAC FILTER OPTIONS J PLAT Wendl AAA A F as Liere A Ind etipent Savion A A gemena errhp IP Networking Per Port Statistics Bridging Static MAC Filters Source MAC Address Out Filters IP Multicast Group Destination MAC Address Gut Filters WLAN amp PVID Perspective Spanning Tree Perspectiva SNMP Port Mirroring Switch Stacking The static MAC filter options are Source MAC Address Out Filters see section 7 5 1 Adding Source MAC Address Filters Destination MAC Address Out Filters see section 7 5 2 Adding Destination MAC Address Filters 7 5 1 Adding Source MAC Address Out Filters To add source MAC addresses for static out filtering 1 Point to Advanced Setup point to Static MAC Filters and click Source MAC Address Out Filters A page similar to the following appears Any source MAC address out filters
222. sh specifying the ping parameters press Esc start pinging a remote IP address 11 Press Esc again until the IP Networking screen appears 5 7 Bridging If you select Bridging from the Advanced Management screen the following Bridging Parameters screen appears if FIGURE 5 71 PLAHET WGOSW 24028 Routing Switch Switch Management Advanced Management Bridging Parameters 4ging Time seconds 300 Flood Limit for All ports pktfs Unlimited Up rrow gt Down rrow gt More lt Enter gt Modity lt ESC gt Prerious To change the MAC address table aging time highlight Aging Time seconds and press Enter The following prompt asks you to either set an aging time or select no aging The maximum number is 1 000 000 seconds 104 FIGURE 5 72 A PLANET WCSW 2402A Routing Switch WGSW 24078 Switch Management Advanced Management Bridging Parameters Bridging Parameters 4 5 5 5 5 5 5 4ging Time seconds 300 Flood Limit for All ports pkt s Unlimited 4 5 5 5 5 Se Aging Options IEEE Ho Aging AA A E A E A A O A A AE UpArrow gt lt DownArrow Hove lt Enter gt Select lt ESC gt Previous To set no aging time highlight No Aging and press the Enter key Otherwise highlight Set Aging Time to display the following screen Then enter an aging time and press the Enter key o
223. ss 21 4 3 PERFORMING BASIC MANAGEMENT ACTIVITIES cccccccecccceececeseucseeeeeeceueueeuuaueeeeaueeeeeeeugueeuaeenss 21 4 3 1 General Management CONfIguratiOD ccooonccconnonoconenononocononononononnnonononnnnnonannnonnrnnnnnannnnos 22 ISE RANGING 1G SyS len NaMe id ita 23 4 3 1 2 Changing the Contact and ia 24 4 3 1 3 Changing the Administration PasSWOTO ooooconnnnnccocononononononnononnnnnnnnnnnnnnnnnnonnnnnonnnnannnnnnnnnnnnnnnnnos 25 43 12 Changing the Guest Password o 27 Ad SIAUSUC CONC Noelia 28 E O a Ol PA E a nceoble ra tuesnmd onuntau 29 ES ES NOUVEL A ses a ich he cnn seats a ueamnueee ud eae eee renin 30 AD VO TAGIMIOLS FAL OO Marta AA 31 4 3 1 9 Returning to the Basic Management SCreeCN cccccccccsssseeeececeecaueeeseeeeeseceuaeeeeeeeessaaeeeeeeesaeaaaes 32 AD LAN On CORNGOLAUON ve 208 sue iin daa 32 4 3 2 1 Changing the Speed and Flow ConNtrOl ooooconnnnncnncccnnnnncnconnononnonannnnnnnnnnnnnnnnnnononnnnnannnnenennnnnninos 33 4 3 2 2 Hiding or Displaying the Port COIUNTIN ccccccceeeececccccccecceeeeaesaeaeesesceeeeeceeeeeeeesessasaaaaaaeseeeeeeeeeees 36 4 3 2 3 Displaying a Fhysical POM AGO OSS ie anae a ea aa aA E a aA Eaei a 37 4 3 2 4 Returning to the Basic Management ScreON coocccccciconcnccoccnnononnonnnnnnnnnnnnnnnnnnnnonononananennnnnnnnnnnnnnnss 38 419 3 Gonse FOT GONNOULAUON A A A a 38 4 3 3 1 Changing the Console Baud Rate cccccscccccccceececeeeccceccencaneusasseseeeeeee
224. ssnansess 120 SOS NIMIP FONCTIONS vcd E E 121 DAT STACKING dida 132 SIL SIACKING BASIC SEUNG oeenn cabos 132 RS le as o Lee II IU ee trae nae ne A 137 DIL FSK Forn MapD a oira a dado o 140 BAZ CWE RO OC OS ais 140 SAS ORT TRUNKING xoccs2c acon co sraceertca a a sie astecaeetienaneemses 143 caer si OFFA IO RING aed seni O te ene Mamsi sed 146 5 15 SETTING QUALITY OF SERVICE PARAMETERS vostra 150 IIo BIS CONCC Or aid cos visten tear oe E A sat asics ee 150 SiS Al OS MO a odas tarada cias 150 SAI L2 FOU QOS FIOM rs E R 152 SS A O 153 SITO LAS MIC PHONLY ana Best EN A cias 153 5 15 19 Weighted Fall QUIN od 154 5 15 1 6 Shaper and DiffServ Expedited Forwarding ccccccccccscccccccccccccccceeeeeeeeceeeeeeeeeeeeeeeeeeeeeeeeeeeeess 154 TA A PP iaambecaeit See vaconeee tient toenesdeualaals 154 5 15 1 8 WRED Drop Threshold Management Support oocccccccccccnncconoconnconenonononononnnnnnnnnnnnnnnnnnnanenennns 155 SO SE A AAA A eE Eo OI A 155 5 15 1 10 Mapping to IETF Diffserv Classes ac 156 5 195 2 GONntigure QOS parameter srein a a ae ee ea eee 157 Se Coeling Global SC UNOS sian a 158 5 15 2 2 Specifying TCP UDP Logical Port Settings ccccccccccssccccccccccccccecceeccecccescceeceueceucceusseeeenseeness 163 SE IS E a e 164 019222 Wel KNOWM POr ria oa Ra 168 daa RANE Odia 169 5 15 2 3 Specifying the QoS VLAN PrHOnH Y soii is 173 DO 1024 SPCCHVING ME TOS PON Vic 175 5 1526 Seeng amp QOS ROM ocio 177 OHO 2 PA UN y 1 Eo E
225. stics Port 25 A 100M FX i Port 26 E LOOM FX Port 10 10 10 100M v Port 11 11 10 100M l l Port i 1 10 100M Port 2 2 10 1004 Port 3 3 10 100M Port 4 4 10 100M Port 5 5 10 1004 Port 6 6 10 100M Port 7 7 10 1004 Port 8 8 10 100M Port 9 9 10 1004 Up rrow gt lt DownArrow gt Hove lt Enter gt VYiew lt R Reset Counters lt L gt Switch lt ESC gt Prevrious 1 To reset counters for all ports press R Then when the following screen appears highlight Yes and press Enter to reset the counters Or highlight No and press Enter to not reset them FIGURE 5 38 PLANET WOSW 24024 Routing Switch WGSW 24025 ment L Switching DataBasefPort Perspective Per Port Statistics Reset All Counters EC Ho PS Vpirroem gt lt Down rrovwsMove lt Enter gt Select lt ESC gt Prerious 2 To view statistics for a port use the Up and Down Arrow keys to highlight the desired port then press the Enter key A screen similar to the following appears showing the statistics for the port you selected 79 FIGURE 5 39 PLANET WGSW 240274 Routing Switch WGOSW 240274 Switching DataBasefPort PerspectivefPer Port Statistics Port Total Ho of Bytes Received HMC pI Total Ho of Packets Received 180 540 Total Ho of Broadcast Packets Received 134 285
226. t 6 untagged Port 12 Port 9 tagged Port 13 E A A Port 14 Port 15 Port 16 Port 17 v Port 18 Up rrow gt lt Down rrow Move lt Enter gt Mark Unmark lt ESC gt Done b To configure an individual port highlight it and press Enter An asterisk appears next to each port you select To deselect it press Enter again to remove the asterisk To configure all ports highlight All Ports and press Enter c Press Esc The port s you selected appear in the previous screen 3 When you finish press Esc until you return to the desired screen 5 2 2 7 Deleting Ports The following procedure describes how to delete ports from a VLAN There is no precautionary message that appears before you delete a VLAN port so be sure you want to delete the port before doing so 1 From the screen use the Up and Down Arrow keys to highlight the port you want to delete 2 Press the hyphen key The port is deleted 3 When you finish press the Esc key until you return to the desired screen 5 2 3 Configuring PVID The PVID provides identification to the port of VLAN The Switch will tag with this ID to any incoming 67 VLAN untagged packets The switch will also un tag the VLAN ID from outgoing packets if the port s PVID is the same as the outgoing packet s VLAN ID If you want to configure the PVID highlight PVID setting from the VLAN amp PVID Perspective screen and press Enter The follo
227. t Advanced Management QoS Setup Global Setting Global Setting 005 Status Enabled DiffServ Expedite Forwarding l ToS VLAH Tag Preference VLAH Tag ToS for Amit From Bit 4 2 of Tos Tos for Drop From Bit 4 2 of Tos WRED Drop Priority Setting Pm 4 DiffServy Expedite Forwarding Pm Disabled ES O Po FUp rrow lt DownArrow Move lt Enter gt S5elect lt ESC gt Previous 199 5 Highlight whether you want to enable or disable DiffServ Expedite Forwarding and then press the Enter key Your selection appears next to DiffServ Expedite 6 Press the Down Arrow key to highlight Tos VLAN Tag 7 Press the Enter key The ToS VLAN Priority Tag menu appears FIGURE 5 136 PLANET WGESW 240748 Routing Switch WGOSW 74078 Switch Management Advanced Management QoS Setup Global Setting QoS Status Enabled Diff Servy Expedite Forwarding Enabled ToS VLAH Tag Preference Tos for Amit From Bit 4 2 of Tos Tos for Drop From Bit 4 2 of Tos WRED Drop Priority Setting tn ToS VLAH Tag Preference AE Tos l PA UVUpArrow gt lt Dowmn rrowMove lt Enter gt Select lt ESC gt Prerious 8 Highlight the desired setting then press the Enter key The setting you select appears next to TOS VLAN Tag 9 Press the Down Arrow key to highlight ToS for Xmit and ToS for Drop These two optio
228. t Contact or Location and press the Enter key The following screen appears DA FIGURE 4 5 ENTER CONTACT AND LOCATION PLAHET WGSW 274078 Routing Switch Switch Management Basic Management General Hardware Revision 30000 Rev 1 Hardware Configuration elm g 4 rom Software Revision v3 0 Jun 04 2002 10 42 47 Firmrare Revision Ho Firmrare A aia I System Hame WGOSW 240278 l Contact Location admin Passwor guest Passwor Enter Contact Statistics Co Reboot On Err _ Remote Telnet BRemote HTTP Login Enabled Enter text and press lt EHTER gt ZESC gt Previous 2 Enter a contact or location name If you make a mistake use the Backspace key to delete the error 3 Press Enter to return to the General screen 4 3 1 3 Changing the Administration Password To change the administration password 1 Use the Down Arrow key to highlight admin Password and press the Enter key The Enter Old Password screen appears 25 FIGURE 4 6 ENTER OLD PASSWORD PLAHET WGESW 2402748 Routing Switch Switch Management Basic Management General Hardware Revision 30000 Revr 1 Hardware Configuration elm g24 rom Software Revision v3 0 Jun 04 2002 10 42 47 Firmare Revision Ho Firmrare ria aaa System Hame WGSH 24021
229. t Enter gt Modify lt gt Delete IP Address lt ESC gt Prerious The SNMP Configurations screen lets you view all SNMP related information As this screen shows the factory default SNMP value is Disabled and the factory default Community Name value is public To change a value 1 With the SNMP field highlighted press the Enter key The following SNMP options appear 122 PLANET WGOSW 24024 Routing Switch Switch Management Advanced Management SHHP Configurations Sane Get Community Hame public Set Community Hame public Trap Community Hame 1 public Trap Community Hame 2 public Trap Community Hame 3 public Trap Community Ham Trap Community Ham SHME Options Trap Host 1 IP Add Trap Host 2 IP Add MERTEM Trap Host 3 IP Add Enabled Trap Host 4 IP Add Trap Host 5 IP Address v told Start Trap Enabled AS O O SS E O OO SS OO O OS O OO O SS O AS DOS UVpirrow gt lt DbownArrow gt Move lt Enter gt Select lt ESC gt Previous 2 Select Disabled or Enabled and press Enter Your selection appears next to SNMP 3 Use the Down Arrow key to highlight Get Community Name and press Enter The Enter Get Community Name screen appears FIGURE 5 96 AAA AZ PLAHET WGESW 2402748 Routing Switch WGOSW 274074 Switch Management Advanced Management SHHP Configur
230. t in the Logic Port screen press the Enter key The User Define Port Index screen appears 164 FIGURE 5 143 PLANET WGSW 240248 Routing Switch GS H 2402A4 nagement Advanced Management Qo05 SetupfLogical PortfUser Define User Defined Port Index Sm A I l1 2 I 3 I 4 E 6 I Up rrow gt Down rrow gt Movre lt Enter gt Select lt ESC gt Prerious 1 Use the Down Arrow key to highlight the appropriate port and then press the Enter key The User Define menu appears for the port you selected FIGURE 5 144 pee Sa ee So See ee a o a PLANET WGOSW 240274 Routing Switch WGOSW 240274 nagement Advanced Management QoS Setupf Logical Port User Define A PS 2 SSA User Defined Port 0 User Defined Port Index pesao ao pao Port Humber E l IC oror Priority Low I 1 Transmit Priority F 2 Port Status Enabled I 3 PSSS SAS 4 I I 14 6 III Ho noo RELIES RMI Oe SE GRAS ATA a is UpArrow gt lt DownArrow Hove lt Enter gt Modify lt ESC gt Prevrious 2 With the highlight on Port Number press the Enter key The port Number screen appears under the User Defined port 2 screen 165 FIGURE 5 145 PLAHET WGSW 24028 Routing Switch WOSW 240278 nagement Advanced Management QoS Setup Logical Port User Defi
231. th the destination MAC address filter you added as shown in the following figure 7 5 4 Deleting Destination MAC Address Out Filters If you no longer need a destination MAC address out filter use the following procedure to delete it 1 Point to Advanced Setup point to Static MAC Filters and click Destination MAC Address Out Filters 2 Click the Delete MAC Addr button A Delete Filter for a Destination MAC Address window similar to the following appears 234 FIGURE 7 27 E Delete Filter fora Destination MAC Addres Microsoft Mtenmet Explorer iol x Delete Destination MAC Filter Delete Selecte a MAC Address Select_One 3 From the drop down list click the destination MAC address filter you want to delete FIGURE 7 28 3 Delete Filter for a Destination MAC Address Microsoft Intenet Explorer E Fi oj xj Delete Destination MAC Filter Selecte a MAC Address Select_One 00304F112233 00304F778899 4 Click Delete The destination MAC address filter is deleted Note No precautionary message appears before the filter is deleted Therefore be sure you do not need the filter before you delete it 7 6 IP Multicast Group The IP multicast group provides information associated with an IP multicast group To obtain an IP multicast group 1 Pointto Advanced Setup and then to IP Multicast Group The screen below is shown 235 ff fee F A a Advan
232. the Advanced Setup gt VLAN amp PVID Perspective gt VLAN Configuration A window similar to the following appears showing the VLAN you added FIGURE 7 38 J PLANET Ca ATA A A 2a Intelioent sition Film CTE Adreng O Advanced Setup VLAN Configuration LAN ID VLAN Mame Es Petelt 100 Mecket ing 7 7 1 2 Updating VLAN Information To update the port types defined for a VLAN use the following procedure 1 Point to Advanced Setup point to VLAN 8 PVID Perspective and click VLAN Configuration Any VLANs already defined appear 241 FIGURE 7 39 F PLURNCT as EE ar Fast Eres Sade Intelligent Sadik Filo Fait seda ip Bole me el ol rye e i y z i Li y j i de Advanced Setup VLAN Configuration Add VLAN Delete WLAN VLAN 0 VLAN Hame 1 befalt 100 Harkerin 2 Under VLAN ID click the ID of the VLAN you want to modify A VLAN setting window similar to the following appears showing the port properties you selected for the VLAN FIGURE 7 40 J PLANET Jnari F ar Lerret e 2 F inteliipent Xarrcoh oe DIA F p al eee eer eerie mn E o 0 Tsa rer eo ya WLAN 100 Marketing Setting Add Untagged Part Add Tagged Port Edd Forbidden Port Del Untagged Par Del Tagged Port Del Forbidden Port Switch Ports Properties Fort 4 4 Untagged Port 5 5 Untagged Fort amp 1 Viteagged Port 7 7 untagged Fort 3 8 Untegoed 3 Click the six buttons
233. the column of Stack Size Press Enter and the Enter Stack Size column will appear Type in the value you wantto change Then press Enter FIGURE 5 107 a oa A PLAHET WGSW 24024 Routing Switch WGSW 240274 Management Advanced Management Stacking Stacking Configurations Current Stack Size U Master Switch ID seer Enter Stack Size Stacking Disabl gt 5 5 gt 5 5 Stack ID 1 l l Stack Size Switch ID O Stack Port A ett eto oneal eee Enter decimal number and press lt EHTER gt lt ESC gt Prevrious 4 Use the down arrow key to move to the column of Switch ID Press Enter and the Enter Switch ID screen will appear Type in the value you want to change Then press Enter 134 FIGURE 5 108 PLAHET WGOSW 2402748 Routing Switch WGSW 24025 Management Advanced Management Stacking Stacking Configurations Current Stack Size O M ster Switch ID so see ee Enter Switch ID Stacking Disabl Stack ID 1 l l Stack Size 2 O Switch ID ff Stack Port A ete totale ton onto ionontenia AAA A A EA Enter decimal number and press lt EHTER gt lt ESC gt Previous 5 Use the down arrow key to move to the column of Stack Port Press Enter and the Select Stack Po
234. the drop down list to either enable or disable the DHCP gateway 4 Maximum Hops shows the maximum number of hops that a DHCP request broadcast can be relayed along the DHCP relay path from the DHCP client to the DHCP server You can change this value if desired 5 Delay shows the number of seconds that must elapse before a DHCP request broadcast is relayed to the next IP subnetwork You can change this value if desired 6 The remaining fields let you specify up to four preferred servers 7 If you change any settings click the Update Setting button to enable the parameters you selected 226 7 3 Per Port Statistics To access per port statistics point to Advanced Setup and click Per Port Statistics A list of ports similar to the following appears FIGURE 7 16 LIST OF PORTS Jnr A la f Jani ds eE a e Zafer igeni Fiii File DET O Adyani A d p i la pa a on Pot 7 Porta fey Pod SP Pon 10 00 Pori 11 01 Poet 12 117 Pad 13 015 Pan 14 0140 Pon 15 115 Pon 16 161 Pon 107 Pon 16 09 Pol 19 03 Buu al i GEN ae Ji 11 p oul 2 aa Pu EE 3 E pa Ji 24 Pod 25 LA Par w H To obtain statistical data for any of the ports shown click a port A read only window similar to the following appears When you finish reviewing the information close the window 227 FIGURE 7 17 Pan 1 1 Statistic Data Total No of Bytes Rocoed 1438737049 Total MHo of Packala Ae rahad 9553500943 Tota
235. ther Passive or Active see Other Protocols 2 To obtain an IP multicast group perspective for one of the addresses in the screen above use the Up and Down Arrow keys to highlight an address and press the Enter key A screen similar to the following appears or alee FIGURE 5 28 PLAHET WGSW 240274 Routing Switch aBasefIP Multicast Group PerspectivefMulticast Group Activities Ho of Ports in Multicast Group 1 Ho of Hosts in Multicast Group 1 Bu 5 5 5 Hosts Multicast Domain MeOOsOBOrSspFir Port 1 noo EUpAarroy Down irrow gt Tab gt HMovre lt Enter View lt ESC gt Previous 3 To view the VLAN and IP multicast group addresses associated with the MAC address highlight a host in the Hosts screen and press Enter A VLAN IP Multicast Group Membership screen similar to the following appears FIGURE 5 29 PLANET WGOSW 240248 Routing Switch Perspective Multicast Group Activities MAC Address OO60BOF3DF1F MAC Address O060B0F3DF1F VLAH 1 0x001 4 Po Member of IP Multicast Groupis Yes p 1 Filtering Ho Ip 1 Port Port 1 ss gt 20 p Ma sl A A a 5 Multicast Domain Pastos SU a Port 1 4
236. ting to the terminal serial port A workstation attachment under UNIX can use an emulator such as TIP 3 1 3 Modem Port Access You can access the Switch s administration console from a PC or Macintosh using an external modem attached to the console serial port The Switch management program provides a Console Port screen accessible from the Basic Management screen that lets you configure parameters for modem access see Chapter 4 Menu Driven Console Management After configuring when you have configured the external modem from the administration console the Switch transmits characters that you have entered as output on the modem port The Switch echoes characters that it receives as input on the modem port to the current ad ministration console session The console appears to be directly connected to the external modem 3 2 Web Management The Switch provides a browser interface that lets you configure and manage the Switch remotely After you set up your IP address for the Switch you can access the Switch s Web interface applications directly in your Web browser by entering the IP address of the Switch You can then use your Web browser to list and manage switch configuration parameters from one central location just as if you were directly connected to the Switch s console port For more information see Chapter 5 Browser Management Web Management requires either Microsoft Internet Explorer 4 01 or later or Netscape Navigator 4
237. to automatically ascertain whether or not to use flow control Enable turns on flow control at all times l Disable turns off flow control at all times 208 FIGURE 6 14 E Port Configuration Microsoft Intermet Explorer Port Configuration Up 6 When you finish click the Update Setting button Note For convenience you can click the LEDs on the image of the Switch and view the Switch s current speed duplex and link an activity For more information see section 5 6 Viewing Speed Duplex and Link Activity 6 4 3 Console Port Configuration To view and or change the configuration of the console port point to Basic Setup and click Console Port The options in the following window appear FIGURE 6 15 P Jat ai ey a paro Feet Eileri 2380 igeni fare Boa o E e im arp i x r JE Basic Setup Console Port Configuration Lpcivte Setting Baud Rate i 15200 Flow Condrod Disable Modem Control Disable Modem Setup String Flag Default Setup Siriw hal Modem SHup Sting ATAF BOLI 401 501 0 JLIP Disable SLIP Address fre if SLIP Subnet Mask jes 1 To change the console baud rate click a speed from the Baud Rate drop down list Auto allows the Switch to autobaud between 9600 bps and 115 200 bps 209 All the other selections force a specific console baud rate FIGURE 6 16 F janidi BiG Da Pao at olf Pori Fozi Nra s ar misiles kai A a Fils Lenin
238. to manage and monitor VLANs and their associated MAC addresses and ports effectively from different views 5 2 VLAN amp PVID Perspective Packets received by the Switch will be treated in the following way with regard to the Switch s VLAN settings 1 When an untagged packet enters a port it will be automatically tagged with the port s VLAN ID tag number Each port has a default VLAN ID setting which is user configurable the default setting is 1 The default VLAN ID setting for each port can be changed in the PVID settings of console or web 2 When a tagged packet enters a port the tag for that packet will be unaffected by the PVID Setting The packet will now proceed to the VLAN specified by it s VLAN ID tag number 50 4 Ifthe port in which the packet entered does not have membership with the VLAN specified by the packets VLAN ID tag the packet will be dropped Port VLAN membership settings are changed in the VLAN settings page 5 Ifthe port has membership to the VLAN specified by the packet s VLAN ID the packet will be able to be sent to other ports with the same VLAN ID membership 6 Packets leaving the Switch will be either tagged or untagged depending on the setting specified for that port s membership properties The following sections describe the default VLAN how to obtain a VLAN perspective and how to set the PVID For more information regarding to VLAN please refer to appendix for more detail 5 2 1 Default
239. to monopolize system resources by sending data at a rate in excess of the bandwidth partitions for that class A well behaved class offers traffic at a rate no greater than the agreed upon rate By contrast a misbehaving class offers traffic that exceeds the agreed upon rate A misbehaving class is formed from an aggregation of misbehaving microflows To achieve high link utilization a misbehaving class is allowed to use any idle bandwidth However the quality of service QoS received by well behaved classes must never suffer As above table illustrates each traffic class may have its own distinct properties and applications As shown classes may receive bandwidth assurances or latency bounds In the example P7 the highest transmission class requires that all frames be transmitted within 0 2 ms and receives 30 of the 1 Gbps of bandwidth at that port Best effort P1 PO traffic forms a lower tier of service that only receives bandwidth when none of the other classes have any traffic to offer In addition each transmission class has two subclasses high drop and low drop Well behaved users should not lose packets But poorly behaved users users who send data at too high a rate will 151 encounter frame loss and the first to be discarded will be high drop Of course if this is insufficient to resolve the congestion eventually some low drop frames are dropped as well Above tables also show that different types of applic
240. ttings Switch Ports Properties E A a S E a I l EUpArrow gt Down rrow gt lt Tab gt Move lt Add lt gt Delete lt ESC gt Previous This screen lets you Add switch ports to a VLAN See section 5 2 2 2 Adding New Switch Ports Delete switch ports from a VLAN See section 5 2 2 3 Deleting a VLAN ID 5 2 2 2 Adding New Switch Ports To add new switch ports to the newly created VLAN 1 Hold down the Shift key and press to display the Port Options screen 55 FIGURE 5 8 A PLANET WGSW 24024 Routing Switch WGSW 2402A amp PVID Perspective fCreate VLAH VLAH 2 0x007 planet Settings Switch Ports Properties fe a a I iS E E E O E O E Port Options BalUntagged Ports f Tagged Ports Forbidden Ports Up drrow lt Down rrow gt Move lt Enter 5elect ESC Previous 2 In the Port Options screen highlight Untagged Ports Tagged Ports or Forbidden Ports and press the Enter key If you highlight Untagged Ports the screen window reads Select Untagged Ports as in the following figure FIGURE 5 9 he a eee ee PLAHET WGSW 2402A Routing Switch YGSH 24024 amp PYID PerspectivefCreate VLAH VLAH 2 0x002 planet Settings Port 25 Port 26 Port Port Port Port Port Port Port Port Port v Port 10 A oo e w
241. unking groups Refer to section 5 12 Port Trunking Port Mirroring lets you mirror one port to another Refer to section 5 13 Port Mirroring QoS Setup lets you specify Quality of Service parameters Refer to section 5 14 Setting Quality of Service Parameters File Transfer lets you send files using the TFTP or Kermit protocol See section 5 15 Sending and Receiving Files 5 1 Switching Database Configuration If you select L2 Switching DataBase from the Advanced Management screen see Figure 4 5 the L2 Switching DataBase screen in Figure 5 2 appears with VLAN amp PVID Perspective highlighted 49 FIGURE 5 2 L2 SWITCHING DATABASE SCREEN PLAHET WGESW 24078R Routing Switch WGSW 2407R Switch Management Advanced Management L Switching DataBase JALAN PVID Perspective IP Multicast Group Perspective HAC Address Perspective Port Perspective Up rrow gt DownArrow gt Movre lt Enter gt Select lt ESC gt Prerious The Switch can be viewed from the four perspectives in the L2 Switching DataBase screen in Figure 5 2 VLAN amp PVID Perspective see section 5 2 VLAN 8 PVID Perspective IP Multicast Group Perspective see section 5 3 IP Multicast Group Perspective MAC Address Perspective see section 5 4 MAC Address Perspective Port Perspective see section 5 5 Port Perspective These four views allow a network administrator
242. unt 1 Time Since Last Topology Change sec 7 LL Sess eeee ae I spanning Tree Protocol Enabled Bridge Priority 32 768 vjHello Time sec Y l Enter decimal number and press lt EHTER gt lt L gt Switch lt ESC gt Previous 6 Type a decimal number for the hello time and press Enter The decimal value you typed appears next to Hello Time 7 Use the Down Arrow key to highlight Max Age and press Enter The Enter Max Age screen appears This is the maximum time in seconds a device can wait without receiving a configuration message before attempting to reconfigure All device ports except for designated ports should receive configuration messages at regular intervals Any port that ages out STA information provided in the last configuration message becomes the designated port for the attached LAN If it is a root port a new root port is selected from among the device ports attached to the network Default is 20 The minimum value is the higher of 6 or 2 x Hello Time 1 The maximum value is the lower of 40 or 2 x Forward Delay 1 id FIGURE 5 86 PLANET Y65H 24024 Routing Switch WGOSW 24028 ntfSpanning Tree ProtocolfSpanning Tree Protocol Configurations Designated Root 8000 00036DFFFO0A l Foot Port Port 26 Toen ee ee F Root Path Cost Enter Max Age sec Current Max Age Sec 4653336545365 4 3 SS5ee6 Current Hello Time sec Current Forward Delay
243. wide congestion The algorithm identifies misbehaving classes and intelligently discards frames at no detriment to well behaved classes The algorithm also differentiates between high drop and low drop traffic with a weighted random early drop WRED approach Random early dropping prevents congestion by randomly dropping a percentage of high drop frames even before the Switch s buffers are completely full while still largely sparing low drop frames This allows high drop frames to be discarded early as a sacrifice for future low drop frames Finally the delay bound algorithm also achieves bandwidth partitioning among classes 5 15 1 4 Strict Priority and Best Effort When strict priority is part of the scheduling algorithm if a queue has even one frame to transmit it goes first Two of our four QoS configurations include strict priority queues The goal is for strict priority classes to be used for IETF expedited forwarding EF where performance guarantees are required As we have indicated it is important that strict priority traffic be either policed or implicitly bounded so as to keep from harming other traffic classes When best effort is part of the scheduling algorithm a queue only receives bandwidth when none of the other classes have any traffic to offer Two of four QoS profile modes include best effort queues The goal is for best effort classes to be used for non essential traffic because we provide no assurances about best ef
244. wing screen will appear FIGURE 5 24 PLANET WGOSW 24028 Routing Switch WGSW 240278 agement Advanced Management L Switching DataBase PVID Settings A otal teeta tonto tetenton oat tntontone PVID Settings Pee SSS SSS SSS SS SS Port 25 A l Port 26 B 1 0x001 Port 1 1 1 0x001 l Port 2 2 1 0x001 l Port 3 3 1 0x001 l Port 4 4 1 0x001 l Port 3 5 1 0x001 l Port 6 6 1 0x001 l Port 7 7 1 0x001 l Port amp 8 1 0x001 l Port 9 9 1 0x001 Port 10 10 2 0x002 l v Port 11 11 1 0001 l Sm Up rrow gt DownArrow gt Movre lt Enter Hodify lt L gt Switch lt ESC gt Prerious The following steps will show you how to set the PVID 1 Highlight an individual port you want to configure and press Enter The Enter New PVID column will appear next to PVID Settings screen FIGURE 5 25 PLANET WGSW 240248 Routing Switch GS H 2402A4 agement Advanced Management L Switching DatabBasefPYID Settings A tanto tanteten nent tenton ental oetentonten ontaetae te tantontoetanteatntantan PVID Settings A station tonto oetentonten tontaetententantonteateeteatentanton Port 25 A 1 0x001 Port 26 B 1 Ox Port 1 1 TRE Enter New PVID l Port 2 2 1 DA Port 3 3 1 Ox Port 4 4 1 044 55 5 H5 Port
245. y ICMP Router Discovery Message Source and destination MAC addresses filtering proxy ARP and Support IP multicast with IGMP snooping up to 64k groups Up to 4 ports in a trunk 3 Up to 4 ports in a trunk 4 trunk groups support trunk groups support 2 mirroring port supports Based on IEEE 802 1p tag or ToS of IP layer 4 priority queues on 10 100 ports and 8 priority queues on Gigabit ports QoS Scheduling Supports delay bound strict priority WFQ Weighted Fair Queuing and best effort service disciplines Congestion Avoidance Supports WRED Weighted Random Early Detection drop threshold management Rate Control 10 levels of rate 10 to 100 configurable on 10 100Mbps port Standards Conformance Regulation Compliance FCC Part 15 Class A CE Standards Compliance IEEE 802 3 Ethernet IEEE 802 3u Fast Ethernet IEEE 802 3z 1000Base SX LX IEEE 802 3ab 1000Base T IEEE 802 1D STP IEEE 802 3x full duplex flow control IEEE 802 1p QoS IEEE 802 1Q VLANs RFC 768 UDP RFC 783 TFTP RFC 791 IP RFC 792 ICMP RFC 826 ARP RFC 854 Telnet RFC 1058 RIP RFC 1122 Host Requirements RFC 1157 SNMP v1 v2 RFC 1256 ICMP Router Discover Protocol RFC 1213 MIB Il RFC 1493 Bridge MIB RFC 1757 RMON 4 groups statistics history alarms and events RFC 1812 IP Router Requirement RFC 2131 DHCP Relay RFC 2068 HTTP RFC 2236 IGMPv2 RFC 2674 VLAN MIB 1 4 How to Use this Manual This user s manual is structur

Intelligent Gigabit Ethernet Stackable / Routing Switch

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