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ZyXEL PES-1014 User's Manual

1. FIELD DESCRIPTION EXAMPLE User ID Type in a name 32 characters maximum that identifies an individual account This Jaff field is case sensitive Password Type the password that an individual must enter to access the account is RR displayed The maximum length for the password is 32 characters This field is case sensitive Retype Type the password again to make sure you entered it correctly is er as displayed This field is case sensitive Access Select Power User to give the account full read write access to the system Power Level Select Normal User to limit the account to read only operations User Add Del Select the Add radio button to add a new account Select the Delete radio button to delete an existing account Click Apply to save your changes to working memory or click Reset to go to the previous configuration Refer to 3 5 4 for directions on saving your changes to flash memory before you restart the switch 12 2 Account PES 1014 User s Guide 12 4 Change Password Move the cursor over the Account link and click Change Password to display the Change Password screen shown next Use this screen to change your password Change Password ruca il Figure 12 4 Change Password Table 12 3 Change Password Description FIELD DESCRIPTION EXAMPLE User ID The name 32 characters maximum that identifies an individual account This
2. 1 0 maps to trunk port 2 according to the table above As Trunk 2 is selected trunk port 2 is Port 4 The last two bits are 80 which is 10000000 binary Exclusive Or these last two bits 00 to give 0 The last two bits are 9A which is 10011010 binary Exclusive Or these last two bits 10 to give 1 0 1 maps to trunk port 3 according to the table above As Trunk 2 is selected trunk port 3 is Port 5 6 4 Trunk PES 1014 User s Guide Port Based Mode Trunk Configuration COTA CC Con IT pos TC Poti Pot2 FEE Tronas Pet F Pots Pop CTE Ho pons F Port 9 F Port 10 COTA o CPoni2 CC peom Porta Apply Reset Figure 6 5 Port based Mode Trunk Configuration Screen 6 3 5 Port based Mode Port Mapping Move the cursor over the Trunk link and click P Mode Mapping to display the Port based Mode Port Mapping screen shown next Use this screen to view and modify port mappings of assigned trunks when using Port based Load Balancing Port Based Mode Port Mapping Tronk 10 z Port to Trunk Port Mapping Trunk Part Assigned io Figure 6 6 Port based Mode Mapping Screen After configuring click Apply to make the changes effective or click Reset to go back to the previous configuration Select one trunk at a time for port mapping Table 6 4 Port based Mode Mapping FIELD DESCRIPTION Trunk ID This field displays the number of the trunk that is currently displayed U
3. Move the cursor over the Trunk link and click Mode Selection to display the Load Balancing Method Selection screen shown next The default is MAC Address Based Method For each selection there is a corresponding submenu to configure 6 2 Trunk PES 1014 User s Guide Load Balancing Mode Selection amp Figure 6 3 Load Balancing Mode Selection Screen 6 3 3 MAC based Mode Trunk Configuration Configure this screen when you choose MAC Address Based Method in the previous screen Select which trunk should use MAC Address Based Method load balancing and which ports should be included in the selected trunk s Each trunk selected must contain four ports Once a trunk is selected the corresponding four ports will trunk automatically according to the your MAC Based Mode Bit Selection MAC Based Mode Trunk Configuration gt Trunk Assignment A TrunkAssignment Terna PF PB E Port F Port2 F Pot3 F Pot4 F Pots F pop F Pot7 I Pots F Pong TC Port 10 F Potti F Pot12 F Pot13 E Port 14 0 1 C 2 3 C 4 5 C 6 7 Apply Reset_ Figure 6 4 MAC based Mode Trunk Configuration Screen MAC Address Based Mode Bit Selection Port trunking is determined by a packet s source MAC address SA and destination MAC address DA Select which bit pair 0 1 2 3 4 5 6 7 you want the management system to select from the SA and DA of each incoming Ethernet data packet The management system then maps the packet to a port
4. Packet eN EE ER ER RE OE EE OE EE N 9 6 9 7 GollisiOR INTO ER RR EE N A GE gl ee A Ge ee eae 9 7 AAN Single de neo Wie AE N N ER EEN ER EE N 9 8 Chapter TP EE EE EE EE EN EA IE OR EE EP EE REED ON OE EE EI DE 10 1 TOs A E 10 1 10 2 Spanning Tree Configuration Bridge Switch Parametere 10 1 10 3 Spanning Tree Configuration Pont 10 3 Chapter 11 Resina EE EE EN 11 1 EN Wu le ee EE N OE OE OE OE OE OE EE TE EO ER EG 11 1 1122 Reset Counters 2 45 A de EE Ee tela ts ee eet 11 1 11 3 Reset To Factory Default issie iss ee ee Ee EA AA ee ee ee AR EA A ee ee ee ee 11 2 11 4 Reboot Device eege Nee Ge SG Ge Boe de DE Ds Gee Ge BEES DE Ee 11 2 Chapter 12 ACCOUNT iii RE EER RE EE ER EE AE ELE ET OE EE N 12 1 121 ul te Le en LTE 12 1 12 2 Browse AGcounLILISt EE 12 1 12 3 AddiDelAccount isi Ee EE EE Nee SEENEN ENEE ENEE 12 2 124 Change Password ii EE Ee aa AE nt alee Ge Ee eo ania en ai a eg SR eee 12 3 AppendixA System Parameters ere Ee EES Eg sn EE RE EK uk dia A Appendix B Safety Warnings and InstructionS eene ese ee Re RE Ee ER RE AR EA ER EE AE RE AR RE A KEER RR EA KEER RE e KEER RE cr E BEE EE RES RE AE EE EE NE EE EE G viii Table of Contents PES 1014 User s Guide List of Figures Figure 1 1 MTU Application ss Se RE SEE Ae eS ie ee nie dae pier GRA ee a ee i eo Bee le 1 3 Figure 2 1 PES 1014 Front AAA NN 2 1 Figire 2 2 Phoneline Port Eet 2 3 aldie AO IE EA Come EE EE EE 2 3 Fig re 2 4 PES 1014 SERE O
5. mel S Q E 5 g El S gt La E 5 Port Name N 1 255 characters Give the selected port a name for convenience case sensitive Status enable disable Allow disallow an IP address to function in SNMP enable disable Turn on off access to a port Security disable enable disable Turn on off the capability to discard packets that violate security parameters Address Learning enable disable The capability of dynamic address learning Full Duplex Flow enable disable The capability of 802 3x full duplex flow control Auto Negotiation enable enable disable The capability to automatically negotiate transmission rate and duplex mode Speed Duplex 100 Full 00 10 Full 100 10 Set the speed 100 10 Mbps and duplex mode Full Half Half Broadcast Storm enable enable disable The capability to discard broadcast packets exceeding the threshold number Source Port N A any port A port from which the settings will be duplicated to another port Na port to which the settings will be duplicated port N A B System Parameters O O 5 E e O 5 E e Port ID any port in the switch Select a port to set its configuration A The connector type of the port FX fiber port TX Ethernet port Target Port PES 1014 User s Guide CATEGORY DEFAULT OPTIONS NOTE VALUE Load Balancing Method Selection Selection MAC address MAC add port Choose the load balancing method for the trunks of the based switch N A 1 4 trunk
6. and enters the learning state when possible Learning state learns the source addresses of incoming packets except BPDU packets and immediately discarded Forwarding state forwards all source addresses of the incoming packet are learned based on the switch engine s decision Click Apply to save your changes to working memory or click Reset to go to the previous configuration Refer to 3 5 4 for directions on saving your changes to flash memory before you restart the switch GEET PES 1014 User s Guide Chapter 11 Reset 11 1 Introduction Move the cursor over Reset to bring up the following submenus Figure 11 1 Reset 11 2 Reset Counters Move the cursor over the Reset link and click Reset Counters to display the Reset Counters screen shown next Use this screen to reset all the counters of your device Reset Counters m Figure 11 2 Reset Counters Click Apply to reset all counters of the device the statistic counters to zero Reset 11 1 PES 1014 User s Guide 11 3 Reset To Factory Default Move the cursor over the Reset link and click Factory Default to display the Reset to Factory Default screen shown next Use this screen to reload the factory default settings and restart the switch to make the factory defaults effective Reset Ta Factory Default Figure 11 3 Reset to Factory Default Click Reboot to reset the factory defaults and erase customer settings Resetting to
7. AA AA GR AA AA ee ee RR Ge ee AA ee eke 2 2 A De IRC EEN 2 3 2o A OER AE O O EE LE EE EE 2 4 Chapter 3 Getting E lt EE 3 1 Vi Table of Contents PES 1014 User s Guide 321 Por NAMING scsi EE AE EE OR OE AR 3 1 3 22 Elte VE 3 1 E OR EE RE N OE ele N 3 1 3 4 Welcome Screen RE ER RE IE EE ER 3 2 O EES ee AE RE e ae io 3 3 3 5 1 Information Panel cit al oe ek Ge Be De Se DER ee De Vii SEENEN e 3 3 3 5 2 Front Paneli geoin a A lala ee see 3 4 SI System te EE 3 5 SE Savine OAR OE ENE iia 3 6 E e GN E 3 6 Chapter 4 EE RE 4 1 41 ntroduGUOn EE Ee ei RED ER DE Ae ee Eee DE A Se el ee ve ee ee Ee 4 1 42 MIGE EE Aa ae 4 2 A System CON UI EE 4 3 4 4 Port Monitoring ConfiguratiON ees see ee ee RR AA aran AA rc ranas 4 4 AD Ee ee RE RO EE OR N RE EE N 4 5 dEr AE EE EE EE TA geet Deg 4 6 NE NE GO is AO do eek i gael N a 4 6 AS EE e EE 4 7 K Save Changes RE EE OE A OR EE OE N 4 8 N au Ed eel ie AE EE OE RE IE OE EE ER OR ER ER OR EET 4 8 ele L T ONA en AE AE EE LE N EE EO EE EE EE EE 5 1 oe tele ld ede EE EE EA RE EE EE OE EE RE OE OE AE ER 5 1 5 2 AMP SAUS RE EG ata eee iat SE ER ES RE ED e Stes DR Ee do oe Lh 5 2 5 3 Port Configuratio EE RE EE OR EE EE EE EE IE OE N EE EE 5 3 5 4 ed el Ge RE EE N EE ER EE RE OE EE EE N EN 5 4 Chapter 6 Ndl EE EE EE EE EE EE EE OE EE N EE gege 6 1 ele le ede ERA ahi NA OE EE OE EO 6 1 6 2 Load balancing Methods iis se ee E E AE Re ee AR Re ee AE Ge a ee AE Re ee E Re e
8. All Ports Status screen to bring up the Port Configuration screen Use this screen to configure the specified port Part Configuration amp Den ID Figure 5 3 Port Configuration Table 5 3 Port Configuration Description FIELD DESCRIPTION EXAMPLE Port ID The letter or number that identifies this port A Port Name Give each port a name up to 255 characters for identification purposes myportname This field is case sensitive Access Status Select Enable or Disable to enable or disable port access Enable default Connector This read only field shows the port s connector type There are RJ 11 TX phone connectors for the phoneline networking ports and TX RJ 45 Ethernet connectors for the Ethernet ports Pot SOS PES 1014 User s Guide FIELD DESCRIPTION EXAMPLE Security Use the Security box to set up security functions for the selected port Disable Select Enable to have the switch discard all packets that violate the default security parameters A security violation is defined as any incoming packet that does not match an SA Source MAC Address in the forwarding database When Disable is selected the SA of incoming packets is not checked See 8 2 2 for information on adding static entries to the forwarding database Address Learning Select Enable to enable or Disable to disable dynamic MAC address Enable learning default Full Duplex Flow Selec
9. Bruce field is case sensitive Old Type the current password for this account is displayed This field is eiii Password case sensitive New Type the new password for this account is displayed 32 characters is ii Password the maximum length This field is case sensitive Retype Type the password again to make sure you entered it correctly is EE ie Password displayed This field is case sensitive Click Apply to save your changes to working memory or click Reset to go to the previous configuration Refer to 3 5 4 for directions on saving your changes to flash memory before you restart the switch You can only change the password of the account that you are logged in on Account You cannot change the Null Account Password 12 3 PES 1014 User s Guide Appendix A System Parameters System Parameters CATEGORY DEFAULT OPTIONS NOTE VALUE seme OO System Configure SuperMAC disable enable disable The capability to use an aggressive backing off algorithm as collisions occur Aging Control enable enable disable Capability to age the entries in the dynamic learning address table Aging Time 10 min 0 30 min The time period a source MAC address can stay in the address table Broadcast Storm 48 16 32 48 64 Limits the number of consecutive broadcast packets Control Threshold received by the switch Panel Refresh 10 sec 1 60 sec Refresh time interval of the switch panel Time Interval Coun
10. LINK DESCRIPTION System Use System to view general system information and set related system functions Port Use Port to view information about the main functions and status of each port and set individual port functions Trunk Use Trunk to view trunk status and set trunk configuration and mapping VLAN Use VLAN to display VLAN status and edit VLAN setup Forwarding DB Use Forwarding DB to display the status of the MAC based forwarding database and edit entries Statistics Use Statistics to view the statistical contents of each port and host STP Use STP to edit the Spanning Tree Protocol switch and port parameters Reset Use Reset to reset counters and factory defaults or restart the switch Account Use Account to view and add delete accounts or change passwords 3 5 2 Front Panel Click to enlarge PWR FAN CONSOLE zg 70910 WWM ww DIS ad EET Cent z wo FOOD E FOOD PES 1000 sumas Figure 3 9 Front Panel On the front of the switch we see different ports and LEDs Represents an Ethernet port W Represents an RJ 11 Port Table 3 2 Manager Front Panel LEDs LED COLOR STATUS DESCRIPTION PWR Green On The PES 1014 is receiving power Off The PES 1014 is not receiving power FAN Orange On The fan is malfunctioning Off The fan is operating normally CONSOLE Green On The CONSOLE port is connected Off The CONSOLE port is not connected 3 4 Getting Started PES 10
11. Statistics link and click Packet Attributes to display the Packet Attribute screen shown next Packet Attribute gt Port ID Unicast TX Unicast RX Multicast TX Multicast RX Brodcast TX Broadcast RY Figure 9 6 Packet Attribute Table 9 5 Packet Attribute Description FIELD DESCRIPTION Port ID This is the label of a port Unicast TX The total number of good packets addressed to a unicast address that the port transmitted Unicast RX The total number of good packets addressed to a unicast address that the port received Multicast TX The total number of good packets addressed to a multicast address that the port transmitted Multicast RX The total number of good packets addressed to a multicast address that the port received Broadcast TX The total number of good packets addressed to a broadcast address that the port transmitted Broadcast RX The number of good broadcast packets received 9 6 Statistics PES 1014 User s Guide 9 7 Collision Info Move the cursor over the Statistics link and click Collision Info to display the Collision Info screen shown next Collision Info gt Port ID 0 Collision 1 Collision MultiCollisions 14 0 0 0 0 Figure 9 7 Collision Info Table 9 6 Collision Info Description FIELD DESCRIPTION Port ID This is the label of a port 0 Collision The number of packets with no collision detected 1 Collision The number of packets with 1
12. This is aclass A product In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures Certifications Refer to the product page at www zyxel com iv Interference Statements and Warnings PES 1014 User s Guide Customer Support If you have questions about your ZyXEL product or desire assistance contact ZyXEL Communications Corporation offices worldwide in one of the following ways Contacting Customer Support When you contact your customer support representative have the following information ready Product model and serial number Firmware version information Warranty information Date you received your product Brief description of the problem and the steps you took to solve it METHOD E MAIL SUPPORT TELEPHONE FAX WEB SITE FTP REGULAR MAIL SALES SITE LOCATION Worldwide support zyxel com tw 886 3 578 3942 www zyxel com ZyXEL Communications Corp 6 Innovation Road Il support europe zyxel com www europe zyxel Science Based Industrial com Park HsinChu Taiwan 300 R O C sales zyxel com tw 886 3 578 2439 ftp europe zyxel co m North support zyxel com 1 714 632 0882 www zyxel com ZyXEL Communications Inc America 1650 Miraloma Avenue 800 255 4101 Placentia CA 92870 U S A sales zyxel com 1 714 632 0858 ftp zyxel com Scandinavia support zyxel dk 45 3955 0700 www zyxel dk ZyXEL Communicat
13. before sending data packets to make sure all of the packets are sent correctly The forwarding database address table look up table forwarding table can be built by dynamic automatic address learning or by static manual entry When using dynamic address learning it is possible to age out certain entries if aging control is enabled and the aging time expires but it is also keeps updating for new packets received with different SAs The switch does not age out or update static entries The only way to change the static entries is through manual editing in the Edit Static Entry screen Moving the cursor over the Forwarding DB link brings up the following submenus System Port Trunk VLAN Forwarding p gt Current Status SS Current Static E STP Edit Static E Reset Account Figure 8 1 Forwarding Database Bar Enabling the Security setting for a port in the Port Configuration screen 5 3 automatically disables the aging out timer for that port and changes it to a static entry in the forwarding database 8 2 Current Forwarding DB Status Move the cursor over the Forwarding DB link and click Current Status to display the Current Forwarding DB Status screen shown next This screen shows the current forwarding database status A total of 1K MAC address entries can be stored in the device Forwarding Database 8 1 PES 1014 User s Guide Current Forwarding DB Status gt Refresh Data l e Po
14. for the name of the contact Bob Administrator person for this switch This field is case sensitive Device Description This read only field displays your device s model name PES 1014 Device Up Time This read only field displays the length of time that your 0 day 22 hr 29 min 39 91 device has been up and running since it was last initiated sec Click your browser s refresh button to get up to date information in this field Product Version This read only field displays the version of your device 1 0000 Firmware Version This read only field displays the current firmware version of 1 13 9062153 your device Hardware Version This read only field displays the current hardware version of 1 1 your device Click Apply to save your changes to working memory or click Reset to go to the previous configuration Refer to 3 5 4 for directions on saving your changes to flash memory before you restart the switch 4 2 System PES 1014 User s Guide 4 3 System Configuration Move the cursor over the System link and click System Configure to display the System Configuration screen shown next Use the System Configuration screen to set up functions of the system It can also set the counter and panel refreshing time intervals These settings apply to the whole device System Configuration SuperMAC Aging Control Aging Time 0 30 min BroadCast Storm Control Threshold Panel Refresh Time Int
15. is one that can only be changed manually and is not aged out by dynamic address learning Move the cursor over the Forwarding DB link and click Current Static E to display the Current Static Entries screen shown next This screen shows the current status of the static address table which includes port trunk and the MAC address Only activated static entries are shown on this screen 8 2 Forwarding Database PES 1014 User s Guide Current Static Entries gt Hip EE 7 7 EE E EEN al Port 9 00 C0 00 00 00 1A 4 Port A 00 C0 00 00 00 16 10 Port B 00 C0 00 00 00 99 Figure 8 3 Current Static Entries Table 8 2 Current Static Entries Description FIELD DESCRIPTION EXAMPLE ID This management system supports 256 explicit static address entries click 1 each entry s ID to get the Edit Static Entry screen for editing Port Trunk This column indicates the member port of each static address entry Port 9 MAC This column shows the address of each static address entry Each entry is a 12 00 C0 00 00 digit real MAC address 00 1A Each entry must have a unique MAC address in the system 8 2 2 Edit Static Entry Move the cursor over the Forwarding DB link and click Edit Static E to display the Edit Static Entry screen shown next Choose a static entry to edit its status as well as port or trunk Edit Static Entry A Pang OPat2 Cmeki E pat Pond Cros CPote C Tunka Par Cpe Cr
16. see Ee Re SR stave E SEEP Gog ee Se RSG RED EERSTEN DEES END ke Ge ERGE eb eg 11 2 oie Ee Account E OE EO EE ER EE ER N 12 1 Figure 12 ACCOUNE PERS ER AE LL HE EE 12 1 Figure Jedder ee 12 2 Figure A SEE EE EE OE EE N EE N 12 3 X List of Figures PES 1014 User s Guide List of Tables Tabl 2 1 Front Panel Ports sis en de 2 1 Table 2 2 PES 1014 Network Module LED Descrppnons sesse esse se se see ee ke eed Ge ee ee ee ee Se Gee SR GRA GRA Gee bee Ge ee ee ee ee 2 1 Table 2 3 Connecting E EE 2 2 Table 3 1 Information Deseriptrons verter delia eg ee gee 3 4 Table 3 2 Manager Front Panel LEDS siinon aereos EE OE EE OE OE N 3 4 Table 4 1 System Info Bes TEE OO RE ER RR OE EO EE 4 2 Table 4 2 System Configuration Description e iese see see se ee ee ee Ge Se cono GR GR on Et rE es Ge nr nn ee non rees ER EE cone on neon neon nena nena ee ee 4 3 Table 4 3 Port Monitoring Configuration Description oooonnccnocnnonnconoconcnnnconoc noc no nono nn nono nono ee non ee Re none cone GRA GRA Re Gee ee se ee ee 4 4 Table 4 4 Networking Description senere ninni see ee ee ee ee non e Re Dn GRA On RR Inn ee Ge RR E NOR NOR NOR EEE Re Gee ee se criaron 4 5 Table 4 5 SNMP Community Description iese ses see see se ee ee ee Ge Ge coreo neon RA Gee ee nn nn nn ee ee esten nn none on neon neon nena nono nina ee ee 4 7 SNS DA O 4 7 Table S I AlN HOES EO INDIER OU EO 5 2 Table 5 2 Speed Duplex dii EE RO EE iaa iio 5 3 Table 5 3 Port Configuration Des
17. 0 00 MAC 10 10 28 Address Root Port This read only field shows the port that offers the lowest cost path from this bridge 0 to the root bridge Root Path This read only field contains the lowest cost for connecting this bridge to the root 0 Cost bridge through the root port Bridge Hello The time interval between BPDU packets in STP all of the bridges will send the 2 Time 1 10 BPDU packet to elect the root bridge periodically The root bridge will keep sec sending the packets to make sure it is still the root bridge after it has been elected Bridge Hello Time can be set from 1 to 10 seconds the default value is set at 2 seconds Bridge Max Bridges will begin to send BPDU packets for electing a new Root Bridge if they 20 Age 6 40 receive no BPDU packets from the Root Bridge for longer than the time period in sec Bridge Max Age Bridge Max Age ranges from 6 to 40 seconds the default value is 20 seconds Forward Forward Delay determines how long the switch waits before changing its STP 15 Delay status from listening learning to learning forwarding default SE as You can modify the Forward Delay time to fit your network topology Larger networks need longer delay times Click Apply to save your changes to working memory or click Reset to go to the previous configuration Refer to 3 5 4 for directions on saving your changes to flash memory before you restart the switch 10 2 STP PES 1014 User s Guide 10 3 Spanning
18. 14 User s Guide LED COLOR STATUS DESCRIPTION A B these are the Ethernet ports On The port is connected to a 100Mbps Ethernet 10 1190 Groen Dim The port is connected to a 10Mbps Ethernet Off The port link is down ACT LINK Green Blinking The port link is sending receiving data 1 14 these are the phoneline ports LINK Green On The phoneline networking link is up Off The phoneline networking link is down ACT Green Blinking The phoneline networking link is sending receiving data Off The phoneline networking link is not sending receiving data e Click on a port to enter that port s configuration screen You may modify the panel refresh time in the System Configuration screen Click the top right icon Loi of the panel to hide the front panel 3 5 3 System Info System Info Device Name PES 1014 D day OO hr 04 min 29 46 sec 1 0000 1 14 10121110 1 1 Apply Reset Figure 3 10 System Info e This screen refreshes every 3 minutes e See 4 2 for detailed field descriptions Getting Started 3 5 PES 1014 User s Guide 3 5 4 Saving Changes If you do not save your configuration changes to flash memory all of your changes will be lost when the switch is restarted Use the following steps to save changes when you are done configuring a screen Step 1 Click Apply this saves the settings to working memory Step 2 Move your cursor ov
19. 5 Table 9 5 Packet Attribute Description Eege ds ERGE Be ge deena Se ERGE ESE o Eei sods sasuseevenshgessedscedegeessgodasesegessees gt 9 6 T ble 9 6 Collision Into Description esse ge Es SERS ER oe e Ee ee se Ee rade ge dise 9 7 Table 9 7 Single Port Statistics DeSCription ooooonnnonncononnnocnnononanconnconoco nono EEE EE GR Gee EE E Ge ee Ge See SR Re GR GRA Re Gee ee ge ee ee 9 8 Table 10 1 Spanning Tree Configuration Bridge Description ooonoccncnnnonnnoncnonconoconocnnocnnonnnonnnonn ee ee ee ee Se cone Se RR RA Re ee ee 10 2 Table 10 2 Spanning Tree Configuration Port Descrpton iese esse se se se Ge GR GR Ge Gee Ge ee cnn crac conc cnn Ge Re cone GR RA Re ee 10 3 Tabl e 12 1 Account List Descriptio ser EE SEGE DEE Ee ES rca 12 2 Table 12 2 Add Del Account Description ees see se see ee ee ee ee ee Ge Ge Ge Re GR GRA GRA Gee Gee ee ee ee ee Se Ge Re Ge Re GR RA Re ee 12 2 Table 12 3 Change Password Description ens iseng n see see se ee ee ee Ge Ge R Gee ee Ge ee ee ee Ge Ge E GR Re GR GRA RA a 12 3 List of Tables xi PES 1014 User s Guide Preface Congratulations on your purchase of the PES 1014 Phoneline Ethernet Switch This preface introduces you to the PES 1014 and discusses the conventions of this user s guide About the PES 1014 The PES 1014 is a Phoneline to Ethernet switch that multiplexes traffic from up to 14 phone lines to an Ethernet network before it is forwarded to the Internet It operates without a need for sp
20. 56 and 511 octets in length 512 1023 The number of packets including bad packets transmitted that were between 512 and 1023 octets in length 1024 1518 The number of packets including bad packets transmitted that were between 1024 and 1518 octets in length 9 4 Statistics PES 1014 User s Guide 9 5 Packet Analysis RX Move the cursor over the Statistics link and click Packet Analysis RX to display the Packet Analysis RX screen shown next Packet Analysis RX 512 1023 1024 1518 Figure 9 5 Packet Analysis RX Table 9 4 Packet Analysis RX Description FIELD DESCRIPTION Port ID This is the label of a port 64 in_length The number of packets including bad packets received that were 64 octets in length 65 127 The number of packets including bad packets received that were between 65 and 127 octets in length 128 255 The number of packets including bad packets received that were between 128 and 255 octets in length 256 511 The number of packets including bad packets received that were between 256 and 511 octets in length 512 1023 The number of packets including bad packets received that were between 512 and 1023 octets in length 1024 1518 The number of packets including bad packets received that were between 1024 and 1518 octets in length Statistics 9 5 PES 1014 User s Guide 9 6 Packet Attribute Move the cursor over the
21. 7 1 1 VLAN Status Move the cursor over the VLAN link and click Current Status to display the read only VLAN tatus screen shown next This screen shows the current VLAN status in the switch Click the Group ID number of a VLAN Group to set the related attributes of that group regarding Status Name and Port Members e VLAN Group 1 is the default VLAN setting with all ports included You must disable VLAN Group 1 for new VLAN groups to take effect e Enabling STP enables the default VLAN automatically Disabling the default VLAN disables STP and vice versa VLAN 7 1 PES 1014 User s Guide VLAN Status amp Jat Enable Default VLAN TI ABI23456789 10 19 121314 AB12345878910 11 1213 4 IF Enable ASTM Enable 34569 Figure 7 2 VLAN Status Table 7 1 VLAN Status Description FIELD DESCRIPTION Group ID There are 128 possible VLAN Groups VLAN Group 1 is the default and non editable Click any of the other Group ID numbers to display the corresponding VLAN editing screen VLAN Status This column indicates the current status of all VLAN groups Enable means that the selected VLAN is active Disable means that the selected VLAN is inactive VLAN Name This is the name of a VLAN group The maximum length for this name is 32 characters This field is case sensitive Port Members This column shows the participating ports of a particular VLAN group Add or delete port members by doin
22. E EE AE ER N EE OE AE OE E 2 4 Figure 3 1 EOOR es GE ei RE ake eas as Eg DES SR See oa ee ca ee eA 3 1 Figure 3 2 AN AE RE EE EE EE OE 3 2 Eisure 3 3 Main Screen EE RE RE EE EG 3 3 Figure ENE HEER EE EE EE EO ROER EE IE EER EE 3 3 EU EA OE EE E S DER EE 3 3 SERE EE EE ER hg EE EE N 3 3 Figure 3 7 Information Panel EO EO EO EO OE EE OE N EE NRS eS 3 3 Figure 3585 Witch COM sive EE ER EE EE EE N EE EE N 3 4 Figure 3 9 Front E ANALE RR HE OR EE N EE OE EE EE 3 4 Figure3 10 System e EE 3 5 Figure RE EE EE OE RE EE RE EE 4 1 Figure 4 2 System lO in RE EO EE OE N NG 4 2 Figure 4 3 System Configuration EE OE RE EER ER AE ER EE EE N N AE 4 3 Figure 4 4 Port Monitoring Configuration iese sesse esse ese ee ee Se Ge GR RA nono none none Se nr nn ee ee Ge Ge ee ee Se Dn neon neon neon nena nc ee se ee ee 4 4 Eier NR sd din AR OE ER EO E EE ON 4 5 Figure 4 6 SNMP Community EE 4 6 Figure 427 SNMP se ER OE EE EE HE EE EE OE EE iia 4 7 att 4 8 Figure 4 9 Firmware a AA RN steeds 4 9 Figure 5 L Port Dates ER EE EE N 5 1 Fisur 352 All Ports Status citrico nori 5 2 Figure 5 3 Roter Etienne EE 5 3 Figur A ES 5 5 Figure 6 1 did SEER EE EE EENS CSC 6 2 Fipiire 6 2 Trunk Status Cree mitad 6 2 Figure 6 3 Load Balancing Mode Selection Screen ese se se ee ee ee RR Ge AR BR ee See GER Ge ee Bee Ge nano rn non none ra nan canon nara ee ee ee ee 6 3 Figure 6 4 MAC based Mode Trunk Configuration Screen 6 3 Figure 6 5 Port based Mode Trunk Configurati
23. IELD DESCRIPTION EXAMPLE The name is case sensitive and can be a maximum length default of 12 characters Community Indicates the name of the community that the management public host belongs to See the previous figure or the top half of default the screen Status Select either Enable or Disable to enable or disable the Enable SNMP management functions of each management host default Click Apply to save your changes to working memory or click Reset to go to the previous configuration Refer to 3 5 4 for directions on saving your changes to flash memory before you restart the switch 4 7 Save Changes Move the cursor over the System link and click Save Changes to display the Save Changes screen shown next All the settings mentioned above are stored only in working memory and are lost after the power is turned off After you configure settings use the following procedure to store them Step 1 Click Apply Step 6 Click System in Information and then Save Changes Step 2 Click Save to save the settings into flash memory Restart the device see 3 5 4 to store the settings in long term memory Save Changes gt Figure 4 8 Save Changes 4 8 Firmware Upgrade Use Internet Explorer 5 0 or later to upgrade the firmware Do not interrupt the upgrade process interrupting it causes an error Restart the switch immediately after the upgrade is completed Move the cursor over the System link and click Software Up
24. PES 1014 Phoneline Ethernet Switch Version 1 14 November 2001 User s Guide ZyXEL TOTAL INTERNET ACCESS SOLUTION PES 1014 User s Guide Copyright Copyright O 2001 by ZyXEL Communications Corporation The contents of this publication may not be reproduced in any part or as a whole transcribed stored in a retrieval system translated into any language or transmitted in any form or by any means electronic mechanical magnetic optical chemical photocopying manual or otherwise without the prior written permission of ZyXEL Communications Corporation Published by ZyXEL Communications Corporation All rights reserved Disclaimer ZyXEL does not assume any liability arising out of the application or use of any products or software described herein Neither does it convey any license under ts patent rights nor the patent rights of others ZyXEL further reserves the right to make changes in any products described herein without notice This publication is subject to change without notice Trademarks Trademarks mentioned in this publication are used for identification purposes only and may be properties of their respective owners ii Copyright PES 1014 User s Guide ZyXEL Limited Warranty ZyXEL warrants to the original end user purchaser that this product is free from any defects in materials or workmanship for a period of up to two 2 years from the date of purchase During the warranty period and upon proo
25. S Tata Tee Te tegt EIEN aa Item E Access status E Security IF Address Learning E Broadcast Storm Control Apply Figure 5 4 Port Assigned Table 5 4 Port Assigned Description FIELD DESCRIPTION Source Port Select the port with the settings that you want to duplicate to other ports Target Port Select the port s to which you want to copy the settings of the source port Click Select All Ports to select all ports and Clear All Ports to clear all ports ltem Choose up to four properties to copy from the Source Port to the target port s Click Apply to save your changes to working memory Refer to 3 5 4 for directions on saving your changes to flash memory before you restart the switch 5 5 PES 1014 User s Guide Chapter 6 Trunk 6 1 Introduction Trunking means aggregating multiple low speed physical links onto a single higher speed logical link For example two Fast Ethernet 100Mbps links could be aggregated into one single 200Mbps link Trunking is an advanced feature of the PES 1014 Exercise extreme caution if you decide to configure these menus Configure up to four trunks with two to four ports in each trunk The last number of the trunk set must be port 2 6 10 or 14 Within each trunk set you may freely gather two to four ports into one trunk For example you cannot group ports 2 and 3 to form a trunk because they are not in the same tru
26. Tree Configuration Port Move the cursor over the STP link and click Port Parameters to display the Spanning Tree Configuration Port screen shown next This screen consists of the priority related settings path cost and port state Spanning Tree Configuration Port gt Port ID F Priority Path Cost 1 65535 Port State Forwarding Apply Reset Figure 10 3 Spanning Tree Configuration Port Table 10 2 Spanning Tree Configuration Port Description FIELD DESCRIPTION EXAMPLE Port ID Select a port to configure Only the leading port of the trunk is shown to represent 2 its role in the spanning tree protocol if the trunk is set Priority Priority decides which port should be disabled when more than two ports form a 128 0 255 loop in a switch A higher priority value means that the port is easier to disable default Priority ranges from 0 to 255 Path Cost Displays the path cost of the port When more than one port in the switch is 19 1 65535 connected to the Root Bridge by more than one path through different ports only default the port with lowest path cost is active Path cost ranges from 1 to 65535 Port State This read only field displays the Spanning Tree Port condition Forwarding Blocking forwards an incoming packet to the CPU only if it is a BPDU packet other packets are discarded Listening acts as blocking state it does not forward any packet except BPDU packets
27. Trunking Load Balancing Method Selecton eee 6 2 Port M n se dees ses ese ees ge Arpe 6 5 Load balancmg esse sesse neuere 6 1 eo RA OE ER EE EE 5 2 MAC based EES sede EE EERS De aia ens 6 1 POTS Plain Old Telephone Service 1 3 uk EE EN 3 1 oorl EE EE EE OE EE xii Loop Free Network ntsc 1 2 Procedure to Save Changes ooccoccconcnonoconcnnninncnanonanannnonos 4 8 M Q MAC based Trunking iese ese se see se ee Re Ge RA Ge ee 6 3 e EE IR OU e OE 1 2 Bit Select cocino RE EA N 6 3 R Bit Selection Example AA 6 4 Rear Paneles EE OE EE ON at 2 4 Trunk Configuration oo ses se se ee ed GR ee ee 6 3 Rear Panel Connections Maln Screen RA OE EI EO EE N 3 3 Rear Palulo 2 4 Management EE ss EE OE SERE Reg Ges Ek tions Seg Ee DEK Gee ig 1 1 Reboot Device 11 2 MDF Main Distribution Frame 2 2 Related Documentation sesse esse se se ee ee ee ee RR Re ee xii Memory Buffer ctas 1 1 ETER aii 3 6 11 1 MTU ApplicaHOn iese see se see ee se ee cnn ee Se Ge Re Ge 1 3 Reset Counters iese se se ed eieo ee ee ee Se Ge Re ee 11 1 Multi Dwelling Un 1 1 Reset To Factory Default iss ss sesse es se ee ee ee ge 11 2 Multi Tenant Unit osc secs ticos GESE ERGE REG Ie ae EERS ee EG 1 1 AE RE OR EER EE 2 2 N S Networking su EE iii iris 4 5 Safety Instructions ese ee se se Se ee ee Se Re GR GR ee ee E Number of SNMP HOS see sees see see see se ee ee ee 4 7 Save CO amapolas 4 8 O Saving Changes RR EE EE i 3 6 Operating Humidity ooocccnnccnnccco
28. according to the procedure discussed next Trunk 6 3 PES 1014 User s Guide The designated two bits of the SA and DA are Exclusive Or d XOR Table 6 1 Exclusive Or BINARY BIT PAIR XOR RESULT These combinations map to trunk ports as shown next The left value represents SA and the right represents DA Table 6 2 Bit Selection Port Assignment XOR RESULT PORT FORWARDED TO PAIR 1 1 trunk port 1 1 0 trunk port 2 0 1 trunk port 3 MAC Address Based Mode Bit Selection Example Select Trunk 2 from Trunk Assignment and 0 1 MAC Address Based Mode Bit Selection in the MAC based Mode Trunk Configuration screen The following two packets are forwarded as follows Table 6 3 MAC Address Based Mode Bit Selection Example PACKET SA DA PORT FORWARDED TO Packet 1 00 C0 A7 98 FE 81 00 C0 A7 98 FE 9B Port 4 trunk port 2 Packet 2 00 C0 A7 98 FE 80 00 C0 A7 98 FE 9A Port 5 trunk port 3 6 3 4 Port based Mode Trunk Configuration Assign ports that map to a trunk in this screen when you choose Port Based Method in the Load Balancing Mode Selection screen shown previously Aggregate between two and four ports to each trunk The last two bits are 81 which is 10000001 binary Exclusive Or these last two least significant bits 01 to give 1 The last two bits are 9B which is 10011011 binary Exclusive Or these last two bits 11 to give 0
29. acters for identification purposes This field is case sensitive myport Link This column indicates the current link status of each port UP represents connected DOWN represents disconnected Up Speed Duplex This column shows each port s current transmission speed of 10 Mbps or 100 Mbps as well as its duplex Refer to Table 5 2 for more information Duplex Full indicates simultaneously sending and receiving transmissions at 10Mbps or 100Mbps Half indicates sending or receiving at 10Mbps or 100Mbps in one direction only at a time 100 FULL STP Port Status This column represents the port s status in STP Spanning Tree Protocol Possible states are forwarding listening learning blocking and which means the Spanning Tree Protocol is disabled Refer to Chapter 10 for more information on STP 5 2 Port PES 1014 User s Guide Table 5 2 Speed Duplex Settings SPEED DUPLEX DESCRIPTION 100 FULL This port is simultaneously sending and receiving transmissions at 100 Mbps full duplex 10 FULL This port is simultaneously sending and receiving transmissions at 10Mbps full duplex 100 HALF This port is sending or receiving at 100Mbps in one direction only at a time half duplex 10 HALF This port is sending or receiving at 10Mbps in one direction only at a time half duplex 5 3 Port Configuration Click on a port s Port NO in the
30. ak st TD y 000 0000 _CONSOLE 1 2 3 4 5 7 8 9 10 n 12 13 14 a sy BH 1294567 8910032131 140000000000000000 LK EJEA imO00000000000000040 ETHERNET MIX MD PES 1000 series Figure 2 1 PES 1014 Front Panel 2 1 1 Front Panel Ports The following table describes the ports on the front panel of the PES 1014 Table 2 1 Front Panel Ports PORTS DESCRIPTION CONSOLE An RJ 45 10 100 Mbps auto sensing Ethernet port for configuring the PES 1014 ETHERNET A MDI X An RJ 45 10 100 Mbps auto sensing Ethernet port for WAN connection to a switch or router B MDI An RJ 45 10 100 Mbps auto sensing Ethernet port for WAN connection to a switch or router 1 14 RJ 11 ports that connect users to the PES 1014 2 1 2 Front Panel LEDs The following table describes the LED indicators on the front panel the PES 1014 Table 2 2 PES 1014 Network Module LED Descriptions LED COLOR STATUS DESCRIPTION PWR Green On The PES 1014 is receiving power Off The PES 1014 is not receiving power FAN Orange On The fan is malfunctioning Off The fan is operating normally CONSOLE Green On The CONSOLE port is connected Off The CONSOLE port is not connected Hardware Overview 2 1 PES 1014 User s Guide LED COLOR STATUS DESCRIPTION SNMP Green These LEDs are used in a diagnostic test when the PES 1014 turns on PSR Green They turn o
31. bel of a port Fragment Represents the number of packets received that were less than 64 octets long and had either an alignment or CRC Cyclic Redundant Check error Jabber Represents the number of packets received that were longer than the maximum octet length specified for the system by the configuration software and had either a CRC or alignment error Alignment The number of packets received that were of the proper size but had a CRC error and a non integral number of octets Late The number of times a collision was detected later than the first 512 bits of a transmission Collision Statistics 9 3 PES 1014 User s Guide 9 4 Packet Analysis TX Move the cursor over the Statistics link and click Packet Analysis TX to display the Packet Analysis TX screen shown next Packet Analysis TX 256 511 512 1023 1024 1518 Figure 9 4 Packet Analysis TX Table 9 3 Packet Analysis TX Description FIELD DESCRIPTION Port ID This is the label of a port 64 in_length The number of packets including bad packets transmitted that were 64 octets in length 65 127 The number of packets including bad packets transmitted that were between 65 and 127 octets in length 128 255 The number of packets including bad packets transmitted that were between 128 and 255 octets in length 256 511 The number of packets including bad packets transmitted that were between 2
32. ckets The PES 1014 discards consecutive incoming broadcast packets that exceed this number System 4 3 PES 1014 User s Guide FIELD DESCRIPTION EXAMPLE Panel Refresh Select how often you wish to refresh this screen Options range from 1 to 60 10 Time Interval seconds You must reopen the page after configuring to make the new default 1 60 sec settings active Counter Refresh Select how often you wish to refresh the statistics counters Options range 10 Time Interval from 1 to 60 seconds You must reopen the page after configuring to make default 1 60 sec the new settings active Click Apply to save your changes to working memory or click Reset to go to the previous configuration Refer to 3 5 4 for directions on saving your changes to flash memory before you restart the switch 4 4 Port Monitoring Configuration The PES 1014 allows you to use a network analyzer or sniffer program on a computer to do port snooping on an individual port You can monitor and analyze data traffic as well as capture packets Move the cursor over the System link and click Port Monitoring to display the Port Monitoring Configuration screen shown next Use this screen to specify a port to monitor and the snooping port s to do the monitoring Only one monitored port 1s allowed at one time Different snooping ports can monitor the incoming and outgoing packet flows Check the Status boxes to enable the monitoring of the incomi
33. collision detected Multi Collisions The number of packets with 2 to 15 collisions detected Excessive Collision The number of packets with more than 15 collisions detected Statistics 9 7 PES 1014 User s Guide 9 7 1 Single Port Statistics Move the cursor over the Statistics link and click Single Port to display the Single Port Statistics screen shown next This screen displays the single port information of a selected Port ID See earlier in this chapter for field descriptions Single Port Statistics Port ml Brie TE 135031 Bri EM 54676 Figure 9 8 Single Port Statistics Table 9 7 Single Port Statistics Description FIELD DESCRIPTION Port ID This is the label of a port Select one to see its statistics Clear Counter Click Clear Counter to reset a selected port s counters to zero 9 8 Statistics PES 1014 User s Guide Chapter 10 STP 10 1 Introduction Spanning Tree Protocol STP is IEEE standard 802 1d that avoids looping in the network while maintaining multiple Ethernet bridges STP can avoid loops by placing ports in forwarding state or in blocking state to establish redundant paths When STP is enabled the switch will execute STP Bridge Protocol Data Unit BPDU packets as below e If the port is in Block N Listen State or Learning State the BPDU packet is forwarded to the CPU other packets are discarded e Ifthe port is in the Forwarding State
34. cription sissies see ee se ee ee ee Ge Se GR Re cone GRA GR Gee ee nn ee ee EE Ge See GR GR RA s Gee b se ee ee 5 3 Table 5 4 Port Assigned DescripHON A 5 5 Table 6 1 Exclusive ORE EE EE OE OE EE OE EE EE NO ET 6 4 Tabl 6 2 Bit Selection PofLASS1gnMEnt sie ia SR eege eege ee dE deeg 6 4 Table 6 3 MAC Address Based Mode Bit Selection Example oooncnnnnnncnocnnoncconccononononnnonnnnononanonnonnncn no cono GR GRA Re Gee ee se ee ee 6 4 Table 6 4 Port based Mode Mapping cccccccccnnoncconoconocononononnnonn oran non Ge enn cnn one enn GRA RR ne nn RR ee ee Re RR NEON NOR E OR RR GRA On ne Gee Gee Ge crac ee ee ee 6 5 Table 7 1 VLAN Status Description A O 7 2 Table 7 2 Edit VLAN Group Desir OE N EE N ET N EE 7 3 Table 8 1 Current Forwarding DB Status Description oooocconcconnnonononononcnnnconoco nono nono nono no ee Ge ee ee ee ee Se GR GR GRA Re Gee ee se ee ee 8 2 Table 8 2 Current Static Entries DescriptONn esse sesse esse ese ee se Ge Ge See Ge nono no cono nono ee nn nr non nan ee ran anno ke Se Re cn neon neon nena nc nn nena ee ee 8 3 Table 8 3 Edit Static Do AAA AN 8 4 Table 9 1 TX RX Counters BEUR EE EE EE OE EE 9 2 Table 9 2 Error Counters Description AG ee Ae 9 3 Table 9 3 Packet Analysis TX Description snose GR GRA on nono nono n Ge ee nen non ran nene cone cn neon neon nena nc ee ge ee ee 9 4 Table 9 4 Packet Analysis RX Descrppon nono no cono GRA Re Ge ee Ge nn nan RR nan ran non Re GR cn neon nc Re Gee ee se ee ee 9
35. de 2 5 Rear Panel Make sure you are using a 100 240 Volt AC 50 60 Hertz power source The following figure shows the rear panel of the PES 1014 O O AC LINE 100 240YAC 50 60Hz 1 04 MAX Figure 2 4 PES 1014 Rear Panel Connect the female end of the power cord to the power receptacle on the rear panel of your PES 1014 Connect the other end of the cord to a power outlet Make sure that no objects obstruct the airflow of the fan located on the side of the unit 2 4 Hardware Overview PES 1014 User s Guide Chapter 3 Getting Started 3 1 Port Naming The Port labeled CONSOLE is referred to as the out of band port All other ports A B and 1 14 are referred to as in band ports 3 2 Web Browser Use IE 5 0 or later or Netscape 4 0 or later to access the web based manager Make sure your computer s IP address is in the same subnet as the IP address of the port you are accessing either out of band or in band The default IP addresses are as follows 192 168 11 1 for the CONSOLE port out of band 192 168 10 1 for all other ports in band After the first login refer to 4 5 for information on configuring the switch s IP address 3 3 Login Procedure for a first login using the out of band console port Step 1 Type in your PES 1014 s IP address as the URL in your web browser 192 168 11 1 for the out of band console port Step 2 The Enter Network Password screen ap
36. e AR Re ee AE ee ee 6 1 6 2 1 MAC based Load balancne curtir leerla leete series 6 1 6 2 2 Port based Ioad balan ig cms oa 6 1 6 3 A O O 6 1 6 31 Current TUNA EE 6 2 6 3 2 Load Balancing Method Selection ooooncninnnnnnnnnocnnocononcnnnconnoconoconoconocnnncnnn conan ee ee ee Ge nan ee Ge ee 6 2 6 3 3 MAC based Mode Trunk Confeuranon esse ee see se Ge ee GR Ge ee Ge Re ee ee ee ee ee Ge Ge 6 3 6 3 4 Port based Mode Trunk Configuration esse see se Ge GR SG ee Ge Ge ee ee ee ee ee ee Ge ee 6 4 6 3 5 Port based Mode Port Mappila ataca 6 5 Chapter VLAN RE N ai dica 7 1 Table of Contents vii PES 1014 User s Guide TN NO UCI ti a A A ti 7 1 EHS SS EE 7 1 Kee CR lr Le EE 7 2 Chapter8 Forwarding DB Database csssccsseeseseeseeeeesseeeeseeenseeeeseeensnesaeeesasaeeeseesaseeesseeeesenaseeaesaeesaeeessaeesaeeessaeesaeeaeees 8 1 Bal Gore le ede EE GE EA EE OE EE ege a OE N 8 1 8 2 Current Forwarding DB Status issie ee de ee ee ee GR AA Ge AA ee GR AA AA ee ee RR ee Ge ee ee AR Re AR Re ee AA ee ee ee ee 8 1 821 Current Static ENTES EE EE ceca dee les Ee oe E ees Re De de ed EE Ge Ee EE EE Gees ig 8 2 5 22 Edit Static Enty ia hee ae ett ee cis 8 3 Chapter HEET 9 1 91 Introductions wate sie A AS 9 1 92 E Keen EE EE EE EE OE Mie ee ae ee ee 9 2 A EE SE EE iced EE race sleet AE haces Ge Yel othe yates tose eee eet 9 3 9 4 Packet AnalysiS 1X sz sexi EE RR tadas 9 4 9 5 Te GEEIS ELE SEE OE EE A a 9 5 9 6
37. er System in the Information Panel and click Save Changes Step 3 Click Save in the Save Changes screen saves the settings to flash memory e Settings in the Networking screen will not take effect until the switch is restarted Do the following to restart Step 4 Move your cursor over Reset in the Information Panel and click Reboot Device Step 5 Click Reboot and Saving 3 5 5 Reset Click Reset to go to the screen s previous configuration 3 6 Getting Started PES 1014 User s Guide Chapter 4 System 4 1 Introduction Move the cursor over the System link to display the submenus shown in the next figure Figure 4 1 System System 4 1 PES 1014 User s Guide 4 2 System Info Move the cursor over the System link and click System Info to display the System Info screen shown next Use this screen to display general system information and record the switch s name location and contact person System Info gt PES 1014 D day OO hr 04 min 29 46 sec ion 1 0000 Firmware Version A A ooo Hardware Wersion Se A N Apply Reset Figure 4 2 System Info Table 4 1 System Info Description FIELD DESCRIPTION EXAMPLE Device Name Type in up to 255 characters for the name of the switch Switch 1 here This field is case sensitive Device Location Type in up to 255 characters for the location of the switch Vienna Austria here This field is case sensitive Contact Type in up to 255 characters
38. erval 1 60 sec Counter Refresh Time Interval 1 Figure 4 3 System Configuration Table 4 2 System Configuration Description FIELD DESCRIPTION EXAMPLE SuperMac Enable or Disable the capability of using a more aggressive backing off of Disable incoming pockets when collisions happen default When set to Enable the device will use a more aggressive back off algorithm back off max 3 time slots when collisions occur instead of using the standard Ethernet back off algorithm When set to Disable the device will use the IEEE802 3 standard exponential back off algorithm when collisions occur Aging Control Enable or Disable the aging time of the forwarding database s dynamic Enable entries The address table is set by automatic address learning dynamic or default by manual entry static Aging Control is only available to dynamic entries Select Enable to make the switch age the dynamic address learning entries When you select Disable the switch will not age the dynamic address learning entries Aging Time Configure this field to determine how long a source MAC address can stay in 10 0 30 min the address look up table forwarding database default Select an Aging Time range from 0 to 30 minutes Broadcast Storm Use this option to limit the number of consecutive broadcast packets 48 Control transmitted to the switch The available selections are 16 32 48 or 64 default Threshold pa
39. esse esse esse ee see ee ee ee ee ee 8 2 Broadband Service ooooconoccconcnonoccconononnncconononnnccancnonnncnnnos 1 3 Se aise ate Se E EE 1 2 5 4 Edit Static EDITY ees es bees VERE Eg ee DER Ge Soe unes 8 3 c Forwarding States iii EER Re cone innnio riri 10 1 CEM ia ada iy Froot il isis 2 1 3 4 A OE N 12 3 Front Panel TED Sucia 2 1 e E 9 7 SE a Front Panel Ports st se sen ee RE EG SEN SEGE coed EE oe Be ER ees ee si 2 1 Connections ED Ge ED RE EE 2 2 ee a Console EE EE EE a 2 2 e Getting to Know the PES 1014 oo eee see ee ee 1 1 Contacting Customer Support iese esse esse esse ee ee ee Ge v Copy Port SettingS iese sees se ese ee ee ee Se Se srete 5 5 E Hardware Overview 2 1 Copying ht seca IR E NES 11 Customer Support v i D TE SOE AE ER RE ii 4 8 Di TE AGAR AR N N 3 1 O GE 3 1 A ct incl ne bt na ER N 3 1 InfOrmatHOns ota coeds ee Ne Gee SE See 3 3 DIMENSION idas 1 2 EE ae ie MEE IMC ER De oe GE ee Do EG ee oe 1 1 Disclaimer EE ERGE EE Se EER Ge Eed Se Oe GR ERGE DER ese Ge 11 Downloading Upgrades iese ee ee ee ee ee Se ee 4 8 e RI E 5 2 EE ES E LED Descriptions West 2 1 Baie VAN Group NC 2 2 LED Indicators aisccts Reese Rees ER de fits ERGER Ee convened ds 1 2 A iets GE RE Gee Gee Re ee VER ee Ee Dee Ee 9 3 Eie Ere due icy RANDE oi ese piina E Index G PES 1014 User s Guide Dist OF FI SUPES AR AE AE EE OR KUS ix Port based Trunk Confteurapon iese sesse esse see ee eee 6 4 BEEN MEI N EN xi Port based
40. f of purchase should the product have indications of failure due to faulty workmanship and or materials ZyXEL will at its discretion repair or replace the defective products or components without charge for either parts or labor and to whatever extent it shall deem necessary to restore the product or components to proper operating condition Any replacement will consist of a new or re manufactured functionally equivalent product of equal value and will be solely at the discretion of ZyXEL This warranty shall not apply if the product is modified misused tampered with damaged by an act of God or subjected to abnormal working conditions Note Repair or replacement as provided under this warranty is the exclusive remedy of the purchaser This warranty is in lieu of all other warranties express or implied including any implied warranty of merchantability or fitness for a particular use or purpose ZyXEL shall in no event be held liable for indirect or consequential damages of any kind of character to the purchaser To obtain the services of this warranty contact ZyXEL s Service Center refer to the separate Warranty Card for your Return Material Authorization number RMA Products must be returned Postage Prepaid It is recommended that the unit be insured when shipped Any returned products without proof of purchase or those with an out dated warranty will be repaired or replaced at the discretion of ZyXEL and the customer will be billed
41. factory defaults erases all customer settings except the Networking screen in the System menu 11 4 Reboot Device Move the cursor over the Reset link and click Factory Default to display the Reset to Factory Default screen shown next Use this screen to restart the switch and save your configuration changes Reboot Device Reboot Without Saving Reboot And Save Figure 11 4 Reboot Device Screen Click Reboot Without Saving to restart the device without saving changes or Click Reboot and Saving to save your setting changes all changes will be effective after the device restarts 11 2 Reset PES 1014 User s Guide Chapter 12 Account 12 1 Introduction This system provides authentication procedures to ensure security Up to seven pairs of user ID and password are available Both the user ID and password of the factory default are null string ZyXEL recommends adding new accounts for security protection immediately after you enter the system Anyone trying to access the switch is prompted to type in an ID and password after any account is properly established Move the cursor over Account to bring up the following submenus System Port Trunk VLAN Forwarding DB Statistics STP Reset Account Browse Account Add Del Account Change Password Figure 12 1 Account Bar 12 2 Browse Account List Move the cursor over the Account link and click Browse Account to display the Account List screen s
42. for parts and labor All repaired or replaced products will be shipped by ZyXEL to the corresponding return address Postage Paid USA and territories only If the customer desires some other return destination beyond the U S borders the customer shall bear the cost of the return shipment This warranty gives you specific legal rights and you may also have other rights which vary from state to state ZyXEL Limited Warranty iii PES 1014 User s Guide Interference Statements and Warnings FCC Interference Statement This device complies with Part 15 of the FCC rules Operation is subject to the following two conditions 1 This device may not cause harmful interference 2 This device must accept any interference received including interference that may cause undesired operations FCC Warning 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 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
43. g edits in the Edit VLAN screen 7 2 Edit VLAN Group Move the cursor over the VLAN link and click Edit VLAN to display the Edit VLAN Group screen shown next Use this screen to modify a VLAN group s list of port members activity status and name Edit VLAN Group gt Group 1 6 7 Status Enable 7 Group Name Home Pr re s e ri TE Tia 44 zen Figure 7 3 Edit VLAN Group 7 2 VLAN PES 1014 User s Guide Table 7 2 Edit VLAN Group Description checkbox on the table At least two ports must be selected to form a VLAN group FIELD DESCRIPTION EXAMPLE Group ID Each VLAN group has a number as its ID as the VLAN Status screen 6 showed Select the ID number of a VLAN group for editing Status Select Enable to activate or Disable to de activate a selected VLAN group Enable Disabling a VLAN Group only deactivates it Group Name This is the name of the selected VLAN Group The name is case sensitive and Home can be up to 32 characters PortMembers To modify port members select Port Members of a group by clicking the Y Click Apply to save your changes to working memory or click Reset to go to the previous configuration Refer to 3 5 4 for directions on saving your changes to flash memory before you restart the switch VLAN 7 3 PES 1014 User s Guide Chapter 8 Forwarding DB Database 8 1 Introduction The switch will check the forwarding database
44. grade to display the Firmware Upgrade screen shown next e Download the new version firmware file through Internet by web browser or FTP 4 8 System PES 1014 User s Guide Firmira re Upgrade s Filename On Your Compa ia tee _ Click Browse Click meng Upgrade Figure 4 9 Firmware Upgrade e A bar with the text Upgrade in Progress is displayed during the upgrade e The system will complete the upgrade process automatically e Restart the device to finish the upgrade process System and choose the file stored on your computer 4 9 PES 1014 User s Guide Chapter 5 Port 5 1 Introduction Move the cursor over the Port link to display the submenus shown in the next figure Figure 5 1 Port bar Port 9 1 PES 1014 User s Guide 5 2 All Ports Status Move the cursor over the Port link and then click All Ports to display the All Ports Status screen shown next This screen shows the link status transmission speed and duplex mode of the current ports Click a port s number to link directly to the selected port Al Ports Status amp d 1O0YFUILL Up Dawn Down Down Down W IVETTE Figure 5 2 All Ports Status Table 5 1 All Ports Status Description FIELD DESCRIPTION EXAMPLE Port NO Click Port NO to go to a port s configuring screen A Port Name Give each port a name up to 255 char
45. hown next This read only screen lists all the valid accounts of the device Account List amp a geg EE j Ges wus Figure 12 2 Account List Account EOI AA PES 1014 User s Guide Table 12 1 Account List Description FIELD DESCRIPTION EXAMPLE User ID This name identifies an individual account Bruce Password This is the password that an individual must enter to access the account is ii displayed Access This field divides accounts into two levels power user and normal user A power power user Level user has full read write access to the system A normal user is limited to read only operations 12 3 Add Del Account Move the cursor over the Account link and click Add Del Account to display the Add Del Account screen shown next Use the Add Del Account screen to add or delete accounts You must fill out all three boxes on this screen User ID Password and Access Level in order to add or delete accounts The first valid account must be a power user account If you try to add a normal user account into the system for the first configuration you will get an Account operation failure message and have to try again At least one power user must exist in the account To delete the last power user will also lead to a Account operation failure AddiDel Account amp Add P Diis F Cecel Figure 12 3 Add Del Account Table 12 2 Add Del Account Description
46. ions A S Columbusvej 5 2860 sales zyxel dk 45 3955 0707 ftp zyxel dk Soeborg Denmark Austria support zyxel at 43 1 4948677 0 www zyxel at ZyXEL Communications Services GmbH sales zyxel at 43 1 4948678 ftp zyxel at Thaliastrasse 125a 2 2 4 A 1160 Vienna Austria Germany support zyxel de 49 2405 6909 0 www zyxel de ZyXEL Deutschland GmbH Adenauerstr 20 A4 D 52146 sales zyxel de 49 2405 6909 99 Wuerselen Germany Malaysia support zyxel com m 603 795 44 688 www zyxel com my Lot B2 06 PJ Industrial Park Section 13 Jalan Kemajuan sales zyxel com my 603 795 34 407 46200 Petaling Jaya Selangor Darul Ehasn Malaysia Customer Support v PES 1014 User s Guide Table of Contents COPIA ds ii ZyXEL Limited Warranty ee esse sesse ee EE REKE RR EER RR EER RR ERA RR ERGER RR EE e RARR EER RR EE aaraa aae a KERE RARR ERGER RR EER Epania RR EER RR REGEER EE iii Interference Statements and Warnings ccsecsseeesseeesseeeeseeeeseeenseeeesaeeeseeeasaeeeseeeesaeesseeeasaeesneeeesaesaseaeeeeesaseasaeeesaseeseeeesaseeeseaee iv CUSTOMER Support EE ETT A E ge De ees EP EO ee v Table e vi List of FIgULES ee EAT ix List of TablesS eise esse es ek EE Ee EA Ke AA EA Ke AA EA EA EE ERA KA KERE EA EER AE Ee AK EA Ee E EE AK Re KERE AK Ee AK Eed eed EA Ke AK Ee KA Ke ee ei Xi Bretace EE N GE noO Ee xii Chapter 1 Getting to Know the PES 1014 ee ccc cceeseessesssessnesseesseesseessesnoeseoesenesaeesaeesaessoessuess
47. kg e Metal case that is 483mm 19 inch rack mountable 1 2 Getting to Know the PES 1014 PES 1014 User s Guide 1 3 2 Operating Environment and Power e Operating Temperature 5 50 Celsius e Operating Humidity 10 90 non condensing e Input Voltage Range 100 240 Volts AC e Line Frequency Range 50 60 Hertz 1 4 MTU Application The PES 1014 delivers 1Mbps data service over existing copper telephone wires It does not interfere with Plain Old Telephone Service POTS digital telephone or ISDN traffic and does not require splitters The PES 1014 is also compatible with ADSL lines allowing service providers to deploy the PES 1014 in buildings where broadband service already exists See the following figure for an example of an MTU installation Multiple Tenant Unit MTU Phoneline to PC Card Converter Ethernet cable oneline to Ethernet Converter Phoneline to USB Converter USB cable twisted pair cable gt Phoneline to Telephone company voice Ethernet cable Ethernet cable gateway Figure 1 1 MTU Application Getting to Know the PES 1014 1 3 PES 1014 User s Guide Chapter 2 Hardware Overview 2 1 Front Panel Refer to Appendix B Safety Warnings and Instructions before installing the PES 1014 The following figure shows the front panel of the PES 1014 ZyXEL NA FAN CONSOLE Br F
48. litters General Syntax Conventions Enter means for you to type one or more characters and press the carriage return Select or Choose means for you to select one from the predefined choices Out of band refers to the RJ 45 Ethernet port labeled CONSOLE In band refers to all of the other ports Ethernet ports A and B and the RJ 11 phoneline ports 1 to 14 Related Documentation ZyXEL Web Site The ZyXEL download library at www zyxel com contains additional support documentation Glossary Please refer to www zyxel com for an online glossary of networking terms xii Preface PES 1014 User s Guide Chapter 1 Getting to Know the PES 1014 1 1 PES 1014 Phoneline Ethernet Switch The PES 1014 is a sixteen port 14 RJ 11 and 2 RJ 45 intelligent phoneline networking switch for Multi Tenant Unit and Multi Dwelling Unit MTU MDU applications It works with well known SNMP management platforms such as Hewlett Packard s Open View and web browsers like Netscape or Internet Explorer IE for configuration and supervising network status 1 2 Features 12 1 Easy Management e Built in user friendly web based management e Supports Netscape 4 0 Internet Explorer 5 0 and later e RJ 45 console port for local management e Supports SNMP v1 RFC 1157 e Supports MIB II RFC 1213 e Supports Bridge MIB RFC 1493 e Supports private switch MIB e Supports RMON groups 1 2 3 and 9 1 2 2 Interface e Tw
49. n and off one by one in the following order SNMP gt PSR gt SRD gt STD After this the SNMP will turn on again and remain on SRD Green STD Green A B these are the Ethernet ports On The port is connected to a 100Mbps Ethernet KE SES Off The port is connected to a 10Mbps Ethernet Blinking The port link is sending receiving data EE EE Gem The port link is down 1 14 these are the phoneline ports LINK Green On The phoneline networking link is up Off The phoneline networking link is down ACT Green Blinking The phoneline networking link is sending receiving data Off The phoneline networking link is not sending receiving data 2 2 Console Port Connect the manager computer to the PES 1014 s console port using a straight through Ethernet cable 2 3 Ethernet Port Connections These instructions detail how to connect to a switch Use a straight through Ethernet cable to connect ETHERNET port A MDI X to a switch Use a cross over Ethernet cable to connect ETHERNET port B MDI to a switch Table 2 3 Connecting to a Switch EHTERNET PORT ETHERNET CABLE TYPE ETHERNET A MDI X Straight through ETHERNET B MDI Cross over 2 4 Phoneline Networking Port Connections An MDF Main Distribution Frame is the point of termination for the telephone company and in building telephone lines Use standard telephone wire to connect the RJ 11 ports numbered 1 14 on the PES 1014 to Y connectors a
50. nactive in the switch Protocol State Bridge Priority 32768 1 65535 The lower the figure the higher the chance that the switch will be a root bridge Bridge Hello Time 2 sec 1 10 sec The time interval for the sending of BPDU packets between bridges Bridge Max Age 20 sec 6 40 sec Time period a switch waits before sending BPDU packets if no BPDU packet are received from the root bridge Forward Delay 15 sec 4 30 sec Time that the switch waits before changing its STP status from listening learning to learning forwarding Port ID N A Select a port for configuring STP parameters Priority 128 0 255 The higher the value is the easier for a port to be disabled when a loop occurs Path cost 1 65535 Spanning Tree Protocol path cost of the port Port State enable disable If disable is displayed means STP is disabled D System Parameters PES 1014 User s Guide 10 11 Safety Warnings and Instructions Appendix B Safety Warnings and Instructions Be sure to read and follow all warning notices and instructions The maximum recommended ambient temperature for the PES 1014 is 50 Celsius Care must be taken to allow sufficient air circulation or space between units when the PES 1014 is installed inside a closed rack assembly The operating ambient temperature of the rack environment might be greater than room temperature Installation in a rack without sufficient airflow can be unsafe Racks should safely support the combi
51. nd then the MDF The following diagram shows the connections between the RJ 11 phoneline networking ports and the customer s equipment CO stands for the telephone company Install an MDF with surge protection circuitry MDF 1 in the diagram between the CO line and the PES 1014 2 2 Hardware Overview PES 1014 User s Guide PWR FAN CONSOLE SNMP PSR SRD STD ooo 0000 2 o SCH 1 2 3 4 5 6 7 8 H 10 n n 13 14 D ww DD 123456 8 9 10 11 12 13 14 EJEA EE YT dEl a ee jw 00000000000000001Lnx ACT Nti WW OOOOOOOOOOOOOOOO AT MDX MDI S PES 1000 series AAA ar Bee e WI BEER Em mm Data Gell AL LL EE N MDF 1 Voice lo To CO and ISP Mm EE Em EE NE EE EE EE Ed mm MI ME OE EE HH MDF 2 N Cal To Customer Me e A D Voice and Data PEC 50 Data Figure 2 2 Phoneline Port Connections Pd ww SCH Voice and Data Regular telephone line 24 1 MDF Connections For MDF 1 install wires from the CO in the upper ports and to the Y connector or MDF 2 in the lower ports For MDF 2 connect the upper ports to MDF 2 or the Y connector and connect the customer lines to the lower ports Use a punch down tool to seat the telephone wires in the MDF An example of MDF connections is shown next To MDF 1 or the Y connector SSS PALES ES ES 5 QQ Figure 2 3 MDF 2 Connections Hardware Overview 2 3 PES 1014 User s Gui
52. ned weight of all equipment The connections and equipment that supply power to the PES 1014 should be capable of operating safely with the maximum power requirements of the PES 1014 In case of a power overload the supply circuits and supply wiring should not become hazardous The input rating of the PES 1014 is printed on the nameplate The power cord must plug in to the right supply voltage i e 110VAC for North America and 230VAC for Europe Make sure that the supplied AC voltage is correct and stable Installation in restricted access areas must comply with Articles 110 16 110 17 and 110 18 of the National Electrical Code ANSI NFPA 70 Do not allow anything to rest on the power cord and do not locate the product where anyone can walk on the power cord Do not service the product by yourself Opening or removing covers can expose you to dangerous high voltage points or other risks Refer all servicing to qualified service personnel Generally when installed after the final configuration the product must comply with the applicable safety standards and regulatory requirements of the country in which it is installed If necessary consult the appropriate regulatory agencies and inspection authorities to ensure compliance A rare condition can create a voltage potential between the earth grounds of two or more buildings If products installed in separate building are interconnected the voltage potential can cause a hazardous condition Co
53. nesaessnesenedeneaseeaaesnaesonevas 1 1 1 1 PES 1014 Phoneline Ethernet SWitCh iis dese ee ee ee ee ke eee de ee Re ee seas Ge ee ee ee ee ee GR Re ee ee AA Ge ee AR Re ee ee AA ee de ee ee ee 1 1 122 Fea ee EE AE OR AE OR OE EE NE ER 1 1 ISL Easy Management std OE NE EE OR N 1 1 12 2 Interfaces EE LR e ad ld e o ed 1 1 1 23 High Periormance it A it td A 1 1 EV AS RR OE N N OR ada 1 1 12 5 Security EE KOR EE KERE OR RT AE EN 1 2 12 6 Loop Free NetwOFks seek ee EE ER Ee EE De ia oe is 1 2 EZT Flow control EE N ER N ER EE EE tekce 1 2 T28 SMEER EN a io le a 1 2 1 2 9 Broadcast Storm Control da ee 1 2 1 2 10 Eitmware BEE 1 2 1 211 CED Indicators niono OE OU NE HR E 1 2 1 3 Physical Specifications ui 4 tn EE a EE Ee eee E 1 2 Lat Dimensions and Wei She N EE N RE AE ER EE AE N AE OR 1 2 1 3 2 Operating Environment and Power esse esse ee se ee se de eed ee ee Ge ee ee Ge ee ee ee ee ee ee ee ee Ge ee 1 3 PA ESE Nee Ie en EE ER EE EE ER OE EE RE AE 1 3 Chapter2 Hardware OverVieW sussies ss be Ge EE GEE Ge Re e EK Ke Ee dk Vee dk ee Feed Ka 2 1 21 dead EE OE EO OE EE EE NE NE OE OE OE OR NE ER N 2 1 DAA FrontsPaneli oi MEET EE EE EE EO EE ELE EE 2 1 EN Front Panel BAD N ER N AE EE EE N 2 1 2 2 Console Port TRY aie AE GE ete ee E See 2 2 2 3 Ethernet Port Connections ies ee ee ee AA Ge AR AA Ge AA Ke ERA AA Ge AA Ge AR ee RA AA AA Re ee ee ee RA AA Re ee 2 2 2 4 Phoneline Networking Port Connections ie ee ee RA AA Ge
54. ng or outgoing packet flows or both Connect your monitoring computer the one using the network analyzer to Ethernet port A or B whichever one is not connected to a switch or router Port Monitoring Configuration gt Current Monitoring Port Status Monitored Snooping Port ID for Snooping Port ID for Port ID incoming packet flow Outcoming packet flow EA 2 3 Monitored Port ID fi con EA Vv Snooping Port ID for Incoming packet flow 2 Vv Snooping Part ID for Outgoing packet flow E Apply Figure 4 4 Port Monitoring Configuration The ports in this screen are numbered 1 16 Ports 1 and 2 are the PES 1014 s physical ports A and B Ethernet Ports 3 16 match the physical ports 1 14 phoneline networking Table 4 3 Port Monitoring Configuration Description FIELD DESCRIPTION EXAMPLE Current Monitoring Port Status Monitored Port ID Indicates the number of the monitored port 1 Snooping Port ID for Indicates the snooping port that monitors the packet flow Incoming packet flow coming into the monitored port means disabled default 4 4 System PES 1014 User s Guide FIELD DESCRIPTION EXAMPLE Snooping Port ID for Indicates the snooping port that monitors the packet flow Outgoing packet flow coming out of the monitored port means disabled default Monitored Port ID Select the number of a port to mo
55. nitor 1 Status Select the Status box to enable monitoring of the incoming Unchecked or outgoing packet flows default Port Select the number of the port that will monitor the incoming 2 or outgoing packet flows Click Apply to save your changes to working memory Refer to 3 5 4 for directions on saving your changes to flash memory before you restart the switch Performance of a monitored port degrades if incoming and outgoing packet snooping are both being performed on it simultaneously 45 Networking Move the cursor over the System link and click Networking to display the Networking screen shown next Select one of the two interfaces currently supported In Band and Out of Band in this management system Do not configure the Out of Band CONSOLE port and the In Band other ports to have the same IP address Networking amp 1 Gut OF Bani 00 50001100 5 150 150111 rr 121611134 E A a pe de P 2 A EE EE FT San Dilo Abie Ge Hise All chango esst kwa H Flach and riot i john fleet Agulo meni Figure 4 5 Networking Table 4 4 Networking Description FIELD DESCRIPTION EXAMPLE Current Status These read only fields display the current status of each interface Configuration Interface This read only field is the number of the type of interface that connects 1 to the switch Type This read only field is the type of interface that connects to the switch Out of Band O
56. nitor the switch through the Simple Network Management Protocol SNMP Management Information Base MIB Configure the following settings 4 6 1 Set the names of the community strings Set each community s access right to either read write or read only Set which community will receive SNMP traps Enable or disable certain communities SNMP Community Move the cursor over the System link and click SNMP to display the SNMP Community screen shown next SNMP Community gt Community Access Right Trap Receiving Read Write Enable D Enable Read Only D Disable Disable Di Read Only D Disable Disable Read Only D Disable D Disable Figure 4 6 SNMP Community 4 6 System PES 1014 User s Guide Table 4 5 SNMP Community Description FIELD DESCRIPTION EXAMPLE Community Give a name to each community a group of nodes in a management host in public this field Each community must have a name like a password in order to default identify legitimate sources of SNMP requests determine what information a community can access and which functions that community is allowed to perform Up to four communities can be assigned and enabled in one system The community name is case sensitive and can be up to a maximum of 12 characters Access Select Read Only to allow the management host to perform read functi
57. nk set but you can use ports 3 4 and 6 to form a trunk Ethernet port A is trunk port A and RJ 11 port 1 is trunk port 1 6 2 Load balancing Methods There are two load balancing methods for aggregating ports onto a trunk 6 2 1 MAC based Load balancing You can only use this method of you are aggregating the maximum of four ports into one trunk It determines which port to forward an incoming packet to by examining two bits that you designate of 1ts source MAC address and destination MAC address 6 2 2 Port based Load balancing Using this method you have to determine which trunk port to link with a non trunk port so that the load is balanced among all trunk ports 6 3 Trunk Menus Move the cursor over the Trunk link to display the submenus shown in the next figure Trunk 6 1 PES 1014 User s Guide Forwarding f statistic STP Reset Figure 6 1 Trunk 6 3 1 Current Trunk Status Move the cursor over the Trunk link and click Current Status to display the Trunk Status screen shown next This read only screen displays the current status of each trunk including which Load balance method you are using and which ports are assigned to which trunk Ports A and B are the Ethernet ports Ports 1 to 14 are the Phoneline ports Trunk Status gt Load Balancing Mode MAC Based Trunk and Trunk Port Assignment Sot AE EE z SE El Trunk 4 Figure 6 2 Trunk Status Screen 6 3 2 Load Balancing Method Selection
58. noconoconoconocnnonononanonnninnnnnos 1 3 ECU rola 5 4 Operating Temperature esse sees see se ee ee ee Se ee Ge 1 3 Security Mode esse esse esse ee ee ee Be Be See ee See Ge hee 1 2 OUt of band se Si Ades Aad oo ER albinos 3 1 Single Port Stapsnceg 9 8 P SNMP Simple Network Management Protocol 4 6 Packet Analysis RX 9 5 A EE HER EE 4 6 Packet Analysis TX ese esse ee see ee ee GR Re ee GR RA ee ee 9 4 ele RR ER dates 4 7 Packet Attribute sie Eie esol biotech eb bet GR EE SR a iS 9 6 Snooping Port N AR EE EE N 4 4 PassWord soria 3 2 12 2 Software Upgrade 1 2 Performance ss se RESENSEER BREER ES ER rr Ee Sk bei ees 1 1 Spanning Tree Configuration LN D IE EE EE OE EG xii POL ss EE NE EE SE 10 3 Plain Old Telephone Service 1 3 Switch Parameters esse sees see se ee ee ee Ge Ge Se ee 10 1 POTE EE e E Ee te Ee 5 1 Spanning Tree Protocol GIN 10 1 Port Assigned iseer Ie KAR GER RS ESE ARE SEDES Etos 5 4 Specifications Port Confteuratton nono nonnnonnninncnnos 5 3 Environmental and Power 1 3 Port Monitoring Confteuraton sees esse ese se se see se 4 4 e EE EE OE ESS 5 2 Pot NO pecan EE Si headend 5 2 Statistics estarian eee E 9 1 H Index PES 1014 User s Guide Collisi n Ito ett ita deis 9 7 A A oe a 9 3 Packet Analysis ORK 9 5 Packet Analysis TX esse see ee ee Re ee GR ee eg 9 4 Packet Aftribute ies SEER ELS DER ESEG Eesen 9 6 Single Port Statistics 00 ee see ee ee Ge Se ee se ee 9 8 TOURX EC 9 2 Statu
59. nsult a qualified electrical consultant to determine whether or not this phenomenon exists and if necessary implement corrective action before interconnecting the products If the equipment is to be used with telecommunications circuit take the following precautions e Never install or modify telephone wiring during a lightning storm e Never install telephone jacks in a wet location unless the jack is specially designed for use in wet locations e Never touch uninsulated bare telephone wires or terminals unless the telephone line has been disconnected at the network interface PES 1014 User s Guide A Ethernet Cable Types ooooonccnocnnccnconcnanconoconocnocnnocononnnonnos 2 2 er IS D RE 2 4 Ethernet Port Connections ees see ee es ee GR ee ee 2 2 Access Le Velilla dildo 12 2 F ACCESS EE EE EE EE e 5 3 Factory Default sisko esse titi 11 2 e UE 12 1 oet RE a iv ACCOUNL BEE 12 1 FEG Reser genee EENS iv Add Del Accent EE otsisin oirre seg ee 12 2 POC ia EE OR ER EE RE AG iv Address earning sitial 5 4 Features 2 25 2 N OE AE EG 1 1 Aggregating Porte See Trunking Federal Communications Commission FCC Interference Statement AE RE EE OT OER EE iv AOW isn 58 O 2 4 B Firmware Upgrade 4 8 IN e e ate ened oe N 10 1 FloW Controle skree SE Es Re EES 1 2 P DU Ses Bridge Protocol Data Unit Forwarding Database iese ese se se se Se Se Ge SA ed ee 8 1 Bridge Protocol Data Unit BPDU Paeket 10 1 Current Static Entries
60. o 10BaseT 100BaseTX auto negotiating RJ 45 ports e Fourteen RJ 11 ports that support the 1 0Mbps HPNA 1 1 standard 1 2 3 High Performance e 4Mb total memory buffer e IK entry MAC address table e Supports port aggregation combining lower speed ports into a higher speed logical link 1 2 4 VLAN Group e Supports up to 128 port based VLAN groups e Provides privacy in MTU applications Getting to Know the PES 1014 4 4 PES 1014 User s Guide 1 2 5 Security Mode e Blocks unauthorized computers from accessing the network 1 2 6 Loop Free Network e Supports the Spanning Tree Protocol 802 1D to simplify network configuration and improve fault tolerance 1 2 7 Flow control e Supports Backpressure flow control in half duplex mode Supports 802 3x flow control in full duplex mode 12 8 QoS Quality of Service prioritizes network traffic 1 2 9 Broadcast Storm Control e Allows you to define a threshold to limit the amount of broadcast traffic and avoid degrading overall system performance 1 2 10 Firmware Upgrade e Remote firmware upgrade via web browser 1 2 11 LED Indicators e Power LED e Status LEDs for power on or reset diagnostics e Out of band console port LED e SNMP enabled LED e Speed and Activity Link LEDs for each Ethernet port e Link and Activity LEDs for each phoneline networking port 13 Physical Specifications 1 3 1 Dimensions and Weight e Dimensions 440 x 192 x 44 mm e Weight 2 5
61. on Screen E 6 5 Figure 6 6 Port based Mode Mapping Screen 6 5 Figure 721 VEAN ER IE EE HE EER OE EE RE EE ETE KERE ER 7 1 Figure 7 2 VLAN STATUS Se EE Bhs A a Site 7 2 Figure 7 3 Edit VLAN topesch E 7 2 List of Figures ix PES 1014 User s Guide Figiire 8 1 Forwarding DEI N ER AO OE EE EE EE EE OE EE 8 1 Figure 8 2 Current Forwarding DB Status uses ses esseere seges ge Ee dee oge Ee Ee Ee Seg ede keep dereen 8 2 Figure 8 3 Current Static o ol OE OE leia OE ES 8 3 Figure 84 Edit Stauce Entry caricia linia OE ie adios ote OE 8 3 Figure 951 Statistics ee ee ce ee Se ee Ee ed ee VR Ee 9 1 Figure 9 2 TX RX COUNtETS AE EE ER EE EE EE ER O apartir t 9 2 Figiire 953 Error Collect 9 3 Figure 94 Packet Analysis Tiida s 9 4 Figu re 9 5 Packet Analysis RAJ va 9 5 Fig re 9 6 NON 9 6 Figure 9 7 CollisiOn IO soil dd OE AO N EE N 9 7 Figure 9 8 Single Port Statisties inris eteeriseen sei ee eE red ia id 9 8 Figure AE AEAEE EEES ise iste eee E ica 10 1 Figure 10 2 Spanning Tree Configuration Bridge iese se se se Se Ge GR GRA GR Gee Ge ee ee ee Ge Re GR Re RA RA Re Gee ee be ee ee ee ee 10 2 Figure 10 3 Spanning Tree Configuration Pot 10 3 Figure TII KERE RR RE OR ias 11 1 Figure 11 2 KOUE AE OE EO EE OE EE EE EE N EE OE EE Ge 11 1 Figure 11 3 Reset to Factory Default esse se ese se se Ge Ge Gee be ee ee ee Se Se ee Ge SE Re cone Gee Ge Re ee Ge ee ee ee ee Se Se Re ee 11 2 Figure 11 4 Reboot D viceScre n sisie sesse
62. one E Pana ETC Trunk 3 C Porti ooo a y Bent Figure 8 4 Edit Static Entry Forwarding Database 8 3 PES 1014 User s Guide Table 8 3 Edit Static Entry Description static entry for security identification and port selection purposes while transmitting Different entries can be assigned with the same port trunk but the MAC addresses have to be different FIELD DESCRIPTION EXAMPLE Entry ID There are 256 static entries available in the system and each static entry must 1 have a unique ID number from 1 to 256 Select an Entry ID to link to its corresponding static entry for editing Status Select Enable to activate or Disable to deactivate the selected static entry Enable Disabled static entries will not be shown on the Current Static Entries screen Port Trunk Click one radio button in either the Port column or the Trunk column Member MAC Enter the MAC address of the computer s Network Interface Card NIC that you 00 00 00 0 are connecting to You must assign a unique and legal MAC address for each 0 00 1A Click Apply to save your changes to working memory or click Reset to go to the previous configuration Refer to 3 5 4 for directions on saving your changes to flash memory before you restart the switch Forwarding Database PES 1014 User s Guide Chapter 9 Statistics 9 1 Introduction Statistics leads to the statistical contents of each port and host all figure
63. ons only Read Write Right Select Read Write to allow the management host to perform both read and default write functions Trap Select Enable to allow the management host to receive SNMP Traps Enable Receiving Select Disable to disallow the management host from receiving SNMP Traps default Status Select Enable or Disable to enable or disable a specific community Enable default Click Apply to save your changes to working memory or click Reset to go to the previous configuration Refer to 3 5 4 for directions on saving your changes to flash memory before you restart the switch You must get a valid Community string before enabling the specified Community 4 6 2 SNMP Host This SNMP Host screen gives SNMP host information The maximum number of SNMP hosts is six You must configure the SNMP Host screen for an SNMP server like HP s Open View to be able to manage the PES 1014 SNMP Host IP Address Community Status ise fies jo E mae enable E FEEF EES FEEF Es FEEF BEE FEEF Ess FEEF EES Apply Reset Figure 4 7 SNMP Host Table 4 6 SNMP Host Description Tn um FIELD DESCRIPTION EXAMPLE IP Address Input the IP addresses of the management hosts so they 192 168 10 2 can receive SNMP trap messages default Host Name This column indicates the name of the management host Factory SnmpM System 4 7 PES 1014 User s Guide F
64. pears as shown next Enter Network Password zl D Please type your user name and password Site 192 168 11 1 Realm Kb User Name Password Save this password in your password list Cancel Figure 3 1 Login Step 3 The User Name and Password boxes have been set to null for the first login just click OK Getting Started 3 1 PES 1014 User s Guide Step 4 The web based management system Welcome screen appears Refer to section 12 3 for adding accounts after logging in After adding accounts type in the User Name and Password when logging in 3 4 Welcome Screen YWeb ate FEED dead Deed Em nf PER ET BEE ar Seles SABER Om fu Figure 3 2 Welcome Screen The Welcome screen gives you links to the main ZyXEL web site and e mail for support and sales Click Enter to go to the Main screen of the device manager 3 2 Getting Started PES 1014 User s Guide 3 5 Main Screen System Information Information Panel Figure 3 3 Main Screen 3 5 1 Information Panel System BEE The left side of the Main screen links you to every main subject of this ER management system Move the cursor over a link to bring up corresponding submenus for further information VLAN Forwarding DB Statistics STP Reset Account Figure 3 7 Information Panel Getting Started 3 3 PES 1014 User s Guide Table 3 1 Information Descriptions
65. rt TomkiCPU Static Dynamic 1 Port B 00 45 12 34 56 78 Dynamic 2 Pot B 00 00 1C B5 DE 9E Dynamic 3 Port B 00 50 00 10 0B 14 Dynamic 4 PortB D0 C0 26 43 56 7F Dynamic 5 Pont B 00 50 00 10 0C 86 Dynamic 6 Port B 00 00 1C B0 9E C4 Dynamic 7 Port B 00 00 E8 42 C9 EA Dynamic 8 Port B 00 50 00 20 54 48 Dynamic 9 Port B 00 C0 26 43 00 3F Dynamic Figure 8 2 Current Forwarding DB Status Table 8 1 Current Forwarding DB Status Description FIELD DESCRIPTION EXAMPLE Refresh Data Click Refresh Data to get the current forwarding database of the management system How many screens can be viewed depends on how many entries are currently in the database Screen A total of 20 screens are available in the management system for the 1 maximum 1024 addresses ID Indicates the number of an entry Click ID to sort the table in 1 descending or ascending order Port Trunk CPU Port Trunk CPU shows whether the MAC address of a received packet Port B is from a port trunk or the switch respectively Click Port Trunk CPU to sort the table in descending or ascending order MAC This column indicates the MAC address of each entry Click MAC to 00 45 12 34 56 78 sort the table in descending or ascending order Static Dynamic This column indicates the static or dynamic method of entry for each Dynamic address Click Static Dynamic to sort the table in descending or ascending order 8 2 1 Current Static Entries A Static entry
66. s Of Dote rociado decos 5 2 STP Port Status wiz sesse eis Galati Aaa iin enon 5 2 GREEN 2 2 Syntax Copnventons ee ee see iepene ee ee se ee ee xii SMS EE EN 4 1 NA E 3 5 4 2 NADIA cs SR Bee SERE er A T Table Of Contents ev sesse ES Ee ENE Gee eg eds vi Trademarks EE 11 Tr de epa 6 1 Port based Configuration oooooncnnccnnoncnonnonnconoconocinocnnos 6 4 Trunk Configuration MAGC based ei ER ES SEER GE DEEG edo 6 3 dbl Gee RE N ie 6 2 A peed N 6 1 E GE DEE 6 5 TXIRX Counters ee mente EG GEREG EER Ge ee Ee Ee 9 2 U User TD naa 12 2 User Name a ee RE E 3 2 V VLAN Edit Group N ie ea ei eges 7 2 VLAN Virtual Local Area Network 7 1 VLAN Group ee EE N EE EE OD 1 1 VLAN Status Ese ioc Re Ree EES 7 1 W Web Browser ourense isa 3 1 dIE EE content el EE NEE EE 1 2 Welcome Screen ies esse eo se Ee Se ER Ee Ge ee SE ee see GE 3 2 Z ZyXEL Limited Warranty ccoooconoccconcninonccononononcconaninnnannnes 111 Index
67. s Points out the trunk ports that use the MAC address based mode N A 1 0 3 2 5 4 7 6 The way MAC address based mode is used to distribute data to ports A el H 5 H E 5 Q E 5 Trunk Bit Selection mel A Lag a 2 Dn o 2 o a o Trunk Confi Trunk Ports Each trunk port may include 2 4 ports Port Mapping See 6 3 5 You may map the ports to a port included in a trunk port 1 6 Select a trunk port ID for setting port mapping 1 4 trunks Points out the trunk ports that use the Port based mode Trunk ID A Group ID 1 128 groups Select a VLAN group for editing port members i Status enable disable Make the VLAN group active or not Group Name 1 32 characters Give a name to each VLAN group case sensitive Port Members any 2 or more ports Select ports to be included in a VLAN group Entry ID N A N A i A TA 1 256 entries Choose a static entry ID for editing its status and port trunk Status enable disable Activates or deactivates the selected static entry Port Trunk 1 24 port 1 6 trunk Assign the entry to a certain port or trunk MAC Address MAC address Give a MAC address to each entry Edit Static Entries S a 5 lt pals S lt Z E rg 5 2 S va g ei OK Gi 3 5 System Parameters C PES 1014 User s Guide CATEGORY DEFAULT OPTIONS NOTE VALUE Spanning Tree Protocol STP Spanning Tree Configuration Spanning Tree disable enable disable Make the STP active or i
68. s reflect the latest facts since the last time the port has been turned on Move the cursor over Statistics to bring up the following submenus All counters are updated every 10 seconds by default System Port Trunk VLAN Forwarding DB Statistics STP Figure 9 1 Statistics Statistics 9 1 PES 1014 User s Guide 92 TX RX Counters Move the cursor over the Statistics link and click TX RX Counters to display the TX RX Counters screen shown next TXIRX Counters Port ID Packet TX Packet RX 14 U U D U Figure 9 2 TX RX Counters Table 9 1 TX RX Counters Description FIELD DESCRIPTION Port ID This is the label of a port Packet TX The port s total number of successfully transmitted packets This is the sum of unicast TX multicast TX and broadcast TX packets Packet RX The port s total number of good packets received This is the sum of unicast RX multicast RX and broadcast RX packets Byte TX The port s total number of successfully transmitted data bytes Byte RX The port s total number of data bytes received 9 2 Statistics PES 1014 User s Guide 9 3 Error Counters Move the cursor over the Statistics link and click Error Counters to display the Error Counters screen shown next Error Counters Port ID Fragment Jabber Alignment Late Collision Figure 9 3 Error Counters Table 9 2 Error Counters Description FIELD DESCRIPTION Port ID This is the la
69. se the down arrow to select the number of another trunk that has been set to Port Based Mode If no trunk has been set to Port Based Mode the screen will show none Trunk Port These are the trunk ports in the trunk ID that you selected above Assigned This field shows whether or not individual trunk ports have been assigned to this trunk Trunk 6 5 PES 1014 User s Guide FIELD DESCRIPTION Port to Trunk Port Click radio buttons to select ports to map to trunk ports Mapping Click Apply to save your changes to working memory or click Reset to go to the previous configuration Refer to 3 5 4 for directions on saving your changes to flash memory before you restart the switch 6 6 Trunk PES 1014 User s Guide Chapter 7 VLAN 7 1 Introduction VLAN Virtual Local Area Network is basically a broadcast domain In an ordinary switched network system a broadcast packet or an unknown destination MAC address packet is broadcasted to all ports and that will decrease network performance dramatically By grouping some ports into one VLAN broadcast packets will be sent only to the ports within that VLAN without affecting the traffic of other ports Any two or more ports can be grouped as one VLAN in the device and an overlapping VLAN port is permitted Move the cursor over the VLAN link to display the submenus shown in the next figure Coren aie Edit VLAN Figure 7 1 VLAN
70. t Enable to enable or Disable to disable 802 3x Full Duplex Flow Enable Control 802 3x control default Ethernet ports only Auto Negotiation When you select Enable the port automatically negotiates the Enable Ethernet ports transmission rate and duplex mode default only When you select Disable auto negotiation is turned off and you need to specify the transmission rate and duplex mode manually Speed Duplex Select the data transmission rate and duplex mode of the selected port 100 Full Ethernet ports see Table 5 2 default only To enable the forcing mode operation you must disable auto negotiation Broadcast Storm Select Enable to turn on Broadcast Storm Control This discards Enable Control consecutive incoming broadcast packets that exceed the programmed default threshold set in the system configuration screen Select Disable to cancel Broadcast Storm Control Click Apply to save your changes to working memory or click Reset to go to the previous configuration Refer to 3 5 4 for directions on saving your changes to flash memory before you restart the switch 9 4 Port Assigned Move the cursor over the Port link and then click Port Assigned to display the Port Assigned screen shown next Use the Port Assigned screen to copy a selected port s settings to other ports Port PES 1014 User s Guide Port Port Assigned gt Source Port JA y Target Port Select All Ports Clear All Ports le DI
71. ter Refresh 10 sec 1 60 sec Refresh time interval of the switch counter Time Interval Monitored Port ID N any one port A port to be monitored for its incoming and outgoing packet flow Snooping Port for N A a port except the Assign a port to snoop the monitored port s incoming i i monitored port packet flow Snooping Port for N a port except the Assign a port to snoop the monitored port s outgoing packet outgoing packet monitored port flow flow N Status checked unchecked To activate deactivate the function of the snooping port Subnet Mask wa O Device IP Mask Set up a subnet mask Default Gateway Default Gateway A gateway IP is used for the switch to connect to a non local IP System Parameters A A A IP Address The IP addresses of the devises included in the network A i N A PES 1014 User s Guide CATEGORY DEFAULT OPTIONS NOTE VALUE Set Default Route The default transmission path of the switch Y Z D mel Community 1 12 characters Name an SNMP community case sensitive Access Right The access right of the community member Trap Receiving enable disable The capability of the community to receive SNMP traps Status enable enable disable To activate deactivate the community for SNMP management use SNMP Host IP Address N A users IP address Indicate the IP addresses of SNMP hosts N A N A i Community names of the 4 The community that the management host belongs to case commu sensitive
72. the BPDU packet is forwarded to the CPU all other packets are normally forwarded based on the switch engine decision Move the cursor over STP to bring up the following submenus System Port Trun VLAN Forwarding DB Statistics STP Reset POREN Account Figure 10 1 STP 10 2 Spanning Tree Configuration Bridge Switch Parameters Move the cursor over the STP link and click Switch Parameters to display the Spanning Tree Configuration Bridge screen shown next STP 10 1 PES 1014 User s Guide Spanning Tree Configuration Bridge Bey Ge EE PE SS Figure 10 2 Spanning Tree Configuration Bridge Table 10 1 Spanning Tree Configuration Bridge Description FIELD DESCRIPTION EXAMPLE Spanning Select Enable to activate or Disable to deactivate the Spanning Tree Protocol Disable Treg Enabling the STP also enables the default VLAN Disabling the default VLAN also default Protocol disables the STP and vice versa state Bridge Bridge priority decides whether a bridge in a multi bridge network is a root bridge 32768 Priority or not a lower numbered bridge priority induces more chance of the switch default 0 65535 becoming the root bridge Bridge Priority can be set from 0 to 65535 Root Bridge This is the bridge priority of the root bridge on this network 32768 Priority Root Bridge This is the MAC address of the root bridge of the network 00 5
73. ut of band stands for the console port and in band stands for the switch s other ports System 4 5 PES 1014 User s Guide FIELD DESCRIPTION EXAMPLE Mac Address This read only field is the Mac address calculated by the switch for 00 50 00 10 00 either the in band ports or the out of band console port 50 IP Address Type your IP address in this field 192 168 10 1 Each time the IP address is changed you must restart the switch before the new IP address becomes effective In Band default Subnet Mask Type your subnet mask here if you are using one 255 255 255 0 Default Gateway The default gateway IP address is used when the switch tries to reach a non local IP host Use this field to assign a default gateway 192 168 10 254 In Band default Set Default Route The default route is where the switch sends packets that it receives that are not in its domain Normally you select Inband to send these packets through the in band ports Select Out of Band if you have the out of band port linked to a different subnet and want to send these packets through the out of band port Inband Click Apply to save your changes to working memory or click Reset to go to the previous configuration Refer to 3 5 4 for directions on saving your changes to flash memory and restarting the switch You must restart the switch to make changes in this screen effective 4 6 SNMP Manage and mo

ZyXEL PES-1014 User's Manual

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