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User Manual funkwerk S128p FastEthernet PoE Switch

1. me ws o ms wu rh ww s Rate Range is from 100 kbps to 102400 kbps orto 256000 kbps for giga ports and zero means no limit Apply Figure 5 22 Bandwidth limitation interface Wi All ports support the control of the ingress and egress data rate at the ports Assuming a data rate of 1 Mbps for port 1 for instance the user can set the effective egress data rate of this port to 1 Mbps and the ingress data rate to 500 kbps The switch controls the ingress data rate via the packet counter and thus meets the specified rate INGRESS Enter the effective ingress data rate for the port the default value is 0 EGRESS Enter the effective egress data rate for the port the default value is 0 H Click the Apply button to enable the configuration 78 Web Based Management User Manual 5 21 VLAN Configuration A Virtual LAN VLAN is a logical network group which delimits the broadcast domain It makes it possible to isolate the traffic in the network so that VLAN subscribers only receive data traffic from subscribers of the same VLAN The setup of a VLAN from a switch corresponds in principle to the connection of a group of network devices to another layer 2 switch All network devices howev er are still physically connected to the same switch The switch supports port based 802 1Q tag based and protocol based VLAN over the Web management Web page The VLAN function is disabled in defa
2. Data bits Parity Stop bits Flow control La em J ae Figure 4 1 Settings of the communication parameters BAuD RATE 9600 bps DATA BITS 8 Parity None Stop BIT 1 FLOW CONTROL None After entering the settings for the parameters click OK If an empty screen is displayed press the Enter key to call the log on dialog box Enter the default user name admin and the password funkwerk use the Enter key to go from one input field to the next Press the Enter key Subsequently the console management menu will be displayed The below figure shows the log on screen ssl Language Medenaien Figure 4 2 Console log on screen 4 2 CLI Management The system supports two types of console management CLI commands and the selection via the menu After logging on to the system you will be prompted to enter a command To go to the CLI management interface enter the enable command The following table lists the CLI commands and describes them switch gt enable switch _ Figure 4 3 CLI command interface 22 Console Management 4 3 Command Level Access Mode Method Prompt Exit Method About this Mode User EXEC Start a ses switch gt Enter logout The user commands which are sion with your or quit available on the user level are a switch subgroup of the commands offered on the privileged level You can use this mode
3. VCC VCC The and characters indicate the polarity of the wires forming a wire pair 37 Before setting your PD into operation check the pin assignment of the RJ 45 Note connectors They have to comply to Standard IEEE802 3af If this is not the case you have to change the pin assignment of the RJ 45 connector to which you wish to connect the UTP cable All ports on this switch support automatic MDI MDI X operation You can there fore use 1 1 cables to connect other PCs servers switches or hubs In the case of 1 1 cables pins 1 2 3 and 6 at the one cable end are connected end to end with pins 1 2 3 and 6 at the other cable end The following table shows the pin assignments for 10BASE T 100BASE TX MDI and MDI X ports Pin MDI X Signal Name MDI Signal Name 1 Receive Data plus RD Transmit Data plus TD 2 Receive Data minus RD Transmit Data minus TD 3 Transmit Data plus TD Receive Data plus RD Pin MDI X Signal Name MDI Signal Name 6 Transmit Data minus TD Receive Data minus RD
4. 157 amp 2 Rina Ports Two ports are selected as member ports One of the ports is defined as working port and one as backup port The system auto matically selects the working port and the backup port ENABLE COUPLING RING Enables the coupling ring function COUPLING PORT Here you can select a member port CONTROL PORT Selects the switch as master switch in the coupling ring ENABLE DUAL Homina Enables the dual homing function Select a port at the switch as the dual homing port In an X ring group there is only one dual homing port Dual homing is only possible if the X ring function has been enabled Click the Apply button X Ring Configuration Enable Ring C Enable Ring Master CO Enable Couple Ring Coupling Port Port 01 w Port 02 w Port 03 Port 04 Port 05 w C Enable Dual Homing Figure 5 36 X ring interface User Manual 99 100 Web Based Management C Note System Configuration User Manual If the X ring function has been enabled RSTP must be disabled 5 26 Security Configuration 5 26 1 802 1x Configuration 802 1x is a standard which specifies the authentication according to IEEE and enables clients to set up a connection to a wireless access point or to a wired switch The standard prevents that a client is granted access to the network as long as it has not proved the corresponding access authorization This is done by means of a user name and
5. Eastern Standard CDT Central Daylight 5 hours 07 00 a m CST Central Standard MDT Mountain Daylight 6 hours 06 00 a m MST Mountain Standard PDT Pacific Daylight 7 hours 05 00 a m TTT gt 66 Web Based Management Local Time Zone Conversion from UTC Time Compared with 12 00 UTC PST Pacific Standard ADT Alaskan Daylight 8 hours 04 00 a m ALA Alaskan Standard 9 hours 03 00 a m HAW Hawaiian Standard 10 hours 02 00 a m Nome Alaska 11 hours 01 00 a m CET Central European Time 1 hour 01 00 p m FWT French Winter Time MET Middle European Time MEWT Middle European Winter Time SWT Swedish Winter Time EET Eastern European Time USSR Zone 1 2 hours 02 00 p m BT Baghdad USSR Zone 2 4 3 hours 03 00 p m ZP4 USSR Zone 3 4 hours 04 00 p m ZP5 USSR Zone 4 5 hours 05 00 p m ZP6 USSR Zone 5 6 hours 06 00 p m WAST West Australian Standard Time 7 hours 07 00 p m CCT China Coast Time USSR Zone 7 8 hours 08 00 p m JST Japan Standard Time USSR Zone 8 9 hours 09 00 p m EAST East Australian Standard Time 10 hours 10 00 p m GST Guam Standard Time USSR Zone 9 IDLE International Date Line 12 hours Midnight NZST New Zealand Standard Time NZT New Zealand Time SNTP SEveR URL Determines the IP address of the SNTP server DAYLIGHT SAVING PERIOD START Sets the star
6. llli 96 IGMP Configuration 2222222 seen 97 5 25 1 IGMP Configuration 2222222 een rennen nn 97 5 25 2 X RINO 22 a aa aaa el 98 Security Configuration 2222 neen seen ee 100 5 26 1 802 1x Configuration sssaaa aaaea cee eee 100 5 26 2 Port Security liliis 103 Power over Ethern t u yssen ta eho eee ee eu aa anne deat 107 User Manual 5 28 Default Settings 0 0 0 0c eee tee 108 5 29 Save Configuration sess res 109 5 30 System Reboot 0 0 cette ee 110 Troubleshooting u uam nun on anna n8 nmm On nenne 111 6 1 Incorrect Connections 22 2 nee een 111 6 2 Error Diagnosis via LEDS llle 112 Specifications u u uuuu4 0000000000 00 Erin 113 Appendix 322a m acea ca e e 3 dd RO adus a Ra 115 8 1 Pin Assignment at the Console Port llle 115 8 2 Cables cassis S HR us RR Sod aaa s RR D Whee kee 116 8 3 100BASE TX 10BASE T Pin Assignment 020000005 117 8 3 1 RJ 45 Pin Assignment of PDs Which Do not Comply to Standard 802 3af with Mid Span POE HUB RJ 45 Pin Assignment 117 Features Introduction 1 Introduction When using Power over Ethernet PoE the devices are powered via network cabling with a voltage of 110 220 V AC If Power over Ethernet is applied only one Cat 5 Ethernet cable is required which transports both the power and data to each device This offers more flexibility in the placement o
7. no igmp query G Disables IGMP queries switch no igmp query 4 12 MAC Filter Table Commands Command Level Description Example mac address table I Configures the MAC switch config interface fastE static hwaddr address table of the inter thernet 2switch config if mac MAC face static address table static hwaddr 000012345678 mac address table G Configures the MAC switch config mac address filter hwaddr address table filter table filter hwaddr MAC 000012348678 EEE gt 38 Console Management Command Level Description Example show mac address P Displays all MAC address switch show mac address table table tables show mac address P Displays a static MAC switch show mac address table table static address table static show mac address P Shows a filter for a MAC switch show mac address table table filter address table filter no mac address table Removes an entry from the switch config interface fastE static hwaddr MAC address table ofthe thernet 2switch config if no MAC interface static mac address table static hwaddr 000012345678 no mac address table G Removes an entry fromthe switch config no mac address filter hwaddr MAC address table filter table filter hwaddr MAC 000012348678 no mac address table G Removes a dynamic entry switch config no mac address from the MAC address table table 4 13 SNMP Commands
8. 4 9 Spanning Tree Commands 2000 cece eee eee eee 33 4 10 QoS Commands 2 rennen sen een een en nr nn 36 4 11 IGMP Commands 22222 neeeen nennen a 37 4 12 MAC Filter Table Commands 00000 nennen nennen nn 37 4 13 SNMP Commands 222 sense nennen een 38 4 14 Port Mirroring Commands ssssesles nenn 41 4 15 802 1x Commands 2 22 n sense nennen tees 42 4 16 TETP Commands 0000 sense rennen een nn 44 User Manual 4 17 System Log SMTP and Event Commands 2222er nenn 45 4 18 SNTP Commands 00 000 cette ees 47 4 19 X Ring Commands 0 0 nn 49 5 Web Based Management 0000 cece eee ee eee eens 51 5 1 Web Based Management anann eee tees 51 5 2 Preparation for Web Management 200 e eee eee 51 5 3 System Log 0n 6 tees 52 5 4 System Information 0 00000 ce tees 53 5 5 IP Configuration 2 0 54 5 6 DHCP Configuration 0000 eee 55 5 6 1 Configuration of the DHCP Server 0000 en 56 5 6 2 Entries of the DHCP Client 00 nee 57 5 6 3 Portand IP Binding 58 5 7 Update Firmware 0 0 00 cece e 58 5 8 Restore of the Configuration llis 59 5 9 Backup Configuration ssssslseeeel nn nn 60 5 10 Configuration of the System Log 222m nennen een ee 60 5 11 SMTP Configuration 00 00 ccc eee 62 5 12 Confi
9. Command Level Description Example snmp system name G Determines the system switch config snmp system System Name name of the SNMP agent name 2switch snmp system location G Determines the location of switch config snmp system System Location the SNMP agent location lab snmp system contact G Determines the contact of switch config snmp system System Contact the SNMP agent contact where snmp agent mode G Selects the agent mode for switch config snmp agent v1v2c v3 v1v2cv3 SNMP mode v v2cv3 Console Management Command Level Description Example snmp community G Adds an SNMP community switch config snmp commu strings string nity strings public right rw Community right RO RW snmp server host G Configures host informa switch config snmp server IP address tion and the community host 192 168 1 50 community community string for the SNMP server public trap version Community string v1 remove Switch conftig no trap version snmp server host192 168 1 50 v1 v2c snmpv3 context name G Configures the context switch config snmpv3 context Context Name name name Test snmpv3 user G Configures the user profile switch config snmpv3 user User Name for the SNMPv3 agent test01 group G1 password group Possibly no privacy pass AuthPW PrivPW Group Name word has been assigned password Authentication Password Privacy Password snmpv3 access
10. failure no event X ring G Disables the event type for switch config no event X ring topology change changed X ring topology topology change Console Management Command Level Description Example no event systemlog I Disables the port event for switch config interface the system log fastethernet 3 switch config if no event systemlog no event smpt I Disables the port event for switch config interface SMTP fastethernet 3 switch config if no event smtp show systemlog P Displays the system log cli switch show systemlog ent and the server informa tion 4 18 SNTP Commands Command Level Description Example sntp enable G Enables the SNTP func switch config sntp enable tion sntp daylight G Enables daylight saving switch config sntp daylight time If the SNTP function has been disabled this command cannot be applied sntp daylight period G Sets the daylight saving switch config sntp daylight Start time time If the SNTP function period 20060101 01 01 End time has been disabled this 20060202 01 01 command cannot be applied Parameter for mat yyyymmdd hh mm 47 48 Console Management Command Level Description Example sntp daylight offset G Sets the offset of the day switch config sntp daylight off Minute light saving time If the set 3 SNTP function has been disabled this command cannot be appl
11. or both H Click the Apply button B6 Toresetthe settings click the Clear button before enabling the settings User Manual 75 76 Web Based Management To disable the function do not select any port as source port Note Port Mirroring Destination Port Source Port TX Port 01 Port 02 Port 03 Port 04 Port 05 Port 06 Port 07 Port 08 G1 G2 a olololaloalalalolol aiz olololalolololola alalalalalalalalalalg alalalalalalalalalala Figure 5 21 Port mirroring interface 5 20 Bandwidth Limitation For each port determine the bandwidth used for data transfer as well as the limitation of the transferred packets according to packet type EM INGRESS LIMIT PACKET TYPE Select the packet type you wish to filter You can choose between all packet types broadcast flooded unicast packets broadcast multicast packets and broadcast packets only The variants broadcast multicast flooded unicast packets broadcast multicast packets and broadcast packets are only supported for ingress packets The egress data rate supports all packet types Web Based Management Rate Limiting Ingress Limit Frame Type Ingress Egress Potoj o i o e s Potoj o wws o s Potoj o wws o ws Port 04 n e D ks es Port 05 kN EI s D kps Potoj If wws o ws Potoj v wws os Potos vl wws o s G1 n
12. Figure 5 12 Event configuration interface Wi PORT EVENT SELECTION Select the events per port and the SMTP events per port You can choose between 3 options connection enabled connection ULU Web Based Management disabled or both If you disable the option this means that no event has been selected A LINK UP The system creates a log message if the connection has been enabled on the port Link DOWN The system creates a log message if the connection has been disabled on the port Link UP amp Link Down The system creates a log message if the con nection has been enabled or disabled on the port 5 13 SNTP Configuration This menu item serves to configure the SNTP Simple Network Time Protocol events E SNTP CLIENT Enables or disables the SNTP function which is used to que ry atime synchronization from the SNTP server E DAYLIGHT SAVING TIME Enables or disables daylight saving If daylight sav ing has been activated the user has to configure a daylight time slot for this purpose W UTC Timezone Determines the local time zone in which the switch is work ing The following table provides an overview of the local time zones Time Compared with Local Time Zone Conversion from UTC 12 00 UTC Time Zone November 1 hour 11 00 a m Time Zone Oscar 2 hours 10 00 a m ADT Atlantic Daylight 3 hours 09 00 a m AST Atlantic Standard EDT Eastern Daylight 4hours 08 00 a m EST
13. G Configures the access switch config snmpv3 access context name Context Name group Group Name security level NoAuthNoPriv AuthNoPriv AuthPriv match rule Exact Prifix views Read View Name Write View Name Notify View Name table of the SNMPv3 agent context name Test group G1 security level AuthPrivmatch rule Exact views V1 V1 V1 TTT o 40 Console Management Command Level Description Example snmpv3 mibview view G Configures the mibview switch config snmpv3 mib View Name table of the SNMPv3 view view V1 type Excluded type agent sub oid 1 3 6 1 Excluded Included sub oid OID show snmp P Displays the SNMP config switch show snmp uration no snmp community G Removes the specified switch config no snmp com strings community munity strings public Community no snmp server host G Removes the SNMP switch config no snmp server Host address server host 192 168 1 50 no snmpv3 user G Removes the specified switch config no snmpv3 user User Name user of the SNMPv3 agent Test no snmpv3 access G Removes the specified switch config no snmpv3 context name Context Name group Group Name security level NoAuthNoPriv AuthNoPriv AuthPriv match rule Exact Prifix views Read View Name Write View Name Notify View Name access table of the SNMPv3 agent access context name Test group G1 security level Auth Priv match
14. SMTP 5 mail accounts UPLOAD AND DOWNLOAD OF CONFIGURATIONS Supports configuration files in binary format for quick system installation X RING Provides redundant backup features for X ring dual homing and coupling ring and offers recovery times of less than 300 ms User Manual 9 10 Introduction User Manual PoE MANAGEMENT PoE ENABLE DISABLE Function to enable or dis able PoE POWER LIMIT BY CLASSIFICATION Enables or dis ables the classification of the PD power The output power is limited by the classification of the PD POWER LIMIT BY MANAGEMENT Enables the prior itization of the power supply PRIORITY Priority settings for the power supply per port If the output power egresses the switch the power supply to the port will be dis abled if the priority is low DETECT LEGACY SIGNATURE The objective of legacy signature detection is the identification of devices on the basis of their unambiguous electrical signatures resistive and capacitive and to power them in a selective mode Some of these CISCO PDs were developed prior to passing the standard and thus do not comply to Standard 802 3af with regard to an exact electrical signature In such cases this function has to be disabled Scope of Delivery Unpack the package contents of the funkwerk S128p FastEthernet PoE Switch and compare them with the components of the below check list funkwerk S128p FastEthe
15. This is the period of time after which the system resets the dynamic IP address and assigns a new IP address This prevents that the dynamic IP address will be used too long or that the switch does not learn that a dynamic IP address is no longer used Web Based Management DHCP Server System Configuration on Client Entries Port and IP Bindin DHCP Server Disable 7 LowIP Address 192 168 16 100 High IP Address 192 168 16 200 Subnet Mask 255 255 255 0 Gateway f 92 168 16 254 DNS 0 0 0 0 Apply Figure 5 4 Interface for the configuration of the DHCP server 5 6 2 Entries of the DHCP Client If the DHCP server function is disabled the system stores the information on the DHCP client here and displays it IP addr Client ID Type Status Lease Figure 5 5 DHCP client entries interface 58 Web Based Management User Manual 5 6 3 Port and IP Binding Assign a dynamic IP address to the port When the system is connected to the port and requests the assignment of an IP address the system will assign the IP address which was previously assigned to the connected device DHCP Server Port and IP Binding System Configuration Client Entries Port and IP Binding Port IP Port o1f0000 Port 02 0000 _ Port 03 0000 Port 04 0000 Port 05 0000 Port 06 0000 Port 07 0000 Port 08 0 0 0 0 61 nioo0 62 0 0 0 0 E Figure 5 6 Port and IP binding inte
16. active LACPtoa switch config aggregator GroupID list lacp workp workport Port trunk group GROouPID 1 3 PORT LIST List of mem ber ports This value can be a bandwidth of ports ex 1 4 or a port list sep arated by commas ex 2 3 6 WonkPoRT Number of work ports This value must not be smaller than 0 and must not be larger than the number of mem ber ports group 1 1 4 lacp workp 2 or switch config aggregator group 2 1 4 3 lacp workp 3 Console Management Command Level Description Example aggregator group G Assigns a static trunk switch config aggregator GroupID group group 1 2 4 nolacp Port list GROUPID 1 3 or nolacp PORT LIST List of member switch config aggregator ports This value can bea group 1 3 1 2 nolacp bandwidth of ports ex 1 4 or a port list separated by commas ex 2 3 6 show aggregator P Displays information on a switch show aggregator 1 trunk group or switch show aggregator 2 or switch show aggregator 3 no aggregator lacp G Disables the LACP func switch config no aggreator GroupID tion of the trunk group lacp 1 no aggregator group G Removes a trunk group switch config no aggreator GroupID group 2 4 8 VLAN Commands Command Level Description Example vlan database P Use this command to go to switch vlan database the VLAN configuration mode Vlanmode V Sets the
17. cable 1 Giga port 1 x 10 100 1000TX N way auto sensing for a 10 100 1000 connection W 1 Mini GBIC port 1 Mini GBIC port for a Gigabit optical fiber connection User Manual 13 14 Description of the Hardware LEDs The LEDs show the current operating state of the device The table below de scribes the various states of the LEDs and the corresponding meanings LED Status Description Power Green Connection to the power supply Off Power off 1000M Port 9 Green Data rate 1 000 Mbps Orange Data rate 100 Mbps Off No device connected FWD Port 5 8 Green The port provides the power required by the device Off No device connected or power is off 100M Port 1 9 Green The port is operated at a data rate of 100 Mbps Off No device connected LNK ACT Green A device is connected at the port Blinking Data is transferred on this port Off No device connected FDX COL Orange This port works in the full duplex mode Blinking A collision of data packets has occurred Off Half duplex mode Rear Panel Description of the Hardware The jack for the network connector is accommodated at the rear panel of the funkwerk S128p FastEthernet PoE Switch as shown in the figure The switch is operated with AC in a voltage range of 100 240 V AC and in a frequency range of 50 60 Hz POWER INPUT AC100 240V 1 2A Max 50 60Hz Figure 2 2 Rear panel of the funkwerk S128p F
18. enables network administrators to manage the performance of the network localize problems in the network and to solve them as well as to plan network extension Network management systems learn problems by receiving traps or information on changes of networks which are working with SNMP Web Based Management 5 23 4 System Configuration Defines a new community string and removes undesired community strings Wi STRING Enter the name of the string W RO Read only Enables requests with this string to display information on MIB objects E RW Read write Enables requests with this string to display information on MIB objects and to create MIB objects Click the Add button To remove a community string you have defined click the Remove button The community string created by default cannot be deleted Agent Mode Select the SNMP version you wish to use Click the Change button to go to the mode of the selected SNMP version SNMP System Configuration System Configuration Trap Configuration SNMPv3 Configuration Community Strings Current Strings New Community String Remove Add public RO String private RW CRO CRW Agent Mode Current Mode C SNMP V1 V2C only SNMP v1 2c only C SNMP V3 only C SNMP V1 A2CIV3 Change Figure 5 31 SNMP system configuration interface n mm Web Based Management 5 23 2 Trap Configuration A trap manager is a management station wh
19. frame Click the Apply button All port settings are presented in the below table User Manual 81 VLAN Configuration e210 T Enable GVRP Protocol Management Vian ID 0 SAA Conngerten Goran Port LinkTwe UntaggedVid TaggedVid Porto2 Access Link fi Pot Link Type UntagedVid Tagged Vid Por02 Access Link 1 Access Link 1 Access Link Access Link Ct Ak Mooon d G2 JAwesslnk 0 Trunk Figure 5 26 802 1Q VLAN configuration interface Configuration of Editing the VLAN group Groups E Select the VLAN group from the table Wi Click the Apply button VLAN Configuration VLAN Operation Mode e021 a I Enable GVRP Protocol Management Vlan ID fo SOLIDE Grow Configuration L 4 Figure 5 27 Group configuration interface EM The user can modify the VLAN group and the VLAN ID WB Click the Apply button 84 Web Based Management VLAN Configuration VLAN Operation Mode soz a z Enable GVRP Protocol Management Vlan ID o Apply 802 10 Configuration GI VLAN ID fi Apply Figure 5 28 Group configuration interface 5 22 Rapid Spanning Tree The Rapid Spanning Tree Protocol RSTP is a further development of the Spanning Tree Protocol It offers a faster spanning tree convergence after to pology changes The system also supports STP and is able to independently detect connected devices which u
20. means of 8 K entries The switch has been designed for the operation in networks for workgroups departments or backbones The funkwerk S128p FastEthernet PoE Switch accommodates 8 10 100Base TX RJ 45 ports 4 ports offer PoE functions with auto sensing ca pability as well as a 1 Giga copper port with 1 Mini GBIC port for higher data rates EM 8 port 10 100TX and 1 Gigabit port optionally RJ45 Mini GBIC User Manual 5 Introduction User Manual 4 ports with integrated PoE function Complies to IEEE802 3 10BASE T 802 3u 100BASE TX 802 3z Gigabit Optical Fiber IEEE 802 3ab 1000Base T and IEEE 802 3af Switch with a bandwidth of 5 6 Gbps 802 1p CoS 4 queues per port IGMP snooping and support of the query mode for multimedia applications Supports the GVRP function Broadcast storm filter TFTP firmware update SNMP Web Telnet CLI management Bandwidth control per port Security function for the management of IP addresses Port based VLAN 802 1Q VLAN IEEE802 3ad port trunk with LACP IEEE802 3x flow control Full duplex flow control Half duplex back pressure Port mirror and bandwidth control Spanning Tree protocol STP Rapid STP QoS for the below mentioned method Port based tag based Pv4 ToS Ipv4 IPv6 DiffServ IEEE 802 1x user authentication DHCP client server Supports SNTP and SMTP Security function for MAC address Features of the Soft ware B Supports SNMP Trap Intro
21. rule Exact views V1 V1 V1 Console Management Command Level Description Example no snmpv3 mibview G Removes the specified switch config no snmpv3 mib view mibview table of the view view V1 type Excluded View Name SNMPv3 agent sub oid 1 3 6 1 type Excluded Included sub oid OID 4 14 Port Mirroring Commands Command Level Description Example monitor rx G Sets the RX destination switch config monitor rx port of the monitoring func tion monitor tx G Sets the TX destination switch config monitor tx port of the monitoring func tion show monitor P Displays information onthe switch show monitor port monitoring monitor RX TX Both Configures the source port of the monitoring function switch config interface fastEthernet 2 switch config if monitor RX show monitor Displays information on the port monitoring switch config interface fastEthernet 2 switch config if show monitor no monitor Disables the source port of the monitoring function switch config interface fastEthernet 2 switch config if no monitor 41 42 Console Management 4 15 802 1x Commands Command Level Description Example 8021x enable G Use the global 802 1x con switch config 8021x enable figuration command to enable 802 1x protocols 8021x system G Use the global configura switch config 8021x system radiusip tion command 802 1x Sys r
22. spanning tree enable G Enables Spanning Tree switch config spanning tree enable spanning tree G Configures the Spanning switch config spanning tree priority Tree priority parameters priority 32767 0 61440 ae 34 Console Management Command spanning tree max age seconds Level G Description Use the global configura tion command for Span ning Tree with maximum age to change the time intervals between which the Spanning Tree receives messages from the root switch If the switch does not receive any BPDU Bridge Proto col Data Unit message from the root switch it recalculates the topology of the Spanning Tree Pro tocol STP Example switch config spanning tree max age 15 spanning tree seconds hello time Use the global Hello Time configuration command for Spanning Tree to set the time intervals between Hello BPDUs Bridge Pro tocol Data Units switch config spanning tree hello time 3 spanning tree forward time seconds Use the global configura tion command for the for warding time for Spanning Tree to set the forwarding time for the specified Spanning Tree The for warding time determines the duration of the listening and learning states before the port starts the forward ing switch config spanning tree forward time 20 User Maral 35 Console Management Command Level Desc
23. switch config interface trol for the interface fastEthernet 2 switch config if show band width state I Use the state interface switch config interface Enable Disable configuration command to fastEthernet 2 set the state of the Ether switch config if state Disable net ports You can use this command in the disable variant to disable the port show interface I Shows the state ofthe con switch config interface configuration figuration of the interface fastEthernet 2 switch config if show interface configuration show interface I Shows the current state of switch config interface fastE status the interface thernet 2switch config if show interface status show interface I Displays the statistics switch config interface accounting counter of the interface fastEthernet 2 switch config if show interface accounting EEE gt 30 Console Management Command no accounting Description Deletes the accounting information of the inter face Example switch config interface fastEthernet 2 switch config if no accounting 4 7 Trunk Commands Command Level Description Example aggregator G Determines the system pri switch config aggregator priority 1 65535 ority of the port group priority 22 aggregator G Determines the activity on switch config aggregator activityport the port activityport 2 Group ID Port Numbers aggregator group G Assigns
24. switch to the switch vlan itvlanmode portbase portbase 802 1q VLAN mode or gvrp switch vlan vlanmode 802 1q or switch vlan vlanmode gvrp no vlan V No VLAN Switch vlan no vlan I MM Console Management Command Level Port based VLAN configuration Description Example vlan port based V Adds a new port based switch vlan vlan port based grpname VLAN grpname test grpid 2 port 2 4 Group Name or grpid switch vlan vlan port based GroupID grpname test grpid 2 port 2 3 4 port PortNumbers show vlan GroupID V Displays VLAN informa switch vlan show vlan 23 or show vlan tion no vlan V Deletes the VLAN identi switch vlan no vlan group 2 group GroupID fied with ID IEEE 802 1Q VLAN vlan 8021q name V Changes the name of the switch vlan itvlan 8021q name GroupName VLAN group If the group test vid 22 vid does not exist this com VID mand cannot be applied vlan 8021q port V Assigns a port based switch vlan vlan 8021q port 3 PortNumber access link to the VLAN If access link untag 33 access link untag the port belongs to a trunk UntaggedVID group this command can not be applied vlan 8021q port V Assigns a port based trunk switch vlan vlan 8021q port 3 PortNumber link to the VLAN If the port trunk link tag 2 3 6 99 trunk link tag belongs to a trunk group or TaggedVID List this command cannot be switch vlan vlan 8021q port 3 applied
25. v IGMP Query Figure 5 35 IGMP configuration interface 5 25 2 X Ring The X ring offers faster redundant recovery than the Spanning Tree topology The procedure is similar to STP or RSTP but the algorithms are different In the X ring topology the X ring function should be activated for each switch Moreover 2 ports are assigned on the ring to each switch Only one switch in the X ring group is defined as backup switch If one of two member ports is blocked it is referred to as a backup port The other port is designated as work ing port The other switches are referred to as working switches while their two member ports are called working ports If the network connection breaks down the backup port automatically becomes a working port to compensate the out age The switch can be configured as ring master or as slave The ring master has the authorization to negotiate parameters and to give commands to the other switches in the X ring group If one or two switches are working in the master mode the software selects the switch with the lowest MAC address as the ring master Web Based Management The system supports the coupling ring which connects two or more X ring groups for a redundant backup as well as the dual homing function which pre vents connection losses between the X ring groups and the upper level core switches ENABLE X RING Enables the X ring function ENABLE RING MASTER Enables the switch as ring master
26. OBAL CONFIGURATION VLAN DATABASE go vu m INTERFACE CONFIGURATION 4 5 System Commands Command Level Description Example show config E Shows the switch configu switch gt show config ration show terminal P Displays console informa switch show terminal tion write memory P Stores the user configura switch write memory tion in a permanent mem ory Flash ROM system name G Configures the system switch config system name xxx System Name name system location G Determines the location switch config system location System Location string for the switch sys XXX tem system description G Determines the descrip switch config system descrip System Description tion string for the switch tion xxx system Console Management Command Level Description Example system contact G Determines the contact switch config system contact System Contact window string for the XXX switch system show system info E Displays system informa switch gt show system info tion ip address G Configures the IP address switch config ip address Ip address of the switch 192 168 1 1 255 255 255 0 Subnet mask 192 168 1 254 Gateway ip dhcp G Enables the DHCP client switch config ip dhcp function of the switch show ip P Displays IP information switch show ip referring to the switch no ip dhcp G Disables the DHCP clie
27. P SERVER IP ADDRESS Determines the IP address of the mail server this function is available if the transfer of alerts via e mail has been en abled AUTHENTICATION Select the checkbox to enable the e mail account and the password for authentication and to configure it this function is available if the transfer of alerts via e mail has been enabled Mait Account Define the e mail account on which you wish to receive alerts e g johnadmin 123 com The mail account must exist on the mail server which you have entered in the column of the IP addresses of the SMTP servers PASSWORD The password of the e mail account CoNriRM PASSWORD Confirmation of the password RCPT E MAIL ADDRESS 1 6 You can define up to 6 mail accounts on which you can receive alerts Click the Apply button Web Based Management System Event Log SMTP Configuration Syslog Configuration SMTP Configuration Event Configuration E mail Alert Enable gt SMTP Server IP Address 192 168 16 66 Sender support company corr Iv Authentication Mail Account 1 11 Password t Confirm Password Rept e mail Address 1 Jemail company com Rept e mail Address 2 Rcpt e mail Address 3 Jl Rcpt e mail Address 4 Te Zu Rcpt e mail Address 5 eee Reptemailaddress6 Figure 5 11 SMTP configuration interface 5 12 Configuration of Events Select the system log and SMTP events If selected events occur the syste
28. To remove a port click the Remove button If you click the Apply button you will create a trunk group To delete a trunk group select the ID of the group and click the Delete but ton Port Trunk Aggregator Setting Aggregator Setting Aggregator Information System Priority Trunk Disable Notice The trunk function do not support GVRP and X Ring Figure 5 18 Interface with settings for trunk aggregation at the port 5 18 2 Information on Trunk Aggregation When setting LACP trunk aggregation the corresponding information will be displayed here 74 Web Based Management User Manual Note Port Trunk Aggregator Information Aggregator Settin Aggregator Information State Activity Static Trunking Group Group Key 1 Port Member 34 Static Trunking Group Group Key 3 PortMember 567 Figure 5 19 Interface with information on trunk aggregation at the port 5 18 3 Activity State After setting LACP trunk aggregation configure the activity state of the port ACTIVE The port transfers LACP protocol packets automatically PASSIVE The port does not transfer LACP protocol packets automatically The port only replies if it receives an LACP protocol packet from a device at the opposite end Click the Apply button to enable the configuration A link which has either two active LACP ports or one active port is able to perform dynamic LACP trunk aggregation If a link has
29. a password which are verified by a separate serv er Here you can configure the parameters of the IEEE 802 1X function W JEEE 802 1x PROTOCOL Enables or disables the 802 1x protocol EM Rabius SERVER IP Determines the IP address of the Radius server E SERVER Port Defines the UDP destination port which will be used for au thentication requests to the specified Radius server EB ACCOUNTING Port Defines the UDP destination port which will be used for billing requests to the specified Radius server E SHARED KEY Defines an encryption key which will be used for authentica tion requests to the specified Radius server This key must match the en cryption key on the Radius server NAS IDENTIFIER Defines the ID for the Radius server Click the Apply button Web Based Management 802 1x Radius System Configuration System Configuration Port Configuration Misc Configuration 802 1x Protocol Radius Server IP 192 168 16 3 Server Pot 5612 Accounting Port fiers SharedKey 2345678 SSCS NAS Identifier NAS L2 SWTCH Figure 5 37 802 1x system configuration interface 802 1x Configuration Here you can configure the 802 1x authentication state for each port porron W REJECT The specified port has to remain in an unauthorized state Bi ACCEPT The specified port has to remain in an authorized state EM AUTHORIZED The specified port is either set to the authorized or unautho rized state The state dep
30. adiusip 192 168 1 1 IP address tem Radius IP to change the IP address of the radius server 8021x system G Use the global configura switch config 8021x system serverport tion command for the serverport 1815 port ID server port for 802 1x to change the radius server port 8021x system G Use the global configura switch config 8021x system accountport port ID tion command for the account port for 802 1x to change the accounting port accountport 1816 8021x system G Use the global configura switch config 8021x system sharekey tion command for the sharekey 123456 ID shared key for 802 1x to change the value for the shared key 8021x system nasid G Use the global configura switch config 8021x system words tion command for the NAS ID for 802 1x to change the NAS ID nasid test1 ser Maral 43 Console Management Command Level Description Example 8021x misc G Use the global configura switch config 8021x misc quietperiod sec tion command for the misc quietperiod 10 quiet periods to set the val ues for the quiet periods 8021x misc txperiod G Use the global configura switch config 8021x misc sec tion command for the misc txperiod 5 TX period for 802 1x to set the TX period which defines the time period until the authentication information is forwarded 8021x misc G Use the global configura switch config 8021x misc supportimeout s
31. as well as the blocking of static MAC addresses PORT MIRROR The system supports 3 mirroring types RX TX and both packet types The maximum number of port mirror entries is 8 BANDWIDTH CONTROL The data rate for ingress data packets delimits the packet type all frames broadcast multi cast unknown unicast and broadcast packets The adaptation of the data rate for egress data packets supports all packet types Threshold values delimiting the data rate 64 kbps to 64 Mbps or up to 256 Mbps for Gigabit port USER AUTHENTICATION Supports IEEE802 1x user authentication and sends messages to the RADIUS server Reject Accept Authorize Disable DHCP DHCP client and DHCP server Provide a glo bal IP address pool for the DHCP server PACKET FILTER Broadcast storm packet filter Port SECURITY Security function for ingress and egress MAC addresses Up to 50 MAC addresses are sup ported per port Limitation of the number of port MAC addresses Up to 50 MAC addresses are sup ported per port User Manual Introduction SNMP IP SECURITY Supports 10 IP address accounts for a security management system for Web and SNMP Tel net security management for the protection against unauthorized network intrusion SYSTEM PROTOCOL Supports remote log server Provides up to 1000 log entries SNTP Supports RFC2030 Simple Network Time Pro tocol
32. astEthernet PoE Switch 2 1 Desktop Installation Place the switch on a sufficiently large and level area in the near of a mains socket The surface on which you place the switch must be clean smooth level and solid Make sure that there is enough space around the switch to connect cables and permit a sufficient air circulation around the device 2 2 Attaching the Rubber Feet 1 Make sure that the lower side of the switch is grease and dust free Remove the protective sheet from the rubber feet 3 Attach the rubber feet at the marked positions at the lower side of the switch The rubber feet prevent the switch from being toppled in the case of vibrations User Manual 15 16 Description of the Hardware 2 3 Connection to the Power Supply 1 Plug in the power cord at the corresponding jack at the rear side of the switch Plug in the other end of the power cord into a mains socket The in tegrated power supply is operated in a voltage range of 100 240 V AC and in a frequency range of 50 60 Hz 2 Check the LED for the power supply Power at the front panel of the de vice It shows you whether you have connected the device correctly to the power supply Note Network Application 3 Network Application PCs end devices and servers can communicate with each other by setting up a direct connection to the funkwerk S128p FastEthernet PoE Switch The switch automatically learns the addresses of the nodes and uses
33. ce 5 30 System Reboot Restart the switch via a software reset Wi Click the Reboot button to restart the system System Reboot Please click Reboot button to restart switch device Figure 5 46 System reboot interface Faulty or Loose Cables Non Standardized Ca bles Troubleshooting 6 Troubleshooting This section is meant to help you solve the most frequent problems occurring during the operation of the funkwerk S128p FastEthernet PoE Switch 6 1 Incorrect Connections The switch port is capable of performing automatic detection for straight or cross over cables when connecting the switch with other Ethernet devices An appropriate UTP or STP cable has to be connected to the RJ 45 connector 4 wire twisted pair cables are connected to the 10 100 Mbps port 8 wire twisted pair cables are connected to the Gigabit 1000T port If the RJ 45 connector is not plugged in at the right pin no connection will be set up If you are using an optical fiber connection make sure that the mode of the fiber cable and the mode of the fiber module match Make sure that the cables are not plugged in loosely and that no faulty cables are used If the cables are ok make sure that the connections are plugged in correctly and installed appropriately If this does not solve the problem try an other cable Non standardized cables or cables with incorrect wire assignment are frequent ly the cause for network outages disturbances
34. duction EM Upload and download of configurations B Supports X ring MANAGEMENT SNMP v1 SNMP v2c SNMP v3 Telnet con sole CLI Web and menu controlled man agement RFC STANDARD RFC2233 MIBII RFC 1157 SNMP MIB RFC 1493 Bridge MIB RFC 2674 VLAN MIB RFC 2665 Ethernet like MIB RFC1215 Trap MIB RFC 2819 RMON MIB Private MIB RFC2030 SNTP RFC 2821 SMTP RFC 1757 RMON1 MIB RFC 1215 Trap SNMP TRAP Cold start warm start link down link up authentication failed SNMP trap to up to 3 sta tions SOFTWARE UPGRADE TFTP firmware upgrade PORT TRUNK Supports IEEE802 3ad with LACP function Up to 3 trunk groups maximum number of group members up to 4 ports SPANNING TREE Spanning Tree VLAN Port based VLAN Double Tag VLAN Q in Q IEEE802 1Q Tag VLAN It is possible to configure up to 256 static and up to 2048 dynamic VLAN groups The avail able VLAN IDs range from 1 to 4094 GVRP function supports 256 groups CLASS OF SERVICE Up to 4 queues are supported per port Weight Round Ratio WRR high medium to high medium to low low 8 4 2 1 User Manual Introduction QUALITY OF SERVICE Port based tag based service type according to IPv4 other services according to IPv6 IGMP Complies to IGMP v1 and v2 also supports 256 IGMP groups as well as the query mode Port SECURITY Supports filters for ingress and egress MAC addresses
35. e time switch config dhcpserver lea Hours in hours setime 1 dhcpserver ipbinding Configures a static IP switch config interface fastE IP address address for DHCP clients thernet 2switch config dhcp according to port server ipbinding 192 168 1 1 show dhcpserver P Shows the configuration of switch show dhcpserver confi configuration the DHCP server guration show dhcpserver P Displays client entries on switch show dhcpserver clients clients the DHCP server show dhcpserver P Displays the IP address switch show dhcpserver ip bin ip binding assignment of the DHCP ding server to the correspond ing ports no dhcpserver G Disables the DHCP server switch config no dhcpserver function security enable G Enables the IP security switch config security enable function security http G Enables the IP security switch config security http function of the HTTP server User Manual Console Management Command Level Description Example security telnet G Enables the IP security switch config security telnet function of the Telnet server security ip G Determines the IP security switch config security ip 1 Index 1 10 list 192 168 1 55 IP Address show security P Displays information on IP switch show security security no security G Disables the IP security switch config no security function no security http G Disables the IP security switch config no secu
36. ec tion command for the misc supportimeout 20 supplicant timeout for 802 1x to set the suppli cant timeout 8021x misc G Use the global configura switch config 8021x misc servertimeout sec tion command for the misc servertimeout 20 server timeout for 802 1x to set the server timeout 8021x misc G Use the global configura switch config 8021x misc maxrequest number tion command for the misc maxrequest 3 MAX request for 802 1x to set the MAX requests 8021x misc G Use the global configura switch config 8021x misc reauthperiod sec tion command for the misc reauthentication period for 802 1x to set the reauthen tication period reauthperiod 3000 8021x portstate disable reject accept authorize Use the 802 1x port state interface configuration command to set the state of the selected port switch config interface fastethernet 3 switch config if 8021x port state accept Command Level Description Example show 8021x E Displays a summary of the switch gt show 8021x features of 802 1 and of the port states no 8021x G Disables the 802 1x func switch config no 8021x tion 4 16 TFTP Commands Command Level Description Example backup G Saves the configuration switch config backup flash backup cfg under TFTP You have to flash backup cfg specify the IP address of the TFTP server and the file name restore G Obtains the configuration swi
37. ement User Manual 5 24 2 Port Based Priority Configure the priority levels per port W Port 1 G1 amp G2 Each port has 4 priority levels high medium low or low est priority EM Click the Apply button 5 24 3 CoS Configuration Define the CoS priority level W COS Priority Determine the CoS priority level from 0 to 7 high medium low lowest level B Click the Apply button 5 24 4 ToS Configuration Define the ToS priority level W TOS PRIORITY The system offers ToS priority levels from 0 to 63 Each level has 4 priority levels high medium low or lowest priority The default set ting is Lowest for each level If an IP packet is received the system checks the value of the ToS level with which the packet is received Exam ple The user sets the ToS level to 25 and thus to High Port 1 exclusively obeys the ToS priority policy If port 1 receives a packet the system checks the value of the ToS level with which the IP packet is received If the ToS value of the received IP packet is 25 priority high then the priority of the packet equals the highest priority H Click the Apply button Web Based Management 5 25 IGMP Configuration The Internet Group Management Protocol IGMP is an internal protocol of the Internet Protocol IP Suite The Internet Protocol implements multicast data traffic by the application of switches routers and hosts which support IGMP The application of IGMP enables t
38. ends on the event of the authentication process which is performed between the supplicant and the authentication server DISABLE The specified port has to remain in an authorized state Click the Apply button 101 Web Based Management 802 1x Radius Port Configuration System Configuration Port Configuration Misc Configuration State Authorize Port Authorization Port State Port 1 Disable Port 02 Disable Port 03 Disable Port 04 Disable Port 05 Disable Port 06 Disable Port 07 Disable Port 08 Disable G1 Disable G2 Disable Figure 5 38 802 1x configuration per port interface Miscellaneous MM QUIET PERIOD Defines the time period during which the port does not ac Configurations cept any queries W TX PERIOD Determines the time period during which the port waits to re send the next EAPOL PDU during an authentication W SUPPLICANT TIMEOUT Determines the period of time which the switch waits for the reply of the supplicant to an EAP request E SERVER TIMEOUT Determines the period of time which the switch waits for the reply of the server to an authentication request 102 Static MAC Addresses Adding a Static MAC Address Web Based Management EM Max REQUESTS Defines the number of authentication attempts after which the authentication will be regarded as failed and the authentication session will be terminated EM REAUTH PERIOD Determines the period of time after which the connected c
39. erk User Manual 51 5 3 System Log on Start the Internet Explorer Enter http and the IP address of the switch and press the Enter key The log on menu is displayed Enter the user name and the password The default user name is admin and the default password is funkwerk Wi Click the Enter or OK button The home page of the Web based manage ment application is displayed pl Language Wffensisn Figure 5 1 Interface Web based management Web Based Management 5 4 System Information Here you can assign the system name and the directory and view system in formation SvsrEM NAME Define the system name of the switch maximum length 64 characters SYSTEM LOCATION Define the physical location where the switch is placed maximum length 64 characters SYSTEM DESCRIPTION Displays the description of the switch in read only mode cannot be modified FIRMWARE VERSION Indicates the firmware version of the switch KERNEL VERSION Indicates the kernel version of the switch HARDWARE VERSION Indicates the hardware version of the switch MAC ADDRESS Indicates the unambiguous hardware address which is as signed by default by the manufacturer Click the Apply button 53 Web Based Management _ Save Confi guration P Configuration DHCP Server TFTP Transaction System Event Log SNTP IP Security _ User Authentication 54 System Information SystemName nes SystemDescriptio
40. ers 70 Web Based Management User Manual Fi Port Statistics Tx Good Tx Bad Rx Good Rx Bad Tx Abort Packet Packet RX Bcast RX Mcast Portes Type aitink State Packet Packet Packet Packet Packet Collision Dropped Packet Packet Port 1 100TX Up Enable 2022 0 2791 1 0 0 0 225 0 Port 02 100TX Down Enable 0 0 0 0 0 0 0 0 0 Port 03 100TX Down Enable 0 0 0 0 0 0 0 0 0 Port 4 100TX Down Enable 0 0 0 0 0 0 0 0 0 Port 05 100TX Down Enable 0 0 0 0 0 0 0 0 0 Port06 100TX Down Enable 0 0 0 0 0 0 0 0 0 Port 07 100TX Down Enable 0 0 0 0 0 0 0 0 0 Port 08 100TX Down Enable 0 0 0 0 0 0 0 0 0 G1 1000TX Down Enable 0 0 0 0 0 0 0 0 0 G2 mGBIC Down Enable 0 0 0 0 0 0 0 0 0 Clear gure 5 16 Port statistics 5 17 Configuration of the Port Control C heck the status of each port which is configured via the user settings as well as the corresponding events Port Select the port you wish to configure STATE Current port status The port can be set to the enabled or disabled mode If the port is disabled no packets will be received on or transferred from this port NEGOTIATION This item serves to determine the status of the auto negotia tion on this port SPEED Here you can determine the speed of the port link DUPLEX Here you can determine the full duplex or half duplex mode for the port FLOW CONTROL With this item you can set the flow control in the full duplex mode to Symmetric or Asymmetric The default se
41. ess range from IP1 to IP10 can access the switch via Telnet Wi Security IP 1 10 Assigns up to 10 specific IP addresses The switch can only be accessed and managed via Web browser over these 10 IP address es WB Click the Apply button to enable the configuration tee Remember to save the configuration with Save Configuration Otherwise the new configuration will be lost if the power supply to the switch is interrupted or Note switched off IP Security IP Security Mode Disable I Enable HTTP Server Enable Telnet Server Security IPA poo Security IP2 m 0 0 SecurityiP3 0000 Securityipa 0000 Securityips 0000 Security IP6 laso Securtyip7 1000 Security IP8 pooo Security IP9 pooo Securityip10 0000 Figure 5 14 IP security interface Web Based Management 5 15 User Authentication You can use this menu item to change the user name and password for the Web management log on USER NAME Enter the new user name the default name is admin PASSWORD Enter the new password the default password is funkwerk CONFIRM PASSWORD Enter the new password again Click the Apply button User Authentication User Name admin New Password Mg Confirm Password p Apply Figure 5 15 Security Manager interface 5 16 Port Statistics The following information constitutes the current port statistics information B Click the Clear button to delete all count
42. f the network de vices and leads to considerable cost reduction in many cases In the case of PoE two system components are used the Power Sourcing Equipment PSE which provides the power and sets up the connection to the second component the Powered Device PD The electric current flows over 2 of the 4 twisted pair wires of the Cat 5 cable Power over Ethernet complies to the IEEE 802 3af Standard and is absolutely compatible with state of the art Ethernet switches and network devices The Power Sourcing Equipment PSE checks whether the network device is PoE capable This means that a current will only flow if it has been ensured that a powered device has been connected at the other end of the cable Moreover the PSE monitors the transmission channel If the powered device does not use up a minimum power because it has been disconnected or switched off the PSE will switch off the power supply to this port As an option the standard per mits the powered devices to signal the PSEs how much power they precisely require The funkwerk S128p FastEthernet PoE Switch is a multi port switch which can be used to set up high performance switched workgroup networks The switch is a device which permits store and forward switching and offers low la tencies for high speed networks The switch uses a scheme for store and for ward switching This enables the switch to perform auto learning and to store source addresses in a MAC address table by
43. funkwerk enterprise communications User Manual funkwerk S128p FastEthernet PoE Switch Copyright November 20 2007 Funkwerk Enterprise Communications GmbH Version 1 1 Purpose Liability Trademarks Copyright Guidelines and Standards How to Reach Funkwerk En terprise Communications GmbH CE Mark Warning This document describes the installation and usage of the funkwerk S128p FastEthernet PoE Switch While every effort has been made to ensure the accuracy of all information in this manual Funkwerk Enterprise Communications GmbH cannot assume liability to any part for any loss or damage caused by errors or omissions or by statements of any kind in this document and is only liable within the scope of its terms of sale and delivery The information in this manual is subject to change without notice Additional information and modifi cations can be found under www funkwerk ec com Company names product names and trademarks mentioned are usually the property of the respec tive companies and manufacturers All rights are reserved No part of this publication may be reproduced or transmitted in any form or by any means graphic electronic or mechanical including photocopying recording in any medium taping or storage in information retrieval systems without the prior written permission of Funkwerk En terprise Communications GmbH Adaptation and especially translation of the document is inadmissible wi
44. guration of Events 0 000 cc eee 63 5 13 SNTP Configuration aussa 0000 eee 65 5 14 IP Secun ce eed ss arranged area 67 5 15 User Authentication 0 eee 69 5 16 Port Statistics esaa aia aaa da en 69 5 17 Configuration of the Port Control 0 000 cece eee 70 User Manual 5 18 5 19 5 20 5 21 5 22 5 23 5 24 5 25 5 26 5 27 Port l r nkzs seen e E ERE RING xa GO hee ee nk d eh eles 71 5 18 1 Trunk Group Settings 000 cece eee eee 72 5 18 2 Information on Trunk Aggregation 0 eae 73 5 18 3 Activity State 2 2 2 eee 74 Pon Mirong szer visiter patt ERa ahaa be Lee EENE deen oes 75 Bandwidth Limitation 2 2222200 seen eee 76 VLAN Configuration 0 0 0 0 00 ee 78 5 21 1 Port Based VLAN ssssesse eee 78 5 24 2 802 1QVLAN a e a a a eE EE 80 Rapid Spanning Tree nauau a 84 5 22 1 RSTP System Configuration sasssa aaaea 85 5 22 2 RSTP Configuration per Port 000 cee eee eee 86 SNMP Configuration 0 000000 eee 88 5 23 1 System Configuration 0 0 0 eee 89 5 23 2 Trap Configuration llli 90 5 28 8 SNMPv3 Configuration 00000 eee eee 90 QoS Configuration 0 00 eae 94 5 24 1 QoS Policy and Priorities 00 000 nennen 94 5 24 2 Port Based Priority llle 96 5 24 8 CoS Configuration llle 96 5 24 4 ToS Configuration
45. h config if band width type all bandwidth type broadcast multicast flooded unicast Sets the limit for frame types at the ingress inter face to accept broadcast multicast and flooded uni cast frames switch config interface fastEthernet 2 switch config if bandwidth type broadcast multicast floo ded unicast bandwidth type broadcast multicast Sets the limit for frame types at the ingress inter face to accept broadcast and multicast frames switch config interface fastEthernet 2 switch config if bandwidth type broadcast multicast bandwidth type broadcast only Sets the limit for frame types at the ingress inter face to only accept broad cast frames switch config interface fastEthernet 2 switch contig if bandwidth type broadcast only 28 User Manual Hh Console Management Command Level Description Example bandwidth in I Determines the ingress switch config interface fastE Value bandwidth of the interface thernet 2switch config if band The bandwidth ranges width in 100 from 100 kbps to 256 000 kbps for Giga ports 0 means there is no limit bandwidth out Determines the egress switch config interface Value bandwidth of the interface fastEthernet 2 The bandwidth ranges switch config if bandwidth out from 100 kbps to 102 400 100 or 256 000 kbps for Giga ports O means there is no limit show bandwidth I Shows the bandwidth con
46. he port to detect IGMP based requests and messages and to administrate IP multicast traffic over the switch As a matter of principle IGMP uses 3 types of messages as described in the following ta ble Message Description QUERY The querying party IGMP router or switch sends a mes sage It is used to request a reply from each host which belongs to the multicast group REPORT This is a message which the host sends to a querying party to signal that the host is a member of the group specified in the report message or wants to become a member LEAVE GROUP This is a message which the host sends to a querying party to signal that it is no longer a member of a specific multicast group 5 25 1 IGMP Configuration If the switch supports IP multicast the user can enable the IGMP protocol via the extended settings in the Web management of the switch and then display the IGMP snooping information The IP multicast address range extends from 224 0 0 0 to 239 255 255 255 E IGMP PrRoTocoL Enables or disables the IGMP protocol E IGMP Query Enables or disables the IGMP query function The informa tion queried over IGMP is displayed under IGMP status EM Click the Apply button User Manual 97 98 Web Based Management User Manual IGMP Configuration 224 000 001 040 1 239 255 255 250 1 225 001 002 003 1 Member Port rer 12589 head tad IGMP Snooping Enable v Disable
47. ich receives traps Traps are sys tem alerts created by the switch If no trap manager has been defined no traps will be created To create a trap manager enter the IP address of the end device and a community string Define the management station as trap manager enter the SNMP community strings and select the SNMP version IP Address Enter the IP address of the trap manager Community Enter the community string Trap Version Select the SNMP trap version v1 or v2 Click the Add button To remove a community string you have defined click the Remove button The community string created by default cannot be deleted SNMP Trap Configuration em Configuration Trap Configuration SNMPv3 Configuration Trap Managers Current Managers New Manager Remove Add none IP Address Community Trap version y1 C y2c Figure 5 32 Trap manager interface 5 23 3 SNMPv3 Configuration Configuration of the SNMPv3 function 90 User Manual Context Table Assign a context name to the context table Click the Add button to add a context name Click the Remove button to remove a context name User Profile Configure the SNMPv3 user table User ID Define the user name AUTHENTICATION PASSWORD Define the authentication password PRIVACY PASSWORD Define your private password Click the Add button to add a context name Click the Remove button to remove a context name SNMP SNMPv3 Configuration C
48. ied sntp ip G Determines the IP address switch config sntp ip IP of the SNTP server If the 192 169 1 1 SNTP function has been disabled this command cannot be applied sntp timezone G Determines the time zone switch config sntp timezone 22 Timezone index Use the show sntp timzezone command to query further information on the index number show sntp P Displays SNTP informa switch show sntp tion show sntp timezone P Displays the index number switch show sntp timezone of the time zone list no sntp G Disables the SNTP func switch config no sntp tion no sntp daylight G Disables daylight saving switch config no sntp daylight Console Management 4 19 X Ring Commands Command Level Description Example Xring enable G Enables the X ring switch config Xring enable Xring master G Enables the X ring master switch config Xring master Xring couplering G Enables the coupling ring switch config Xring couplering X Ring Dual Homing G Enables dual homing switch config Xring dualho ming Xring ringport G Configures the 1st 2nd ring switch config Xring ringport 7 8 1st Ring Port port 2nd Ring Port Xring couplingport G Configures the coupling switch config Xring coupling Coupling Port port port 1 Xring controlport G Configures the control port switch config Xring controlport Control Port 2 Xring homingport G Configures the dual hom switch conf
49. ig Xring homingport Dual Homing Port ing port 3 show Xring P Displays information onthe switch show Xring X ring no Xring G Disables the X ring switch config no X ring no Xring master G Disables the ring master switch config no Xring master no Xring couplering G Disables the coupling ring switch config no Xring couple ring no Xring dualhoming G Disables dual homing switch config no Xring dualho ming Web Based Management 5 Web Based Management This section introduces you into the configuration and the functions of Web based management 5 1 Web Based Management The Web based management function enables the user to manage the switch from any location in the network by means of a supported standard browser Web based management supports the Internet Explorer 6 0 and higher ver sions The application with Java Applets requires less bandwidth increases the access speed and offers the user an easy to monitor screen 5 2 Preparation for Web Management Before launching Web Management you can use the console to log on to the switch Check the default IP address of the switch The chapter Console Man agement provides information on the log on via the console If you have to change the IP address for the first time you can use the console to do this The default settings are as follows IP ADDRESS 192 168 0 248 SUBNET MASK 255 255 255 0 DEFAULT GATEWAY none USER NAME admin PASSWORD funkw
50. lients have to be re authenticated H Click the Apply button 802 1x Radius Misc Configuration System Configuration Port Configuration Misc Configuration Quiet Period ko Tx Period fo Supplicant Timeout fo Server Timeout fo Max Requests B Reauth Period 3600 App Figure 5 39 Interface miscellaneous configurations according to 802 1x 5 26 2 Port Security Use the MAC address to ensure the port security Insert a static MAC address which is specified in the address table of the switch Here it is of no concern whether the device is physically connected to the switch or not The switch then does not have to learn the MAC address of the device again if the latter is operated in the network once more after a connection break down or after switching off the device E MAC AnpRESS Enter the MAC address of the port which forwards the data traffic permanently independent of the activity of the device in the network User Manual 103 Web Based Management Port No Open the selection menu to select the port number VLAN ID Enter the VLAN ID of the MAC address if the MAC address be longs to a VLAN group Click the Add button B Todelete a MAC address from the filter table select the MAC address and click the Delete button MAC Address Table Static MAC Addresses Static MAC Addresses MAC Filtering All Mac Addresses MAC Address Port No Port 02 Aad Delete Figure 5 40 Interface f
51. m will create and store log information You can also select log and SMTP events per port EM SYSTEM EVENT SELECTION You can choose between 4 options cold start of the device power state failed SNMP authentication and change of the X ring topology Select the corresponding checkbox If selected events occur the system will create and store log information Device cold start If the device performs a cold start the system will create and store a log event ae 64 Web Based Management DE Device warm start If the device performs a warm start the system will create and store a log event Authentication Failure If the authentication via SNMP fails the system will create and store a log event X Ring topology change If the X ring topology changes the system will create and store a log event EM Click the Apply button System Event Log Event Configuration Syslog Configuration SMTP Configuration Event Configuration System event selection Event Type Syslog SMTP Device cold start El m Device warm start rH m Authentication Failure O E X Ring topology change O E Port event selection Port Syslog SMTP Port 01 Disable Disable E Port 02 Disable 7 Disable Port 03 Disable Disable Port 04 Disable a Disable g Port 05 Disable a Disable Z Port 06 Disable a Disable Port 07 Disable a Disable Y Port 08 Disable a Disable 7 G1 Disable a Disable E G2 sabe A Disabled
52. mail switch config smtp rcptemail 1 Index address of the receiver Alert test com Email address show smtp P Displays information on switch show smtp SMTP User Manual 45 46 Console Management Command Level Description Example no smtp G Disables the SMTP func switch config no smtp tion event device cold G Determines the event type switch config event device start for a cold start cold start both Systemlog SMTP Both event G Determines the event type switch config event authentica authentication for failed authentication tion failure both failure Systemlog SMTP Both event X ring G Determines the event type switch config event X ring topology for changed X ring topol topology change both change Systemlog SMT ogy P Both event systemlog I Determines the port event switch config interface Link UP Link for the system log fastethernet 3 Down Both switch conftig if event system log both event smtp I Determines the port event switch config interface Link UP Link for SMTP fastethernet 3switch config Down Both if event smtp both show event P Displays a selection of switch show event events no event device G Disables the event type for switch config no event cold start a cold start device cold start no event G Disables the event type for switch config no event authentication failed authentication authentication failure
53. n Serial CiTT Signal PC 9 Pin End Device Port Port 2 RXD lt RXD 3 TxD 3TXD hmm TXD gt 2 RxD 5SGND J rn SGND 5 SGND 8 2 Cables The RJ 45 ports on the switch support automatic MDI MDI X operation You can therefore use standardized 1 1 twisted pair cables to connect other network de vices PCs servers switches routers or hubs Please note the cable specifi cations in the below table WB Cable Types and Specifications Maximum Cable Type Length Connectors 10BASE T Cat 3 4 5100 UTP 100 m RJ 45 Ohm 100BASE Cat 5 100 Ohm 100 m RJ 45 TX UTP 100BASE 50 125 or 62 5 125 2 km SC or ST FX micrometer core multimode fiber MMF Table 8 1 Table Cable specifications Appendix 8 3 100BASE TX 10BASE T Pin Assign ment In the case of 1OOBASE TX 10BASE T cables pins 1 and 2 are used for data transfer When using PoE pins 3 and 6 serve to receive data while pins 4 5 7 and 8 provide the power 8 3 1 RJ 45 Pin Assignment of PDs Which Do not Comply to Standard 802 3af with Mid Span POE HUB RJ 45 Pin Assignment Wi Pin assignment of a Cisco PD which does not comply to Standard 802 3af wv x ofl ny l ojaj A oj N lt Q O Appendix EM Pin assignment of a mid span PoE hub Pin Signal Name 1 RX RX 2 3 TX 4 VCC 5 VCC 6 7 8 TX
54. nds Command Level Description Example qos policy G Determines the QoS pol switch config gos policy weighted fair icy weighted fair strict qos prioritytype G Determines the QoS prior switch config qos prioritytype port based cos ity type only tos only cos first tos first qos priority G Configures port based pri switch config gos priority portbased Port lowest low middle h igh ority portbased 1 low qos priority cos G Configures CoS priority switch config gos priority cos O Priority lowest low middle middle high qos priority tos G Configures ToS priority switch config gos priority tos 3 Priority lowest 1lo high w middle high show qos P Displays information on the Switch show qos QoS configuration no qos G Disables the QoS function switch config no qos Console Management 4 11 IGMP Commands Command Level Description Example igmp enable G Enables the IGMP snoop switch config igmp enable ing function Igmp query auto G Sets the IGMP query to switch config Igmp query auto auto mode Igmp query force G Sets the IGMP query to switch config Igmp query forced mode force show igmp P Displays details of the switch show igmp configuration configuration IGMP configuration show igmp multi P Displays details of an switch show igmp multi IGMP snooping entry no igmp G Disables the IGMP snoop switch config no igmp ing function
55. nt switch config no ip dhcp function of the switch reload G Stops all processes and switch config reload performs a cold restart default G Resets the system to the switch config default default settings admin username G Changes the log in user switch config admin user Username name maximum 10 char name xxxxxx acters admin password G Sets a password maxi switch config admin pass Password mum 10 characters word XXXXXX show admin P Displays administrator switch show admin information dhcpserver enable G Enables the DHCP server switch config dhcpserver ena ble Dhcpserver disable G Disables the DHCP server switch config no dhcpserver dhcpserver lowip G Configures low IP address switch config dhcpserver Low IP for the IP pool lowip 192 168 1 100 User Manual 25 Console Management Command Level Description Example dhcpserver highip G Configures high IP address switch config dhcpserver High IP for the IP pool highip 192 168 1 200 dhcpserver G Configures the subnet switch config dhcpserver sub subnetmask mask for DHCP clients netmask 255 255 255 0 Subnet mask dhcpserver gateway G Configures the gateway for switch config dhcpserver gate Gateway DHCP clients way 192 168 1 254 dhcpserver dnsip G Configures DNS IP for switch contig dhcpserver DNS IP DHCP clients dnsip 192 168 1 1 dhcpserver leasetime G Configures the leas
56. nterface for adding port based VLANs W The VLAN group will be displayed W Toremove a VLAN click the Delete button B You can also click the Edit button 5 21 2 802 1Q VLAN The IEEE 802 1Q Standard specifies tag based VLANs On the basis of this standardization it is possible to set up a VLAN comprising switches of different vendors VLANs which are configured according to the IEEE 802 1Q Standard insert tags into Ethernet frames The tag contains a VLAN Identifier VID which specifies the VLAN number 802 1Q Configuration Web Based Management The user can set up tag based VLANs and in the process enable or disable the GVRP protocol There are 256 configurable VLAN groups If you activate 802 1Q VLAN all ports of the switch will belong to the default VLAN The VID is 1 The default VLAN cannot be deleted GVRP permits the automatic configuration of a VLAN between the switch and the node If the switch is connected to a device where GVRP has been enabled you can send a GVRP request and use the VID of the VLAN which has been defined on the switch The switch will then add the device automatically to the existing VLAN ENABLE GVRP PROTOCOL Check the checkbox in order to activate the GVRP protocol Select the port you wish to configure LINK TYPE There are 3 types of links the access link the trunk link and the hybrid link UNTAGGED VID Assign the VID to the untagged frame TAGGED VID Assign the VID to the tagged
57. nunkwerkS128p systemLocation e 7 systemcontact Apply Firmware Version 1 03 Kernel Version v1 51 MAC Address O0AOF9161000 Figure 5 2 System information interface 5 5 IP Configuration The user can configure the IP settings and the DHCP client function DHCP Enables or disables the DHCP client function IP ADDRESS Assigns an IP address to the switch The default IP address is 192 168 248 SUBNET MASK Assigns an IP subnetmask to the switch GATEWAY Assigns a gateway to the switch The default value is 0 0 0 0 no gateway DNS1 Abbreviation for Domain Name Server DNS1 is the primary domain name server which is used by default DNS2 The secondary domain name server i e the backup for DNS1 If DNS1 breaks down DNS2 immediately takes over its function Click the Apply button Web Based Management BE Restart the switch after resetting the IP address IP Configuration DHCP Client Disable 7 IP Address 192 168 0 248 Subnet Mask 255 255 2550 Gateway 0 0 0 FO ons jooon o pNs2 0 0 0 0 Apply Figure 5 3 IP configuration interface 5 6 DHCP Configuration DHCP is the abbreviation for Dynamic Host Configuration Protocol This is a protocol which serves to assign dynamic IP addresses to devices in a network In the case of dynamic addressing the device is assigned a new IP address each time it logs on to the network again With some systems the IP addre
58. o Time 1 10 p Forward Delay Time 4 30 fis Priority must be a multiple of 4096 2 Forward Delay Time 1 should be greater than or equal to the Max Age The Max Age should be greater than or equal to 2 Hello Time 1 Apply Root Bridge Information Bridge ID 008000A0F9161000 Root Priority 32768 Root Port Root Root Path Cost 0 Max Age 20 Hello Time 2 Forward Delay 15 Figure 5 29 RSTP system configuration interface 5 22 2 RSTP Configuration per Port Configure the path costs and the priority on each port BE Select the port in the corresponding column E PATH Cost Path costs from the transmitting bridge at the specified port to the opposite bridge Enter a number between 1 and 200000000 W PRIORITY Determine which port will be blocked by priority in the LAN Enter a number between 0 and 240 The priority value must be a multiple of 16 WB P2P The performance of some actions in the rapid state according to RSTP depend on the fact whether the corresponding port can precisely be connected with another bridge i e connected via a point to point LAN Web Based Management trunk or whether it can be connected with two or more bridges i e con nected via a shared medium LAN segment With this function you can change the status of the P2P connection as administrator The value True enables P2P False disables P2P E EDGE The port which is directly connected to the end devices cannot set up a bridging l
59. off Disabled v AC Disconnect iv Capacitive Detection 7 Start RB Apply Enable Power Limit From Power Limit lt 15400 Mode Current Voltage Power Determined state Classfication mw mA v mw Class m o r flow 5400 Disabled 0 0 0 0 0 15 4W n m r flow sj fisa00 Disabled 0 0 0 0 0 15 4W n n r flow sj 5400 Disabled 0 0 0 0 15 4W m D r ow E 15400 Disabled 0 0 154W Legacy Priority o 0 0 o Figure 5 43 Power over Ethernet interface Max mum POWER AVAILABLE Indicates the maximum power supply in Watt ACTUAL POWER CONSUMPTION This column shows the actual power con sumption PowER SOURCE This column specifies the power source which supplies the device PowER SOURCE 1 AC This column displays the power supply via power source 1 POWER SOURCE 2 AC DC This column displays the power supply via power source 2 model dependent FIRMWARE VERSION This column displays the firmware version AC DISCONNECT Select the checkbox to switch off the power supply AC CAPACITIVE DETECTION Select the checkbox to display the power supply of the connected device User Manual 107 108 Web Based Management User Manual Click the Apply button to enable the configuration To refresh the states in all columns click the Refresh button Port Index of the PoE ports ENABLE STATE Check the state to enable the PoE function of the port Power Limit FROM Check the settings to determine the powe
60. ons User Manual SWITCH ARCHITECTURE Store and forward architecture Data rate up to 8 3 Mbps BACKPLANE 5 6 Gbps MAC ADDRESSES 8 K MAC address table with auto learning func tion FLASH ROM 4 Mbytes DRAM 32 Mbytes PACKET BUFFER 1 Mbps for packet buffer POWER SUPPLY 100 240V AC 50 60 Hz POWER CONSUMPTION 73 Watt for the system maximum VENTILATION 1 fan OPERATING TEMPERATURE 0 C 45 C 5 95 relative humidity STORAGE ENVIRONMENT 40 C 70 C 95 relative humidity DIMENSIONS 217 mm W x 140 mm D x 43 mm H EMI Complies to FCC Class A CE SECURITY UL cUL CE EN60950 1 EIA Circuit 8 Appendix 8 1 Pin Assignment at the Console Port The serial DB 9 port serves to connect the switch in an out of band configura tion The menu driven configuration program can be accessed from an end de vice or PC which emulates an end device The pin assignment to be used for connections on the serial ports are given in the following tables sc 9 DTR xD 7 R D pep 4 DB 9 Figure 8 1 Pin numbers at the DB 9 console port m Pin assignment at the DB 9 console port CCITT Signal Description Switch DB9 DTE Pin PC DB9DTE Pin BB 104 RxD received data 2 2 BA 103 TxD transferred data 3 3 AB 102 SGND signal ground 5 5 Wi Connection from the console port to 9 pin end device port on PC Switch 9 pi
61. ontext Table none Current Group content none Security Name User ID Group Name none Current MIBTables none le Pr odfcatn of SNMP tte mit causo MI accessing rejection ine tak notice f tve causay between he ales before you mad tables Figure 5 33 SNMPv3 configuration interface Group Table Access Table MIBview Table Web Based Management Configure the SNMPv3 group table SECURITY NAME USER ID Assign the user name which has been defined in the user table Group NAME Define the group name Click the Add button to add a context name Click the Remove button to remove a context name Configure the SNMPv3 group table CONTEXT PREFIX Define the context name Group NAME Configure the group SECURITY LEVEL Select the access level READ VIEW NAME Define the Read view WRITE ViEW NAME Define the Write view NotiFy ViEW NAME Define the Notify view Click the Add button to add a context name Click the Remove button to remove a context name Configure the MIBview table VIEWNAME Define the name SuB OiD TREE Enter the IP address of the Sub OID server TyPE Select the type exclude or include Click the Add button to add a context name Click the Remove button to remove a context name User Manual 93 94 Web Based Management User Manual 5 24 QoS Configura
62. oop in the network To configure the port as an edge port set the status of the port to True Wi STP NEIGHBOR The port uses mathematical calculations according to STP The value True is not included in mathematical calculations The value False is contained in mathematical calculations according to STP EM Click the Apply button Web Based Management RSTP Port Configuration System Configuration Port Configuration Path Cost Priority 1200000000 0240 Admin P2P Admin Edge Admin Non Stp 200000 i28 Auto 7 rue 7 raise priority must be a multiple of 16 Apply RSTP Port Status Path Port OperOper Stp Cost Priority P2P Edge Neighbor Por 01 200000 128 True True False Forwarding Designated Port 02 200000 128 True True False Disabled Disabled Port 03 200000 128 True True False Disabled Disabled Port 04 200000 128 True True False Disabled Disabled Por 05 200000 128 True True False Disabled Disabled Por 06 200000 128 True True False Disabled Disabled Port 07 200000 128 True True False Disabled Disabled Port 08 200000 128 True True False Disabled Disabled G1 20000 128 True True False Disabled Disabled G2 20000 128 True True False Disabled Disabled Port State Role Figure 5 30 RSTP Configuration per port interface 5 23 SNMP Configuration The Simple Network Management Protocol SNMP is a protocol which serves to administrate nodes servers end devices routers switches hubs etc in an IP network SNMP
63. or other network problems The may seriously hamper your network performance For each installation of a 100Base T network we recommend to use the Category 5 Cable Tester as a proven tool for cable testing RJ 45 Ports Use unscreened twisted pair cables UTP or twisted pair cables STP for RJ 45 connections 100 Q Category 3 4 or 5 cables for 10 Mbps con nections or 100 Q Category 5 cabes for 100 Mbps connections Moreover make sure that no twisted pair connection is longer than 100 m For Gigabit ports you have to use Category 5 or 5e cables to set up connections with data rates of 1000 Mbps The cable length must not exceed 100 m User Manual 111 112 Troubleshooting Faulty Network Topologies User Manual It is very important to make sure that you are working with an admissible and functioning network topology Frequent faults in the topology consist in exces sive cable lengths and the use of too many repeaters hubs between the end nodes Moreover you should make sure that there are no loops on the data paths in your network topology There must only be one active connection be tween any two end nodes Loops on the data paths cause broadcast storms and seriously decrease the performance of your network 6 2 Error Diagnosis via LEDs The switch can be monitored in a simple way by means of the LEDs at the de vice They indicate frequently occurring problems with which the user is typically confronted and help him to de
64. or the configuration of static MAC addresses Filtering MAC Address By filtering MAC addresses the switch can simply filter pre configured MAC ad es dresses and thus reduce security gaps Web Based Management MAC Address Table MAC Filtering Static MAC Addresses MAC Filtering All Mac Addresses MAC Address Add Delete Figure 5 41 Interface for the filtering of MAC addresses MAC ADDRESS Enter the MAC address you wish to filter VLAN ID Enter the VLAN ID of the MAC address if the MAC address be longs to a VLAN group Click the Add button To delete a MAC address from the filter table select the MAC address and click the Delete button All MAC Addresses Check the MAC address of the device connected to this port as well as the MAC addresses of the other connected ports Select the port The information on the static MAC address of the selected port will be dis played Subsequently click the Clear MAC Table button to delete the information displayed on the screen referring to the static MAC addresses of the select ed ports User Manual 105 MAC Address Table All Mac Addresses Figure 5 42 All MAC addresses interface Web Based Management 5 27 Power over Ethernet This section describes the PoE function Port o w on Power over Ethernet Maximum Power Available ow Actual Power Consumption 0 W System Power Limit 0 w Main Supply Voltage 480 dV Firmware Version 2 03 Port Knock
65. ority rules TOS FIRST The port priority corresponds to the ToS priority first of all subsequently to the other priority rules EM Click the Apply button QoS Configuration Qos Policy Use an 8 4 2 1 weighted fair queuing scheme C Use a strict priority scheme Priority Type Disable EE Emm Lowest lee cos Priority 0 1 2 3 4 ES 5 6 7 Lowest Lowest Lowest v Lowest Lowest Lowest Lowest Lowest TOS Priority 0 1 2 4 5 6 7 Lowest Lowest Lowest Lowest Lowest Lowest Lowest Lowest Priority 8 9 10 11 12 13 14 15 lowest Lowest Lowest Lowest Lowest Lowest Lowest Lowest Priority 16 17 18 19 20 21 22 23 Lowest Lowest Lowest Lowest Lowest Lowest Lowest Lowest Priority 24 25 26 27 28 29 30 31 Lowest v Lowest Lowest v Lowest Lowest Lowest v Lowest s Lowest v Priority 32 33 34 35 36 37 38 39 Lowest v Lowest v Lowest Lowest gt Lowest Lowest x Lowest Lowest Priority 40 41 42 43 44 45 46 47 towest m Lowest x Lowest y Lowest x Lowestz Lowest Lowestz Lowest z Priority 48 49 50 51 55 Lowest Lowestz Lowest x Lowest x 2 mm Priority 56 57 58 i Lowest Jd Lowest Lowest v Lowest Lowest Lowest Lowe er Figure 5 34 QoS configuration interface 96 Web Based Manag
66. r and receipt of data on this link works without fault 8 consecutively arranged ports can be combined to a single dedicated connection by means of trunk groups This feature serves to extend TTT 72 Web Based Management User Manual the bandwidth provided for a device in the network LACP requires the full du plex mode For further details see Standard IEEE 802 3ad 5 18 1 Trunk Group Settings SYSTEM PRIORITY This value is used to identify active LACP The switch with the lowest value has the highest priority and is selected as active LACP Group ID There are three configurable trunk groups Select the Group ID and click the Select button LACP If this option has been enabled the group is a static LACP trunk group If this option has been disabled the group is a static local LACP trunk group All ports support dynamic LACP trunk groups If a connection is set up to a device which supports LACP a dynamic LACP trunk group is automatically created Work Ports A maximum of 4 ports can be aggregated simultaneously If a static LACP trunk group is configured all excess ports are set to the stand by mode and are added to the group if a work port breaks down In the case of local static trunk groups the number of ports has to match the number of member ports of the group Select the ports which are to be added to a trunk group A maximum of 4 ports can be aggregated simultaneously Click the Add button to add a port
67. r limitation Classification If this checkbox has been selected the system limits the power supply of the device according to the classification set Management If this checkbox has been selected the user can delimit the power supply manually Wi LEGACY Check the settings to make sure that the already connected devic es continue to be supported PRIORITY Open the selection menu to define the power supply priority Port Limit lt 15400 MW If the Power Limit From option is set to the Management mode the user can enter values to limit the power supply The values entered must be under 15 4 Watt MODE Displays the operating mode of the port CURRENT MA Displays the power supply to the port VOLTAGE V Displays the operating voltage of the port POWER MW Displays the power consumption of the port DETERMINED CLASS Displays the power limit class Click the Apply button to enable the configuration 5 28 Default Settings Reset button to reset the system to the default settings Wi Click the Default button to reset all settings to the default settings Factory Default I Keep current IP address setting IV Keep current username amp password Figure 5 44 Default settings interface 5 29 Save Configuration Saves all configurations you have made in the system HM Click the Save Flash button to save the changes in the flash memory Save Configuration Sae Figure 5 45 Save configuration interfa
68. rface 5 7 Update Firmware This menu item provides the functions required to update the switch firmware Before performing the update make sure that the TFTP server is being operat ed and that the firmware image is available on the TFTP server E TFTP SERVER IP ADDRESS Enter the IP address of the TFTP server BW FIRMWARE FiLE NAME Name of the firmware image Web Based Management EM Click the Apply button TFTP Update Firmware Update Firmware Restore Configuration Backup Configuration TFTP Server IP Address f 92 168 1 2 Firmware File Name image bin Apply Figure 5 7 Update firmware interface 5 8 Restore of the Configuration Under this menu item you can restore the EEPROM value from the TFTP serv er TFTP SERVER IP ADDRESS Enter the IP address of the TFTP server RESTORE FILE NAME Enter the name of the configuration file which you wish to restore EM Click the Apply button TFTP Restore Configuration Update Firmware Restore Configuration Backup Configuration TFTP Server IP Address f 92 168 1 2 Restore File Name data bin Apply Figure 5 8 Restore configuration interface _ s H wmmm gt 60 Web Based Management User Manual 5 9 Backup Configuration Enter the current EEPROM value of the switch on the TFTP server Subse quently go to the TFTP restore page to restore the EEPROM value E TFTP SERVER IP ADDRESS Enter the IP address of the TFTP ser
69. ription Example stp path cost 1 I Use the Spanning Tree switch config interface 200000000 Cost Interface configura fastEthernet 2 tion command to deter switch config if stp path cost mine the path costs for 20 calculations according to the Spanning Tree Proto col STP If a loop is cre ated Spanning Tree calculates the path costs which arise when select ing an interface which is set to the forwarding state stp path priority l Use the interface configu switch config interface Port Priority ration command to setthe fastEthernet 2 port priority for Spanning switch config if stp path prio Tree This serves to setthe rity 128 port priority which is used to create the bridge ID and to determine the root bridge stp admin p2p I Configuration of the inter switch config interface fastE AutolTruelFalse face as P2P port thernet 2switch config if stp admin p2p Auto stp admin edge I Configuration of the inter switch config interface fastE True False face as edge port thernet 2switch config if stp admin edge True stp admin non stp I Disabling of the STP on switch config interface True False this interface by the admin fastEthernet 2 istrator switch config if stp admin non stp False show spanning tree E Shows a summary of the switch gt show spanning tree Spanning Tree states no spanning tree G Disables Spanning Tree switch config no spanning tree 36 Console Management 4 10 QoS Comma
70. rity http function of the HTTP server no security telnet G Disables the IP security switch config no security telnet function of the Telnet server 4 6 Port Commands Command Level Description Example interface G Select the port on which switch config interface fastE fastEthernet changes are to be made thernet 2 Portid duplex I Use the duplex configura switch config interface full half tion command to set the duplex mode for the opera tion with Fast Ethernet fastEthernet 2 switch config if duplex full Console Management Command speed 10 100 1000 auto Level I Description Use the quick configuration command to set the high speed mode for the opera tion with Fast Ethernet The speed cannot be set to 1000 if the port is not a Giga port Example switch config interface fastEthernet 2 switch config if speed 100 no flowcontrol Disables the flow control for the interface switch config if no flowcontrol security enable Enables the security func tion of the interface switch config interface fastEthernet 2 switch config if security enable no security Disables the security func tion of the interface switch config interface fastEthernet 2 switch config if no security bandwidth type all Sets the limit for frame types at the ingress inter face to accept all frames switch config interface fastE thernet 2switc
71. rnet PoE Switch RS 232 cable 4 rubber feet Power cord User manual Please compare the package contents of your funkwerk S128p FastEthernet PoE Switch with the scope of delivery specified above If a component is dam aged or missing please consult your local dealer Physical Dimensions Front Panel Description of the Hardware 2 Description of the Hardware This section describes the hardware of the funkwerk S128p FastEthernet PoE Switch and gives an overview of the setup and functions of the switch The physical dimensions of the funkwerk S128p FastEthernet PoE Switch are 217mm width x 140mm depth x 43mm height The front panel of the funkwerk S128p FastEthernet PoE Switch accommo dates 8 10 100Base TX RJ 45 Ethernet ports Auto MDI MDIX 1 Giga port and 1 Mini GBIC port The LEDs are also built in at the front panel of the switch Funkwerk WFWD m 300 W LNKACT m FDXICOL 3 Figure 2 1 Front panel of the funkwerk S128p FastEthernet PoE Switch B RJ 45 ports 8x 10 100 N way auto sensing for 10Base T or 100Base TX connections 4 ofthese RJ 45 ports provide the powered devices with pow er via a MDI Media Dependent Interface MDI generally means the setup of a connection to another hub or switch while MDIX stands for the setup of a connection to another end device or PC The Auto MDI MDIX feature enables the user to set up a connection to another switch or end device without having to use a cross over
72. se the STP or RSTP protocol Note 5 22 1 Web Based Management RSTP System Configuration The root bridge information of the spanning tree protocol is displayed here Changing the RST state RSTP MODE Here you can enable or disable the RSTP function before configuring further parameters Priority 0 61440 This value is used to identify the root bridge The bridge with the lowest value has the highest priority and is selected as root bridge If the values change the user has to restart the switch to assign the path priority number According to the standard protocol the value must be a multiple of 4096 HELLO TIME 1 10 Definition of a time slot from 1 to 10 s during which the switch transfers hello broadcasts to other switches Max AGE 6 40 Duration in seconds 6 to 40 during which protocol information received on a port can be stored by the switch FoRWARD DELAY TIME 4 30 Duration of each listening and learning state in seconds 4 to 30 before the port starts forwarding Bi Click the Apply button Follow the below rule for the configuration of the maximum age the hello time and the forward delay time 2 X VALUE FORWARD DELAY TIME 1 gt VALUE MAX AGE 2 X VALUE HELLO TIME 1 User Manual 85 86 Web Based Management User Manual RSTP System Configuration System Configuration Port Configuration RSTP Mode Enable Priority 0 61440 22768 Max Age 6 40 po Hell
73. ss of a device may even change while it is still connected to the network DHCP thus supports a mix of static and dynamic IP addresses Dynamic addressing simplifies network administration as the software administrates the IP address es in this case As a result the administrator no longer has to cope with this task This means a further computer can be added to the network without the hassle of manually assigning an unambiguous IP address User Manual 55 56 Web Based Management User Manual 5 6 1 Configuration of the DHCP Server The system provides the function of the DHCP server If the DHCP server func tion is enabled the switch becomes the DHCP server DHCP SERVER Enables or disables the DHCP server function Enable the switch becomes the DSHCP server in your local network Low IP ADDRESS Dynamic IP address range A low IP address stands at the beginning of the dynamic IP address range Example the dynamic ad dress range extends from 192 168 1 100 to 192 168 1 200 The lowest IP address is 192 168 1 100 HIGH IP ADDRESS Dynamic IP address range A high IP address stands at the end of the dynamic IP address range Example the dynamic address range extends from 192 168 1 100 to 192 168 1 200 The highest IP ad dress is 192 168 1 200 SUBNET MASK The dynamic IP address range of the subnetmask GATEWAY The gateway of your network DNS The IP address of the domain name server in your network LEASE TIME SEC
74. t of the daylight saving time This point of time differs from year to year E DAYLIGHT SAVING PERIOD END Sets the end of the daylight saving time This point of time differs from year to year Web Based Management EM DAYLIGHT SAVING OFFSET MINS Determines the offset of the daylight sav ing time SWITCH TIMER Indicates the current time on the switch Click the Apply button SNTP Configuration SNTP Client Enable 7 Daylight Saving Time Enable 7 UTC Timezone GMT Greenwich Mean Time Dublin Edinburgh Lisbon London SNTP Server URL 92 168 16 66 Switch Timer _ Daylight Saving Period 20040101 00 00 20040101 00 00 Daylight Saving Offset mins p Figure 5 13 SNTP configuration interface 5 14 IP Security The IP security function enables the user to assign up to 10 specific IP address es which can be accessed on the switch by means of a Web browser This in creases the switch management security W IP Security MODE If the option in the Enable mode is used the checkbox es Enable HTTP Server and Enable Telnet Server are available which serve to enable the HTTP and Telnet server E ENABLE HTTP SERVER If you have selected this checkbox the IP addresses in the security IP address range from IP1 to IP10 can access the switch via HTTP 67 68 Web Based Management DE Wi ENABLE TELNET SERVER If you have selected this checkbox the IP address es in the security IP addr
75. tch config restore flash restore_cfg from the TFTP server You flash restore_cfg have to specify the IP address of the TFTP server and the file name upgrade G Firmware upgrade via switch config upgrade flash upgrade fw TFTP You have to specify lash upgrade fw the IP address of the TFTP server and the file name Console Management 4 17 System Log SMTP and Event Com mands Command Level Description Example systemlog ip G Sets the IP address of the switch config systemlog ip IP address system log server 192 168 1 100 systemlog mode G Specifies the protocol switch config systemlog mode client server both mode both show systemlog E Displays the system proto Switch gt show systemlog col show systemlog P Displays the system log cli switch show systemlog ent and the server informa tion no systemlog G Disables the system log switch config no systemlog function smtp enable G Enables the SMTP func switch config smtp enable tion smtp serverip G Configures the SMTP switch config smtp serverip IP address server ID 192 168 1 5 smtp authentication G Enables SMTP authentica switch config smtp authentica tion tion smtp account G Configures the authentica switch config smtp account account tion account User smtp password G Configures the authentica switch config smtp password password tion password smtp rcptemail G Configures the e
76. tect and localize faults and problems If the power LED does not shine even though the power cord is plugged in the socket or the power cord may be defective If there is a power loss on the switch however after operating the switch successfully you should check whether there are loose cables or whether there are power losses or surges at the sock et If the problem still cannot be solved please consult your local dealer Specifications 7 Specifications This section describes the specifications of the funkwerk S128p FastEthernet PoE Switch STANDARD IEEE802 3 10BASE T IEEE802 3u 100BASE TX IEEE802 3z Gigabit Fiber IEEE802 3ab 1000Base T IEEE802 3x Flow Control and Back Pressure IEEE802 3ad Port Trunk with LACP IEEE802 1d Spanning Tree Protocol IEEE802 1w Rapid Spanning Tree IEEE802 1p Class of Service IEEE802 1Q VLAN Tagging IEEE 802 1x User Authentication IEEE 802 3af Power over Ethernet LEDs Power green 10 100TX port link activity green Full duplex collision orange 100 Mbps green Forwarding detect green Gigabit copper port 1000 100 Mbps green orange Link activity green full duplex collision orange Mini GBIC link activity green CONNECTORS 100Base T RJ 45 connection with Auto MDI MDI X Ports 5 8 support PoE inject function 1000Base T RJ 45 connection with Auto MDI MDI X Gigabit fiber MINI GBIC socket User Manual 113 114 Specificati
77. them subsequently to filter and forward the complete data traffic directed to the destination address es The switch can use the uplink port to set up a connection to another switch or hub and to connect other smaller switched workgroup networks In this way larger switched networks can be set up According to state of the art technolo gy optical fiber ports can be used to connect switches The PoE switch provides the power over the UTP cable The PDs Powered Devices are thus provided with the power they require for operation The 4 port Power over Ethernet switch provides the power for the PDs which are operated in the network according to Standard IEEE 802 3af In this way problems with the positioning of devices can be solved The network device can be placed in a more favorable position and thus render better performance If you wish to connect the 4 port Power over Ethernet switch to the Cisco Airo net 350 please use a cross over cable For devices of other manufacturers please use non cross over cables User Manual 17 Console Management 4 Console Management 4 1 Log on to the Console Interface After setting up the connection between the PC and the switch turn on the PC and start a terminal emulation program or the Hyper Terminal program Con figure the communication parameters They have to match the following default parameters for the console port COM1 Properties Port Settings Bits per second
78. thout the prior consent of Funkwerk Enterprise Communications GmbH Funkwerk products comply with the following guidelines and standards R amp TTE Directive 1999 5 EC CE marking for all EU countries and Switzerland You can find detailed information in the Declarations of Conformity under www funkwerk ec com Funkwerk Enterprise Communications GmbH Suedwestpark 94 D 90449 Nuremberg Germany Telephone 49 180 300 9191 0 Fax 49 180 300 9193 0 Internet www funkwerk ec com This is a class A product If operated in a domestic environment the device may cause interferences As a result the user may have to take appropriate countermeasures Introduction 000 e ee eee nn nn nn ees 5 Description of the Hardware ele 13 2 1 Desktop Installation llle 15 2 2 Attaching the Rubber Feet 00 c eee eee eee 15 2 3 Connection to the Power Supply 0020 cece eee eee eee 16 Network Application 0 cc eee eee eee 17 Console Management 000 cece eee ee eee eee eee 19 4 1 Log on to the Console Interface 2222er een eee 19 4 2 CLI Management 0 00 0 eee 21 4 3 Command Level 2 2 ces cece teed 22 4 4 List of Commands 00 000 eee 24 4 5 System Commands Hansen een nennen nenn 24 4 6 Port Commands 22i iu la dap ne 27 4 7 Trunk Commands 000 0c cece een nn nn 30 4 8 VLAN Commands werner ee Y REPAS E PE 31
79. tion Configure the QoS policy and the priority settings the priority settings per port the CoS and the ToS settings 5 24 1 QoS Policy and Priorities B Oos PoLicy Select the QoS policy USING THE 8 4 2 1 WEIGHT FAIR QUEUE SCHEME The switch uses a weighting scheme of 8 4 2 1 to process the priority queues top down from the highest to the lowest queue Example The system processes 80 of the data traffic of a queue with high priority 40 of the traffic of a queue with medium priority 20 of the traffic of a queue with low pri ority and 10 of the traffic of the queue with the lowest priority at the same time The data traffic in the queue with low priority will not be transferred until the complete data traffic of the priority levels high me dium and normal has been forwarded USE THE STRICT PRIORITY SCHEME The queue with the highest priority is always processed first unless this queue is empty W PRIORITY TYPE 5 priority levels can be selected at each port If you disable the option this means that no priority level will be selected PORT BASE The priority at the port corresponds to the port priority as signed by default high medium low or lowest priority COS onty The port priority only corresponds to the assigned CoS pri ority TOS onLYy The port priority only corresponds to the assigned ToS pri ority COS FIRST The port priority corresponds to the CoS priority first of all subsequently to the other pri
80. to Wi carry out basic tests MH display system information Privileged If you are switch Enter disable The Privileged Mode is an extended EXEC working in the to exit this mode User EXEC mode You can use the Privileged Mode to Mode enter enable display the status of extended functions EB store configurations Global Config Enter this switch con To exit this Use this mode to configure parame uration command if fig mode and ters which are valid for your switch you are work return to the as a total ing in the Privi Privileged leged EXEC EXEC Mode Mode enter exit or end VLAN If you are switch To exit this Use this mode to configure VLAN Database working in the vlan mode and specific parameters Privileged return to the EXEC Mode User EXEC enter the vian Mode enter database exit command Mode Interface Configuration Access Method If you are working in the Global Config uration Mode enter the interface command with aspecific interface Prompt switch config if Exit Method To exit this mode and return to the Global Configu ration Mode enter exit To return to the Privileged EXEC Mode enter end About this Mode Use this mode to configure parame ters for the switch and to configure the Ethernet ports 24 Console Management 4 4 List of Commands USER EXEC PRIVILEGED EXEC GL
81. trunk link tag 3 20 vlan 8021q port V Assigns a port based switch vlan vlan 8021q port 3 PortNumber hybrid link untag UntaggedVID tag TaggedVID List hybrid link to the VLAN If the port belongs to a trunk group this command can not be applied hybrid link untag 4 tag 3 6 8 or switch vlan vlan 8021q port 3 hybrid link untag 5 tag 6 8 User Manual Console Management Command Level Description Example vlan 8021q trunk V Assigns an access link to switch vlan vlan 8021q trunk 3 PortNumber the VLAN according to the access link untag 33 access link untag trunk group UntaggedVID vlan 8021q trunk V Assigns a trunk link to the switch vlan vlan 8021q trunk 3 PortNumber VLAN according to the trunk link tag 2 3 6 99 trunk link tag trunk group or TaggedVID List switch vlan vlan 8021q trunk 3 trunk link tag 3 20 vlan 8021q trunk V Assigns a hybrid link to the switch vlan vlan 8021q trunk 3 PortNumber VLAN according to the hybrid link untag 4 tag 3 6 8 hybrid link untag trunk group or UntaggedVID switch vlan vlan 8021q trunk 3 tag hybrid link untag 5 tag 6 8 TaggedVID List show vlan V Displays VLAN informa switch vlan show vlan 23 GroupID tion or show vlan no vlan group V Deletes the VLAN identi switch vlan no vlan group 2 GroupID fied with ID 4 9 Spanning Tree Commands Command Level Description Example
82. tting is Disable Web Based Management Wi SECURITY If this option has been enabled the port will accept only one MAC address H Click the Apply button Port Control Port State Negotiation Speed Duplex Flow Control Security Enable z auto 100 e rui 7 Enable x or 7 Speed Duplex Flow Control Port GroupID Type Link State Negotiation SORS p Config Actual Config Actual Security Port 01 N A 100TX Up Enable Auto 100 Full 100 Full Disable OFF OFF Port 02 N A 100TX Down Enable Auto 100 Full N A Enable N A OFF Port 03 N A 100TX Down Enable Auto 100 Full N A Enable N A OFF Port 04 N A 100TX Down Enable Auto 100 Full N A Enable N A OFF Port 05 N A 100TX Down Enable Auto 100 Full N A Enable N A OFF Port 06 N A 100TX Down Enable Auto 100 Full N A Enable N A OFF Port 07 N A 100TX Down Enable Auto 100 Full N A Enable N A OFF Port 08 N A 100TX Down Enable Auto 100 Full N A Enable N A OFF 61 NIA 1000TX Down Enable Auto 1G Full N A Enable N A OFF G2 NA mGBIC Down Enable Auto 1G Full N A Enable N A OFF Figure 5 17 Port control interface 5 18 Port Trunk The Link Aggregation Control Protocol LACP permits the standardized infor mation exchange between partner systems on a trunk In the process it enables the link aggregation control instances of both systems to negotiate the identity of the aggregation group to which the link belongs to assign the link to this link aggregation group and to ensure that the transfe
83. two passive LACP ports it cannot perform dynamic LACP trunk aggregation since both ports will wait for an LACP protocol packet to be sent from a device at the opposite end If LACP has been enabled at the opposite end of the trunk the status will automatically be set to active as soon as the user selects a trunk port Web Based Management Port Trunk State Activity Aggregator Setting Aggregator Information State Activity Port LACP State Activity Port LACP State Activity 1 NIA 2 NIA 3 IV Active 4 M Active 5 IV Active 6 Iv Active 7 M Active 8 NIA 8 N A 10 NIA App Figure 5 20 Trunk aggregation activity state interface 5 19 Port Mirroring Port mirroring is a method to monitor the data traffic in switched networks Data traffic which goes over various ports can be monitored from one specific port This means that data traffic which is received on or transferred from a moni tored port is duplicated on the mirrored port W DESTINATION PORT All monitored ports can be watched from the mirrored port You can connect the mirrored port to a LAN analyzer or to Netxray EM Source Port The port the user wants to monitor The data traffic on all monitored ports is copied to the mirrored port destination port The user can select a maximum of 9 ports to be monitored at the switch The user can select the port to be monitored in the mirror mode You can select the following mirroring states RX receive TX transfer
84. ult configuration VLAN Configuration VLAN Operation Mode Disable Disable Enable GVRP Proto Port Based Management Vian ID 1802 1 VLAN NOT ENABLE Figure 5 23 VLAN configuration interface 5 21 1 Port Based VLAN Packets are only transferred between subscribers of the same VLAN group Please note that all ports which have not been selected are treated as if they would belong to another unconnected VLAN If the port based VLAN function is enabled VLAN tagging will be ignored To enable an end device to transfer packets into other VLANs it must either be able to mark the packets to be sent with VLAN tags or it has to be connected to a VLAN capable bridge This bridge must be able to classify and tag packets with other VLAN IDs This does not only apply to VLAN IDs based on standard ized PVIDs but also to all other information referring to the packet such as the protocol VLAN Configuration VLAN Operation Mode Port Based Enable GVRP Protocol Management Vian ID a Figure 5 24 Interface port based VLANs If you click the Apply button you will create a new VLAN group Bi Enter the name of the group and the VLAN ID and select the subscribers of the VLAN group Wi Click the Apply button Web Based Management VLAN Configuration VLAN Operation Mode Port Based T Enable GVRP Protocol Management Vlan ID o Apply Group Name T VLAN ID f Figure 5 25 I
85. ver mM BACKUP FILE NAME Enter the name of the configuration file EM Click the Apply button TFTP Backup Configuration Update Firmware Restore Configuration Backup Configuration TFTP Server IP Address 192 168 1 2 Backup File Name data bin Apply Figure 5 9 Backup configuration interface 5 10 Configuration of the System Log Under this menu item you can configure the system event mode you wish to log as well as the system log IP address BEEN Web Based Management System Event Log Syslog Configuration SMTP Configuration Event Configuration Syslog Server IP Address 0 0 0 0 2 Jan 1 00 30 31 System Log Server IP 0 0 0 0 1 Jan 1 00 30 31 System Log Enable Syslog Client Mode Both ron Page 1 7 Reload Clear Figure 5 10 System log configuration interface EM SYSTEM LOG CLIENT MODE Select the system log mode client only server only or both Wi SYSTEM LOG SERVER IP ADDRESS Assign the IP address to the system log server To reload the event logs click the Reload button To delete all current event logs click the Clear button 62 Web Based Management User Manual 5 11 SMTP Configuration Determine the IP address of the mail server the mail account the password for the account and an e mail account for forwarding which serves to receive alerts in the case of defined events EMAIL ALERT Enables or disables the alerts via e mail SMT

User Manual funkwerk S128p FastEthernet PoE Switch

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