LES-2224C-SFP SNMP Fiber Switch User Manual & Setting Guide
Contents
1. Port Status LES 2224C SFP Rc Ee E EEREEEEREREREEEREEEERE Home L2 SNMP 24 2G Ethernet Fiber Switch Port Status Port Status pon Uounters Port Phagged Type Enabled Link SpeedDuplex Flow Contro Name max 31 VLAN 1 Hm ER w Down sonHar v STP IGMP 2 Yes BOUI5 M 1310 V Up root 100Ful v Port Trunking 3 Down s00Fur 7 Qos 4 w Down ioneub M Rate Control 5 E Down SOFU E Port Mirroring 6 ex tm Down how JaN MAC Address 7 I Downi100fuR v r2 IP Confiq m a w Down Row d Email Alert 3 n CR X o m Syslog 10 v Down i ub Mgmt Sacurity 11 w Down 100FuF ad Time amp NTP 12 w Downhoneub F Save amp Reload 0 F Down onrus r Upgrade v Dewi new i 15 lt Down 100Fu v v 16 Bown Fu 7 7 lt Down toneut 18 Down f00Fuk All ports information will be display on this page When the SFP slot is inserted with module CPU will try to identify the SFP type and display the information When the SFP module is linked the yellow circle will show Port 25 26 are gigabit port UTP and SFP slot are shared with the same port They cannot work at the same time The UTP port only works in 1000M speed It cannot connect with 10M or 100M copper port Port Counters LES 2224C SFP c Eee DO MONHEEREEEEREREEHEEREEEEEEEM a 5 6 8 9 10 2 t d 16 ww 10 2 Home L2 SNMP 24 2G Ethernet Fiber Switch Port2. LI 24 Email Alert LES 2224C SFP om oF ee OF A A A A R A A A AR FG OP A A A A A 3 4 E D E 10 t 12 13 4 15 17 1 E 20 zt 24 Home L2 SNMP 24 2G Ethernet Fiber Switch Email Alert Port Status Port Counters Send Email Alert VLAN SMTP server IP 00 0 0 NT SMIP sender name aiie leone se IGMP Port Trunking 1 Recipient emad address name d amp ooccom max 471 QoS 2 Recipient emat address mame oo com max 47 Rate Control 3 Recipient email addi ess namedhoocom max 47 Port Mirroring 4 Recipiont emat address namedhooccom max 47 MAC Address 5 Recipient emai address namedihooccom max 47 IP Config 6 Recipient emai address namedgiooccom max 47 Email Alert T Recipient emat address namedghooc com max 47 Syslog BR Recipient amal address namedioocconm max 47 Mgmt Security Emad Alert options Time amp NTP F Coki start i Warm stort Save amp Reload F Lok up F Link down Mew root STP F Topology chanage STP Upgrede Apply Unda There are eight e mail addresses can be assigned If an event happens an email describing the event will be sent to these addresses This feature provides an alternate way to inform the administrator of system alarms The user can change the sender name to identify which one switch sends this alert message Syslog LES 2224C SFP YE M 1 2 3 4 s E 1 1 12 3 4 15 te v7 19 19 2 21 22 a 24 Home L2 SNMP 24 2G Et
3. The resolution from 64K to 1792K is 64K the resolution from 2M to 100M is 1M the resolution from 104M to 1000M is 8M for port 25g and 269 Note 1 Ingress rate means receiving rate Egress rate means transmitting tare Note 2 In normal condition the switch will send out flow control packet to reduce the transmit rate in link partner Once the Drop Over Rate function is enabled the packet will be dropped immediately when the rate is exceed the setting rate Port Mirroring LES 2224C SFP Macy EL MONEEEEEEEEEREEEEEEEEEEM 2 4 s 8 LI 100 1 12 7 4 1 e 7 19 19 20 Home L2 SNMP 24 2G Ethernet Fiber Switch Port Mirroring Sniffer Port Stetus Port Counters Global enable disable for alf mirroring VLAN Miror Capture Ports to which all ingress andor egress trathe is mirrored P 2 r3 4 5 re nij 8 ET 9 M s0 NT Mr mw ru Mas 16 Port Trunking Qos vw 18 19 20 21 r2 23 24 Rote Control 59 T 269 Port Mirroring Ingress Mirror Monfored Ports MAC Address 1 2 r3 4 5 re r7 8 IP Config SNMP 9 10 ra 12 13 ru 15 6 Emoll Alert 18 19 20 21 ra r3 24 Syslog 259 26g 27 cPul Mgmt Security Egress Miror Monitored Ports Time amp NTP 2 3 4 5 re re re Save amp Reload 4 10 ran 12 3 Fu 4 16 Upgrade n 148 r1 M zo E rz r2 r2 25g 26g F2 Pu Apply Undo 1 Manegement CPU is port 27 Sniffer Ingress Copy packets which come from monitored ports to one sniffer port Sniffer Egress Copy packets which go out fr
4. 1002 35 e addfilter add forbidden mac address Usage addfilter mac addr vlan id mac addroxx xx xx xx xx xx vlan id21 4093 delmac delete a mac address Usage delmac mac addr vlan id mac addroxx xx xx xx xx xx vlan id21 4093 clearallmac aging out all dynamic mac address clearallstatic clear all static mac address clearallfilter clear all forbidden mac address max mac count set maximum number of dynamic mac address that can be learned per port Usage max mac count port no count port no 1 24 or x all count 0 8191 5 Sniffer sniff capture port set sniffer off on if on assign a capture port Usage sniff capture port off on capture port Example 1 sniff capture port off disable sniffer Example 2 sniff capture port on 10 enable sniffer copy ingress egress traffic to port 10 sniff ingress ports duplicate the ingress traffic of some ports to capture port Usage sniff ingress ports monitored ports list Example sniff ingress ports 1 4 copy ingress traffic of port 1 to port 4 Duplicate packet The same with port 1 Input Packet sniff egress ports duplicate the egress traffic of some ports to capture port Usage sniff egress ports monitored ports list Example sniff egress 1 4 copy egress traffic of port 1 to port 4 Output Packet Duplicate packet The same with port 1 e showsniffer show sniffer information 6 Rate control count ifg pre
5. 3 4 El 10 11 1 2 13 4 15 v 1 Home L2 SNMP 24 2G Ethernet Fiber Switch Spanning Tree Protocol Port Status Port Counters Enada Spanning Tree Pretocal ree oc VLAN stp Current Spanning Tree Reet IGMP MAC Address Port Trunking Root Priority Qos Foot Max Age ser Rate Control Root Hato Time sec Port Mirroring Root Forward Detay s MAC Address Root Path Cost IP Confiq Root Port SNMP Email Alert Spanning Iree Bridge Configuration syslog Prionty 0 65535 28 Mgmt Security Max Age Time 6 200 sec 20 Time amp NTP Heto Time 1 10 sec z Save amp Reload Forward Detay 4 200 sec jis Upgrade Spanning Tree Port Configas ation Port Priority 0 255 State Path Cost 1 255 Reet Cost 1 128 19 2 18 19 3 E jis 4 128 19 5 128 19 6 1 z E 7 es 19 m i o 128 19 Once the STP function is enabled there are 30 seconds which could not access this switch The user has to wait for the STP function is done then the system will be work normally All parameters can be set in this web page The user can set them using CLI to do these setting Please check the command line page for more detail information IGMP LES 2224C SFP Ee NISL HONEEEEEEREEEEEREEEEEENEEM 5 E D t0 12 13 14 16 L3 10 2 21 Home L2 SNMP 24 2G Ethernet Fiber Switch IGMP Snooping Port Status Port Counters GME Snooping enabled VLAN sre IGMP Port Trunking Current IP Multicas
6. 802 1p tag Traffic Class for priority mapping if the frame is tagged O0 Ignore IEEE 802 1p tag fields even the frame is tagged 6 For DSCP IP fields 0 63 priority mapping please use dscp mapping command in console or telnet Rw Rate Control ee EI LES 2224C SFP yr z LEM LIITIIIJSIITTTIIDIIIIJIILIIIIELI TUS Y V R T E 1 8 23 2 42 9 2 2 E X m 2 q Home L2 SNMP 24 2G Ethernet Fiber Switch Rate Limit Control Port Status Port Counters Count EG and Preambie Drop Over Rate PLAN Port ingress Rate Control ingress Rate bitssec Egress Rate Control Egress Rate bilsiec Name RO live he s Port Trunking z 10 z we z Qos 3 100M I 100M zji Rate Control 4 100M 100M Si Port Mirroring 5 100M i room MAC Address 6 100M how gt 1P Config 7 100M Si 100M SNMP s 100M mI 100M Email Alert a 100M 00M l Syslog 10 100M Si 100M Mgmt Security E Time amp NTP r 2 Bave amp Reload ENS i zl Upgrade 13 100M i 1 00M u 100M i 100M l 15 100M E 100M l 36 100M Sl 100M 17 100M 100M 8 700 mj 100M 19 100M I 700M c 13 z2 100M za 100M 21 100M i 100M 2 jouw 1008 23 100M 100M 24 100M Sim 700M J 1 Count IFG and Preamble Count interframe gap IFG bytes 12 per frame and Preamble bytes 8 per frame 1 Counted O default Not counted 2 Drop Over Rate Drop incoming frame if the maximum rate control is exceeded 3
7. Fiber Switch Security Part Status Port Counters User max 31 Password max 31 Confirmed Password Access Figi VLAN i i i r M Read Write User 1 STP Ih Read Write User2 cop Read Write User 3 Port Trunking l Read Write User 4 Qos I 4 Rate Control l Ren Wife Users Port Mirroring I Read Write User 6 MAC Address ReadWWte User IP Config ReadWe User SNMP Email Alert Sume Syslog Allow the fobowing IP to manage this station be Mgmt Security 1 Secure P 0 0 0 0 9 Secure IP 0 0 0 0 Time amp NTP 2 Secure IP 0 0 0 0 10 Secure IP 0 0 0 0 Save amp Reload 3 Secure IP 0 0 0 0 11 Secure IP 0 0 0 0 Upgrade 4 Secure IP TER 12 Secure IP Titi 5 Secure IP 00 0 0 13 Secure IP 0 0 0 0 6 Secure P 0 000 Semet 0 0 0 0 7 Secure IP 0 0 0 0 15 Secure IP 0 0 0 0 8 Secure IP 0 0 0 0 16 Secure IP 0 0 0 0 AppN Undo The administrator can assign a user name and password for a maximum of eight users The administrator can also restrict system access so that the system can only be accessed from a group of IP addresses and forbid access from other IP addresses There are sixteen IP addresses can be assigned Set the Secure IP option to ON if this feature is required Time amp NTP LES 2224C SFP wm MONEEREEEEREREEEEREEEEEEM 3 4 s 8 B 10 11 u 13 14 1s k 7 te 20 21 Home Port Status Port Counters VLAN STP IGMP Port Trunking Qos Rate Control
8. Status Port status Port Counters Pot P i Type Link dax Codd aun VLAN 1 one E Down onnan v STP rA E 2 Ye BOI5 001310 Up Momu OOFul v Port Trunking 3 id Down onrus y Qos 4 w Down oneub 8 Rate Control 5 F Down honrur v Port Mirroring 6 EN Am Bg Down FM P 5 MAC Address 7 T Down 100 uP s xA 2 IP Config Py ae an g SNMP Email Alert v Down 1 OOF Ut Syslog 10 T m w Down Euhk Mgmt Security 11 bd Down 100Fut v Time amp NTP 172 x Down poue 7 Save amp Reload 0 I Down oou Upgrade zr p Down foneuR 6 15 Down 100Fui v 16 2 Down ooru 7 v Down tonrut v 18 v Down Soau e 7 The content for port counters are as below Bytes RX TX Frames RX TX Unicast Broadcast Multicast RX Unicast Broadcast Multicast TX Error RX TX InDiscards OutDiscards Undersize 9 Oversize 10 Collision 11 Fragment Oo N OORA WBN VLAN LES 2224C SFP UN et Ee m HEREREREREERERERERERER a 4 15 i6 mus Mm TUE RTI Home L2 SNMP 24 2G Ethernet Fiber Switch Virtual LAN Port Stotus Port Gounters Enable 802 10 VLAN Force te Use PMID VLAN BTP Drop Not Member Drop VID Miss 1GMP Port Based VLAN Table Port PY Protected Drop Mon 10 Port Trunking 1334587 8 9 0 1 1213 14 15 16 7 119 199 20 21 22 232 4 QoS 1 i E nd a ee ee 2 ee 2 Rate Control 2 it v V IM IM IM IM IM
9. count interframe gap IFG 12 bytes per frame and preamble 8 bytes per frame bytes or not Current Count IFG and Preamble off Usage count ifg pre on off drop over rate drop or flow control if rate limit is exceeded Current Drop Over Rate on drop off flow control off Usage drop over rate on off ingress rate control set ingress rate control enabled disabled per port Usage ingress rate control port no 0 1 port no 1 24 or x all 1 enable ingress rate control O disable egress rate control set egress rate control enabled disabled per port Usage egress rate control port no 0 1 port no 1 24 or x all 1 enable egress rate control O disable ingress data rate set ingress data rate per port Usage ingress data rate port no 64K 128K 192K 1792K 2M 3M AM 99M 100M port no 1 24 or x all the resolution from 64K bits to 1792K is 64K the resolution from 2M bits to 100M is 1M egress data rate set egress data rate per port Usage egress data rate port no 64K 128K 192K 1792K 2M 3M AM 99M 100M port no 1 24 or x all the resolution from 64K bits to 1792K is 64K the resolution from 2M bits to 100M is 1M show rate control show rate control information 7 Trunking e trunking set trunking link aggregation on off Current Trunking Link Aggregation off Usage trunking onloff e iftrunking set port trunking link aggregation per port
10. table is empty then no traps will be issued The user can use the Trap options section at the bottom of this screen to select the types of traps to be sent 4 6 6 System Name max 63k System Location max 63 System Contact imax 631 v SNMP server on 1 Community max 31 2 Commamity max 31 3 Commanity max 31 4 Community max 31 5 Commanity max 31 6 Coenmunity max 31 7 Coenmunty max 31 B Coen max 31 E 10 90 M 8 13 15 10 L2 SNMP 24 2G Ethernet Fiber Switch SNMP Eee Be 7 18 sysContect wot set Get Set Community fpublic private Send traps to the following management stations 1 Trap target IP 2 Trap target IP J Trap target IP 4 Trap target IP 5 Trap target IP 6 Trap target IP 7 Trap target IP B Trap target IP Trap options v Cold start F Lnk up ooo 00020 2 00 9 0 0 0 0 0 00 0 pooo 0 0 0 0 v Warn start Link down Access Access Access Access Access Access Access Access Community max 31r Comenunity na 31r Community max 31r Cormenunity imax 31r Community max 31r Community max 31r Community imax 31r Community max 31 Iv Authentication failure iv New root STP C Read Write v Read Write Read Write Read Winte Read Write C Read Write Read Write Read Write Topology chanage STP 2 LJ LJ LI L2 LJ LI LJ LJ LI LI LJ LI 8 2 2 22 2
11. A Ww ww MOM ie ow M MV MM Part Mirroring 3 1 v iw VV VV VVW vive PV we ww PP www MAC Address pa P at et et ct at en i pa SE d EN py at EI AF A AE ai ag con fa ee a vy Ks 4 1 vw iv GV FASO Bw we ME UG we we WF GF SG E IP Config 5 M Ww Ww Ww Ww Ww Ww Wi v w MN v v L4 v w A v v v v SNMP Email Alert a t www v we we wv we We v V v ll e P P 9 v Syslog z t JEEE A ww wv FF FF He Mgmt Security mn wow wow ow ww Vie WwW WM MV ew V Mw WM M M M V Ww iv Time amp NTP 9 l wiwitwi i i i pPWWNWINIENNMNNMSyN IE amp Save amp Reload wo f g AAA Upar n it M M MW Vi WM Vw P wu NU NM ON X Ww WN Pm a f i www wre w www P Fh BP Re we RP RR Ge Oe n a a wi wiwvi vievuvimeimuivueimiuvciuvrisvsivsiwvuiwuiwvuviiwuii ib vvsiwvi 1 e FaR wi Wow wv Wo Ww Wo 9 wv 1 Management CPU is port 27 2 There are several VLAN mode can be selected 1 Force to Use PVID Force to use Default VLAN ID the tagged frame s VID is ignored 2 Drop Not Member Drop a frame if the ingress port of the frame is not a member of the frame s VID 3 Drop VID Miss Drop a frame if the frame s VID is not contained in current VLAN table 3 PVID 1 4094 Port Default VLAN ID 4 Protected Traffic between protected port group members is blocked 5 Drop Non 1Q Any non 820 1Q frame without vlan tagged is dropped 6 Press Remove All button will remove all VLANs except VLAN 1 Spanning Tree Protocol STP LES 2224C SFP c EE Mn 20
12. Current 802 1Q VLAN off Usage vlan 8021q onloff ifpvid set default VLAN ID per port Usage ifpvid port no vlan id port no 1 27 or x all valn_id 1 4093 forcepvid force to use default VLAN ID ignore the tagged frame s VID Current Force PVID off Usage forcepvid onloff Force to use Default VLAN ID the tagged frame s VID is ignored 0 not Force Note If the Default VLAN ID is 5 and enable forcepvid function The result will be as below VLAN 300 Packet forcepvid VLAN 5 Packet p gt ifprotected set interface protected per port Usage ifprotected port no 0 1 port no 1 27 or x all 0 Normal operation 1 Protected drop noniq drop non 802 1Q frame per port Usage dropnon1q port no 0 1 port no 1 26 or x all 1 Drop Non 802 1Q Frame 0 not Drop drop not member drop a frame if ingress port is not a member Current Drop Not Member off Usage drop not member on off drop vid miss drop a frame if vid not existed in VLAN table Current Drop VID Miss off Usage drop vid miss on off addvian add a 802 1Q vlan Usage addvlan vid Vlan name vid 1 4093 the max length of vlan name is 15 e delvian delete a 802 1Q vlan Usage delvlan vid vid 1 4093 showvlan show vian information Vlan information will show when this command is pressed Example Current 802 1Q VLAN Off Force to use default VLAN ID Off Drop Not Member Off Drop VI
13. D Miss Off Port 1 Default VLAN ID 1 Drop Non 1Q Frame Off Port Based VLAN Table 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 addmember add member ports to a 802 1Q vian Usage addmember vid member ports list vid 1 4093 Example 1 addmember 10 1 8 add port 1 and 8 to vian 10 Example 2 addmember 10 1t 8 t carry vlan tag when forwarded to port 1 Example 3 addmember 10 1u 8 u unmodified when forwarded to port 1 delmember delete member ports from a 802 1Q vlan Usage delmember vid member ports list vid 1 4093 Example delmember 10 1 2 delete port 1 and 2 from vian 10 port base vlan set port based vlan per port Usage port base vlan input port output ports list input port 1 27 Example port base vlan 1 2 8 packets from port 1 forward to port 2 and 8 only Other ports will not get packets Port Base VLAN example 3 QoS i IEEE 802 1P frame User Priority CFI IP packet frame Internet Header Length Version 4 4 Type of Service 8 Identification 16 Time To Live 8 qos e ifdefpri Usage ifdefpri port no port no 1 26 or x all priority 0 7 forcepri Options Variable Padding 0 24 Source Address 32 set Quality of Service on off Current Quality of Service off Usage qos onloff set default priority per port priority force to use default 802 p priorit
14. LES 2224C SFP SNMP Fiber Switch User Manual amp Setting Guide iud F 1 Web interface operation 2 Command line interface 3 CDP function setting 4 S W upgrade procedure Web interface operation This section introduces the settings and functions of the web management interface If you are using IE 5 0 please activate the Java security privilege Tools gt Internet Options Security Internet Custom Level gt Microsoft VM Java Permissions Click on Custom Then click on the Java Custom Settings Box below Edit Permissions Unsigned content Run unsigned content Enable Click ok click ok Click yes Login to the system 1 Start IE or other browser 2 Enter the IP address The default IP is 192 168 1 1 of the switch at the URL location 3 The password screen will appear 4 Input correct user name and password There is no default name and password Just press a key for username It is necessary to enter password 5 Click OK then the web management interface will appear Connect to 192 168 1 1 GN5108M User name Lfd Password Remember my password Home LES 2224C SFP Eee Ee T 90600 4 amp 1 y aS uw A Ss a 6 wq OS WM SOS Sse ae OS a a us wu a2 wu de wu 1 2 a s 5 7 s 1 12 a 4 15 18 r s 20 21 22 33 m Home Lantech L2 SNMP 24 2G Ethernet Fiber Switch Home Port Status Note Please enable java security if your web browser is Internet Explo
15. Port Mirroring MAC Address IP Config SNMP Email Abert Syslog Mgmt Security Time amp NTP Save Reload Upgrade L2 SNMP 24 2G Ethernet Fiber Switch Time amp NTP Current system date Mon Jan 1 1990 time source not set Cemtent system time hibcmm ssy 0103x489 Set date yyyyt 1990 2100 mm 1 12 dd 1 31 B Set time hist 23mm 59 9 0 56 Time zone z0ne namoimax 8 hour offset 23 23 min offsetj 59p TT g f Suermer lime ayhott saving timer No Start time nth weekday month hh mm tst Sun an 00 oo End time nth weekday moet tih mimi fist ES sun ell v foo oo NIP Network Time Protocol Configuration l NIP chem on NIP server IP p 0 0 0 NIP update interval 60 856400 sec va Apety Undo J Note 1 You should set time zone if the NTP configuration is enabled Note 2 A Windows XP host or Windows 2000 server can serve as a NTP server NTP is a protocol for the system to synchronize time from an NTP server Once the NTP client function is enabled the management module gets network time using this protocol from an NTP server periodically If there is no NTP server in the network set the NTP client option to OFF and the user can set date and time directly Save amp Reload LES 2224C SFP c F HONEEEEEEEEREEEEEEEEEEEEM Horne L2 SNMP 24 2G Ethernet Fiber Switch Save amp Reload Port Status Port Counters VLAN SIP Save running Contig u ation to sta
16. Usage trunking port no off on lacp active lacp passive group id port no 1 26 or x all group id 0 3 default is 0 showtrunking show trunking link aggregation 8 STP spanning tree set spanning tree protocol on off Current spanning tree protocol off Usage spanning tree on off showstp show spanning tree protocol information hello time set bridge hello time Current bridge hello time 2 Usage hello time value value 1 10 default is 2 forward delay set bridge forward delay Current bridge forward delay 15 Usage forward delay value value 4 200 default is 15 max age set bridge maximum age Current bridge maximum age 20 Usage max age value value 6 200 default is 20 bridge priority set bridge priority Current bridge priority 32768 Usage bridge priority value value 0 65535 default is 32768 port priority set port priority Usage port priority port no value port no 1 26 value 0 255 default is 128 port path cost set port path cost Usage port path cost port no value port_no 1 26 value 1 255 1000 Mbps 4 100 Mbps 19 10 Mbps 100 9 IGMP igmp snooping set igmp snooping on off Current igmp snooping off Usage igmp snooping on off igmp auto aging set igmp auto aging on off Current igmp auto aging on Usage igmp auto aging on off igmp leave time set igmp leave aging time Current igmp leave aging t
17. b browser after upgrading Mgmt Security Time tk NTP Bave amp Reload Upgrade The user can use FTP or TFTP to download the latest binary image This SNMP switch implements an FTP server and a TFTP server You may invoke FTP client to transfer new binary images to the Virtual file system and select the second method specify the file name path and then press the upgrade button to upgrade the firmware If users have a TFTP server installed in the network use the first method to specify the server address file name path and then press the upgrade button to upgrade the firmware Command line interface 1 Interfcae ifclear clear rmon counters ifcounters show rmon counters per port Usage ifcounters port no port no 1 27 or x all e ifdisable disable interface per port Usage ifdisable port no port no 1 26 or x all ifenable enable interface per port Usage ifenable port_no port_no 1 26 or x all e ifname name interface per port Usage ifname port_no string no port_no 1 26 or x all The max string length is 31 e ifshow show interface information per port Usage ifshow port_no port_no 1 27 or x all ifduplex set interface duplex Usage ifduplex port no half full port_no 1 24 or x all e ifflowctrl set flow control per port Usage ifflowctrl port no 0 1 port no 1 26 or x all 0 Flow Control disabled 1 enabled 2 VLAN vlan 8021q set 802 1Q vlan on off
18. e web page as below SNMP Single Port 1G Media Converter Upgrade The new binary code is located in remote TFTP server TFTP server IP File path v The new binary code has been located in system SDRAM uploaded by using FTP or TFTP client utility from your host first File name etiem bin v Reload system after upgrading Upgrade Key in the file name Note Please restart your web browser after upgrading Press Upgrade key then wait for system re boot The procedures are ready
19. ed for 100M SFP port port 1 to port 24 The 2 gigabit port can be assigned to one trunk port also For 100M SFP port the trunk port number can up to 4 members in each trunk group For two 1000M ports They are assigned to member automatic when trunk gigabit port item is selected QoS LES 2224C SFP M HONEEREEEEEREEHEEEEEEEEEM Home L2 SNMP 24 2G Ethernet Fiber Switch Quality of Service Port Status Port Counters Emabte Quattty of Service Force to Use Default Priority VLAN Port Default Priority Highest Priocity Use IP Mapping Use Tag Mapping Name RO STP 1 3 1GMP 2 x Ji 9 Port Trunking Qos 4 ru lf i Rate Control Port Mirroring id n z l mi MAC Address U zl E IP Config 7 0 z 7 SNMP a w z 7 Email Alert 9 0 Syslog 10 rs pm Mgmt Securit y 1 0 f v Time amp NTP 2 On mm B Save amp Reload 13 T zir v Upgrade a T 3l 2 15 0 v 16 Sis X 17 met z 18 a Sis iv 1 Force to Use Default Priority Use the default ingress priority the tagged frame s priority is ignored 2 Default Priority the default ingress priority to use when no other priority information is available Highest Priority Force all frames from a port to highest queue Use IP Mapping Use IP IPv4 and IPv6 for priority 1 default Use IP fields for priority mapping O Ignore IP priority field 5 Use Tag Mapping Use IEEE Tags for priority 1 default Use IEEE
20. hernet Fiber Switch Syslog Port Status Port Counters v Sysiog on VLAN Sysiog server IP list se 1 Syslog server IP 5 Syslog server P 0 0 0 0 lamp e z z 773 Port Trunking K ii odi Qos 3 Syslog server IP 0 0 0 0 7 Syslog server P 0 0 0 0 Rate Control 4 Syslog server IP 00 0 0 8 Syslog server E 0 0 0 0 Port Mirroring Syslog entries total legs 6 max 4095k MAC Address n UpTime 0m 225 Mon Jan 1 1990 00 00 22 WUNK 3 UP Port 26 IP Config 4 UpTime Om 19s Mon Jan 1 1 19 SUNK 3 DOWWN Por 26 SNMP 4 UpTime 0m115 Mon Jan 1 1 0011 UNK 3 UP Port 2 3 UpTime Om 4s Mon Jan 1 1990 00 00 04 PLUS JIN Port 2 Email Alert 2 UpTime 0m 3s Mon Jan 1 1930 00 00 03 SUNE 3 UP Port 26 B5 TT TEN t ir etm yslog lt gt Mgmt Security Time amp NTP l Gear aliiege Save all logs to flash Save amp Reload Expert al logs to remote TFTP server text file Upgrade Syslog options iv Cold start Warm start iv ink up v Link down W New root STP v Topology chanage STP ApDN Undo There are eight syslog servers can be assigned Logs will be sent to these servers The user can use this page to clear all logs or choose to save all logs to flash The user can also choose to export all logs to a remote TFTP server as a text file The maximum syslog issues which can be stored are 4095 Mgmt Security eee eee eee a 6 8 9 10 12 34 16 5 9 t Home L2 SNMP 24 2G Ethernet
21. ime 60 Usage igmp leave time value value 10 255 seconds default is 60 e showigmp show igmp information CDP Function Setting There are two commands for CDP function 1 LES 2224C SFP gt cdp This command is use to set CDP function on off Current CDP on Usage cdp onloff Example cdp on 2 LES 2224C SFP gt showcdp This function will display all devices which support CDP function Current CDP version 2 on Sendind CDP packets every 60 seconds Sendind a hold time value of 180 seconds Example for CDP neighborhood information Current Neighbors Port 5 Device ID CISCO Hold Time 168 Port ID FastEthernet0 3 Capabilities Ox00000028 Platform cisco WS C2950 24 S W Upgrade Procedure This example will show how to upgrade the code by web interface Target box IP 192 168 1 1 1 Open one command box Je a esses As Microsoft R gt Windows 98 lt G gt Copyright Microsoft Corp 1981 1999 C WINDOWS gt ftp 192 168 1 1 Connected to 192 168 1 1 226 Service ready 192 168 1 1 none gt gt a User name ok need password d ser logged in ftp bin 266 Command OK ftp gt put d i gc Gigm bin 266 Command OK 1580 Connecting for STOR 226 Transfer OK Closing connection 689136 bytes sent in 8 4 Seconds 82 84Kbytes sec ftp bye Key in commands as above to transfer new code into the target box The BIN code name is file name which you want to upgrade 2 Open the upgrad
22. king ee m 121 73 Qos DNS Server 1 o 0 0 0 Rate Control DMS Server 2 o 0 0 0 Port Mirroring MAC Address Compete Baudrate 9600 Me time sec Oonever idle er 60 86400 650 IP Confiq Telnet server on kde time sec a Max sessions 1 4 4 SNMP Email Alert v FIP server on max sessions f FF TFTP server on HTTP server on Syslog Apply Undo Mgmt Security Time amp NTP Bave amp Reload Upgrade This function allows user to set IP configurations Once this DHCP client function is set to ON the switch will request its IP address and other settings from a DHCP server in the same network If the DHCP function is not activated then user can set his own IP settings You can also choose the access methods Telnet HTTP for controlling the converter You can also enable disable FTP server and TFTP server For greatest security FTP and TFTP should be disabled between upgrades SNMP LES 2224C SFP LJ ec 2 3 Home Port Status Port Counters VLAN str IGMP Port Trunking QoS Rate Control Port Mirroring MAC Address IP Config SNMP Email Alert Syslog Mgmt Security Time amp NTP Save amp Reload Upgrade Set the objects of the system group system name system location and system contact There are eight community names which can be assigned Read Write privileges or Read Only privileges There are eight trap addresses which can be assigned to receive alarms Trap messages will be sent to these addresses If the
23. le dscp mapping 63 3 frames with DSCP field 63 mapping to queue 3 The default DSCP to queue mapping 0 15 to queue 0 16 31 to queue 1 32 47 to queue 2 48 63 to queue 3 schedule policy set the scheduling policy Current schedule policy 0 Usage schedule policy 0 1 O default use an 8 4 2 1 4 queues weighted round robin queuing scheme 1 use a strict priority scheme packets in highest queue always transmit first showqos show qos information 4 MAC aging time set aging time Current aging time 300 sec Usage aging time time time 0 1048575 sec default is 300 5 minutes If time is 0 the aging function is disabled and all learned addresses will remain in the database for ever fast aging aging out dynamic mac address per port Usage fast aging port_no port_no 1 27 or x all showmactbl show all mac address table Example MAC Address VLAN ID Ports Type Mac 00 30 DA 03 DD CC vid 0000 Ports 26 Dynamic Age 1 Mac 00 00 22 30 12 34 vid 0000 Ports 27 Dynamic Age 1 Mac 00 30 48 81 14 C8 vid 0000 Ports 26 Dynamic Age 1 Total entries 3 showstatic show static mac address table e showfilter show forbidden mac address table addstatic add static mac address Usage addstatic mac addr vlan id ports list mac addrexx xxo xx xx xx Vlan_id 1 4093 Example 1 addstatic 00 11 22 33 44 55 100 3 Example 2 addstatic 01 11 22 33 44 55
24. om monitored ports to one sniffer port MAC Address LES 2224C SFP w m HONEEEEEEEEREEEEEEEEEEEM a D 12 a E 5 1 LI 20 21 Home L2 SNMP 2442G Ethernet Fiber Switch MAC Address Port Status Port Counters Aging Time 0 1048575 sec defaut 300 300 VLAN Pert Fast Aging Out Max Dynamic MAC Number 0 0791 Current Dynamic MAC Number RO STP 1 E 0291 0 IGMP 2 r rat np Port Trunking 3 orar T0 Qos 4 F aigi 0 Rate Control mar _ 5 aro D Port Mirroring ios 6 5 GEN n MAC Address vL 7 ME a IP Config SNMP s siaa 8 Email Alert 9 Brot u Syslog 1 CER Mgmt Security 1 Brot Time amp NTP 12 1 IU Save amp Reload 13 8191 Upgrade u 8191 0 15 8191 0 6 8191 0 7 191 0 m bist 0 1 0191 20 asst 0 21 f rst 0 2 eet 0 23 jersi 0 Au P orat 0 The user can get all mac address information in this page The MAX dynamic MAC number cab be set for each port The default is 8K users for each port The switch will drop the packet when the max dynamic MAC number is exceeded and the new packet SA is not exist IP Config w LES 2224C SFP Sates z mbar W p e i BA a D TIT a aa aa a ae E aa AE E a a s w ok ww Wo 7 4 4 S a 4 OW ee ee A Ww OB OA w Home L2 SNMP 24 2G Ethernet Fiber Switch IP Config Port Status Port Counters DHCP client on VLAN Address source manual 51 30 120758 STP 3 3 3 Subnet Mask 255 5 0 IGMP IRAR Port Trun
25. rer Port Counters VLAN System Description Layer 2 SNMP 24 26 Ethermet Fiber Switch STP System Object id t35 1 4 117013226 IGMP System Name GFS2402M Port Trunking System Location sysLocation not set QoS System Contact sys Contact not set Rate Control System Up Time 0 days 1 hours 3 mimites 20 seconds Port Mirroring IP Addi ess 1 30 121 75 MAC Address IP Config Subnet Mask 255 255 255 0 SNMP Default Gateway 6 1 230 121 73 Email Alert MAC Address 00 00 22 30 12 34 Syslog Console 9600 M amp 1 Mgmt Security Ves soet 4 15 Jun 20 2006 AC Time amp NTP Curremt User Access Right Read Wite Save amp Reload Upgrade System Description the brief description of this switch System Object ID the SNMP object ID of this switch System Name the symbolic name of this switch System Location the location of this switch System Contact the contact person name System Uptime time lasts since last reboot IP Address the IP address of this switch Subnet Mask the subnet mask Default Gateway the default gateway of this switch MAC Address the MAC address of the switch Console RS232 Settings baud rate parity bits stop bit Version the firmware version Current User Access Right Read Write or Read Only The virtual switch panel is shown on the top of the screen The LED columns refer to the fiber ports respectively If the fiber port is linked the diagram of the plug will show yellow circle otherwise the plug will be dark
26. rtup configu ation IGMP Reset to factory default and reload Port Trunking QoS System Reload Rate Control Backup startup configuration te remete TFTP server Port Mirroring MAC Address IP Config SNMP Load startup configuration from remote TFTP server amd reloi 3 H rd Emoall Alert Syslog Mgmt Security Time amp NTP Save amp Reload Upgrade The Administrator may save the current settings to the NV Flash of the system When the system is running the administrator can change the current settings and they will take effect immediately but they will not be saved to the start up configuration unless you save running configuration to start up configuration The startup configuration can be up loaded to the TFTP server in a file as a template Downloading the template from the TFTP server is a fast way to configure the administrator need only change options that are different Press the factory default and reload button to load the default factory setting Upgrade LES 2224C SFP Eee I 2 o 12 a LL t LI 20 21 Home L2 SNMP 24 2G Ethernet Fiber Switch Upgrade Port Status Port Counters The new binary code is located in remote TETP server VLAN stp IGMP Port Trunking The new binary code has been located in system SDRAM Qos Rate Control Port Mirroring MAC Address v Reload system after upgrading IP Contig SNMP rece o s Email Alert Syslog Note Please restart your we
27. t Table current 0 max 256 wil refresh every JO seconds I9 Auto Refresh Qos f Rate Control Port Mirroring MAC Address IP Config SNMP Email Alert Syslog Mgmt Security p Time amp NTP Save k Reload Upgrade WW IGMP Mno Aging IGMP Leave Aging Time 10 255 seck cJ Apply Unda The Internet Group Management Protocol IGMP is an internal protocol of the internet protocol IP suit This management switch supports IP multicast function The user can set this IGMP function then display IGMP snooping information in this page Port Trunking LES 2224C SFP F RS HONHEEREEEREREHEEEEEEEEEM a 5 8 9 10 12 3 6 8 9 Home Port Status Port Trunk Group 0 Ports 1 24 Trunk Group Ports 1 24 Trunk Giga Ports 25 26 Name RO Port Counters Enabled Enabled Enabled VLAN 1 Member l Mamber STP 2 Member l Member IGMP 3 Member Member Port Trunking 4 Member Member os sud Control e an ense snas Port Mirroring 6 Member Member MAC Address Li Member Member IP Config 3 Member F Member SNMP 9 Member Member Email Alert w Member Member Syslog 1 Member Member En security 122 Wernber Member Time amp NTP Save amp Retoad sal MEM Upgrade LAJ Member Member 15 Mernber Member qw Member Member 1 Member Member 1 Wernber Member 199 Member l Member 20 Member Member 2 Member Member 22 Member l Member 23 Member Member There are 2 trunk groups can be assign
28. y ignore the tagged frame s priority Current Force 802 1p Priority off Usage forcepri on off highest priority set port to highest priority per port Usage highest priority port no 0 1 port no 1 26 or x all 1 Set port to highest priority 0 not use tos diff use IP TOS Diff fields for priority mapping per port Usage use tos diff port no 0 1 port no 1 26 or x all 1 Use IP TOS Diff fields for priority data 0 Ignore IP TOS Diff fields use 8021p use 802 1p tag fields for priority mapping per port Usage use 8021p port no 0 1 port no 1 26 or x all 1 Use 802 1p tag for priority mapping if the frame is tagged 0 Ignore 802 1p tag fields cos mapping 802 1p priority to 4 level priority queues mapping Usage cos mapping default priority queue priority 0 7 queue 0 lowest queue to 3 highest queue Example cos mapping 7 3 tagged priority 7 mapping to queue 3 The default 802 1p priority to queue mapping 1 2 to queue 0 0 and 3 to queue 1 4 5 to queue 2 6 7 to queue 3 LOW 802 1p priority O 802 1p priority 1 802 1p priority 2 802 1p priority 3 802 1p priority 4 802 1p priority 5 802 1p priority 6 802 1p priority 7 Default 802 1p priority mapping HIA dscp mapping DiffServ value 0 63 of IP header to 4 level priority queues mapping Usage dscp mapping default dscp queue dscp 0 63 queue 0 lowest queue to 3 highest queue Examp
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