3com 3CB9LG9MC Manual De Usuario
20
C
HAPTER
2: R
ELEASE
H
IGHLIGHTS
If the module disables a front-panel port, you must bring the port back
online manually.
online manually.
The following example shows how to specify a maximum of six bridging
addresses on port 1:
addresses on port 1:
CB9000@slot 5.1 [36L-E/FEN-TX-L2] (): bridge
Menu options (CoreBuilder 9000-10AD6C):
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display
- Display bridge information
agingTime
- Set the bridge address aging time
cos
- Administer COS priority queues
port
- Administer bridge ports
multicast
- Administer multicast filtering
vlan
- Administer VLANs
loopDetectMode - Set Loop Detect mode
learnMode
- Set the bridge learning mode
CB9000@slot 5.1 [36L-E/FEN-TX-L2] (bridge): port
Menu options (CoreBuilder 9000-10AD6C):
----------------------------------------
summary
- Display summary information
detail
- Display detailed information
multicastLimit - Set the multicast/broadcast packet rate
limit
multicastLimitMode - Set the Multicast Limit mode for a port
broadcastLimitMode - Set the Broadcast Limit mode for a port
floodLimitMode - Set the Unknown Flood Limit mode for a port
address
- Administer bridge addresses
addressLimit
- Set the port address limit
CB9000@slot 5.1 [36L-E/FEN-TX-L2] (bridge/port): addresslimit
Select bridge ports (1-36|all|?): 1
Enter address limit (1-36) [4]: 6
Secure Address
Learning Mode
Learning Mode
The 36-port 10/100BASE-TX Desktop Switching Modules (Model
Numbers 3CB9LF36RL and 3CB9LF36TL) can use static addresses to admit
or stop packets that arrive at selected front-panel ports. These static
addresses are taken from the per-port address allocations and
module-wide limits. (For more details about these allocations and limits,
see the previous section ”Bridge Address Learning Limits”.)
Numbers 3CB9LF36RL and 3CB9LF36TL) can use static addresses to admit
or stop packets that arrive at selected front-panel ports. These static
addresses are taken from the per-port address allocations and
module-wide limits. (For more details about these allocations and limits,
see the previous section ”Bridge Address Learning Limits”.)