MES3000 Ethernet switch series 103
port {west | east}
{gigabitethernet gi_port |
tengigabitethernet te_port |
port-channel group}
gi_port: (1..8/0/1..24);
te_port: (1..8/0/1..4);
group: (1..24).
Select the west(east) switch port included in the ring.
Remove the west (east) switch port, included in the ring.
rpl {west | east} {owner |
neighbor}
Select RPL switch port an its role.
- west—west port will be defined as RPL port;
- east—east port will be defined as RPL port;
- owner—switch will be the owner of RPL port;
- neighbor—switch will be the neighbour of RPL port owner.
Configure R-APS message level. Required for message
transmission through CFM MEP.
- level—R-APS message level.
Select compatibility mode for other G.8032 protocol versions.
- version—G.8032 protocol version.
Select the ring operation mode.
sub-ring vlan vlan_id
[tcpropogation]
Define the sub-ring for the current ring.
- tc-propogation – enable TC propagation in sub-ring
value:(10..2000) ms,
divisible by 10/500 ms
Set the timer that blocks obsolete R-APS messages.
value:(0..10000) ms,
divisible by 100 with
accuracy 5 ms/0 ms
Set the delay timer for response of the switch to state changes.
Instead of response, the timer is activated, when it expires, the
switch will provide information on its state. Designed for reducing
the packet flood during the port flapping.
Set timer that will be launched on RPL Owner switch in revertive
mode. Designed to prevent the frequent secure switching caused
by failure alarms.
switch forced {west | east}
Force the launch of the secure ring switching; the specified port is
blocked.
Disable the forced ring switching.
switch manual {west | east}
Manual blocking of the specified west(east) port and east(west)
unblocking.
Undo changes made since entry into the ring configuration mode.
EXEC mode commands
Command line request in EXEC mode appears as follows:
console#
Table 5.103 —EXEC mode commands
Request the information on ERPS general status or specified ring
status.
5.15.9 LLDP protocol configuration
The basic function of Link Layer Discovery Protocol (LLDP) is the exchange of information on status
and specifications between network devices. Information gathered with LLDP is stored on devices and can
be requested by the master computer via SNMP. Thus, this information allows to model the network
topology on the master computer.