Table 13: Show Ethernet Oam Lfm Status Output Fields - Juniper JUNOSE SOFTWARE 11.2.X - LINK LAYER CONFIGURATION GUIDE 7-7-2010 Configuration Manual

Meaning
Copyright © 2010, Juniper Networks, Inc.
Event Action:
High Threshold Action:
Remote-loopback:
Frame-seconds Error Monitor
Window:
Low threshold:
High threshold:
Remote-loopback:
Frames sent:
Bytes sent:
Frames received:
Bytes received:
Table 13 on page 251 lists the show ethernet oam lfm status command output fields.

Table 13: show ethernet oam lfm status Output Fields

Field Name
Interface type/name
interfaceSpecifier
Mode
Transmit-interval
Loss-threshold
Event Action
Chapter 7: Configuring IEEE 802.3ah OAM Link-Fault Management
disable
disable
supported
30 (100 millisecond units)
20 errored frames
none
104437
16167885
104437
16167885
Field Description
Name and type of the Ethernet interface, in the interface specifier
format, for which link-fault management packet details are
displayed
Discovery mode of the interface:
Active—The interface discovers and monitors the peer on the
link if the peer also supports IEEE 802.3ah OAM functionality.
An OAM entity in active mode initiates the discovery process
by sending an Information OAM PDU to the multicast address
of the slow protocol (0180.c200.0002) at a configured rate.
The default discovery mode of the OAM client is active
Passive—An OAM entity does not initiate the discovery process.
You cannot perform link-fault management if you configure
both the local client and the remote peer for passive mode
operation
Number of milliseconds, after which Information OAM PDUs are
sent from the local OAM entity to the remote peer to maintain
the OAM association in an active state
Number of Information OAM PDUs that can be missed from the
remote peer before a link fault event is triggered
Action to be performed on an interface when an Information OAM
PDU is received from the remote peer by the local OAM entity to
signal a fault condition at the remote entity. Possible values are:
disable—Sets the OAM functionality to unconditionally attempt
to influence the operational state of the interface to down
failover—On GE-2 and GE-HDE line modules that are paired
with GE-2 SFP I/O modules with physical link redundancy,
causes the transition of the link from active to redundant
251