Show Oam Ethernet Connectivity-Fault-Management - Juniper ACX1000 Configuration Manual

ACX Series Universal Access Router Configuration Guide
Table 181: show oam ethernet connectivity-fault-management sla-iterator-statistics Output
Fields (continued)
Output Field Name
DMR received with invalid
time stamps
Average two-way delay
Average two-way delay
variation
Average one-way forward
delay variation
Average one-way backward
delay variation
Weighted average two-way
delay
Weighted average two-way
delay variation
Weighted average one-way
backward delay variation
Weighted average one-way
forward delay variation
SLM packets sent
SLM packets received
SLR packets sent
SLR packets received
Local TXFC1 value
Local RXFC1 value
2804
Output Field Description
Total number of DMR frames received with invalid timestamps.
Average two-way frame delay for the statistics displayed.
Average two-way "frame jitter" for the statistics displayed.
Average one-way forward delay variation for the statistics displayed in microseconds.
Average one-way backward delay variation for the statistics displayed in microseconds.
Weighted average two-way delay for the statistics displayed in microseconds.
Weighted average two-way delay variation for the statistics displayed in microseconds.
Weighted average one-way backward delay variation for the statistics displayed in microseconds.
Weighted average one-way forward delay variation for the statistics displayed in microseconds.
Total number of synthetic loss message (SLM) PDU frames sent from the source MEP to the
remote MEP during this ETH-SLM session.
Total number of synthetic loss message (SLM) PDU frames that the remote MEP received from
the source MEP during this ETH-SLM session.
Total number of synthetic loss reply (SLR) PDU frames that the remote MEP sent to the source
MEP during this measurement session.
Total number of synthetic loss reply (SLR) PDU frames that the source MEP received from the
remote MEP during this measurement session.
Number of synthetic frames transmitted to the peer MEP for a test ID. A test ID is used to distinguish
each synthetic loss measurement because multiple measurements can be simultaneously activated
also on a given CoS and MEP pair. It must be unique at least within the context of any SLM for the
MEG and initiating MEP.
Number of synthetic frames received from the peer MEP for a test ID. The MEP generates a unique
Test ID for the session, adds the source MEP ID, and initializes the local counters for the session
before SLM initiation. For each SLM PDU transmitted for the session (test ID), the local counter
TXFC1 is sent in the packet.
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