11 4294847296 0
12 4294847296 0
13 4294847296 0
14 4294827296 20000
15 4294827296 0
16 4294847296 20000
17 4294847296 0
18 4294847296 0
19 4294847296 0
20 4294847296 0
The Max delay:4294847296 The Max delay variation:20000
The Min delay:4294827296 The Min delay variation:0
The delay average:4294842296 The delay variation average:7368
The total number of the record is: 20
Run the
display mpls-tp oam
meg
meg-name
statistic-type
command to view dual-ended
packet loss statistics obtained using MPLS-TP OAM.
<HUAWEI>
display mpls-tp oam meg test statistic-type lost-measure dual-ended
Dual-end loss measurement statistics:
Index Near-end lost frames Loss ratio Far-end lost frames Loss ratio
1 10 12.50% 10 12.50%
Max near-end lost frames:10,frame loss ratio:12.50%
Min near-end lost frames:10,frame loss ratio:12.50%
Average near-end lost frames:10,frame loss ratio:12.50%
Max far-end lost frames:10,frame loss ratio:12.50%
Min far-end lost frames:10,frame loss ratio:12.50%
Average far-end lost frames:10,frame loss ratio:12.50%
9.5 Configuring MPLS-TP OAM on an L2+L3 Network
The NE80E/40E can use MPLS-TP OAM to monitor an L2+L3 IP network.
9.5.1 Before You Start
MPLS-TP OAM can be configured to monitor L2+L3 networks.
Usage Scenario
MPLS-TP OAM can detect faults on L2+L3 IP networks and collect performance statistics. On
the network shown in
, services between UPE1 and NPE1 are transmitted through
static PWs on an L2VPN, and services between NPE1 and PE1 are transmitted through an
L3VPN. A VE-Group is created on NPE1 to terminate the L2VPN and access the L3VPN. UPE1
and PE1 are MEPs, and NPE1 is a MIP. MPLS-TP OAM runs on UPE1 and PE1, providing the
functions listed in
HUAWEI NetEngine80E/40E Router
Configuration Guide - Reliability
9 MPLS-TP OAM Configuration
Issue 02 (2014-09-30)
Huawei Proprietary and Confidential
Copyright © Huawei Technologies Co., Ltd.
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