Juniper ACX1000 Configuration Manual page 2843

Copyright © 2017, Juniper Networks, Inc.
Sequence number of next LTM request
1DMs sent
Valid 1DMs received
Invalid 1DMs received
DMMs sent
DMRs sent
Valid DMRs received
Invalid DMRs received
LMM sent
Valid LMM received
Invalid LMM received
LMR sent
Valid LMR received
Invalid LMR received
Remote MEP identifier
Remote MAC address
Delay measurement statistics:
Index One-way delay
(usec)
1 259
2 273
3 287
4 299
5 313
Average one-way delay
Average one-way delay variation
Best case one-way delay
Average two-way delay
Average two-way delay variation
Best case two-way delay
Worst case two-way delay
Loss measurement statistics:
Index Near-end Far-end
Frame loss Frame loss
(CIR)
1 9
2 3
3 7
4 9
5 3
Average near-end loss (CIR)
Average near-end loss ratio (CIR)
Average far-end loss (CIR)
Average far-end loss ratio (CIR)
Near-end best case loss (CIR)
Near-end best case loss ratio (CIR)
Near-end worst case loss (CIR)
Near-end worst case loss ratio (CIR)
Far-end best case loss (CIR)
Far-end best case loss ratio (CIR)
Far-end worst case loss (CIR)
Far-end worst case loss ratio (CIR)
Average near-end loss (EIR)
Average near-end loss ratio (EIR)
Average far-end loss (EIR)
Average far-end loss ratio (EIR)
Near-end best case loss (EIR)
Near-end best case loss ratio (EIR)
: 0
: 5
: 0
: 0
: 5
: 0
: 5
: 0
: 5
: 5
: 0
: 0
: 5
: 0
: 101
: 00:05:85:73:39:4a
Two-way delay
(usec)
519
550
571
610
650
: 286 usec
: 62 usec
: 259 usec
: 580 usec
: 26 usec
: 519 usec
: 650 usec
Near-end
Frame loss
(CIR) (EIR)
9
5
5
6
6
: 6.2
: 6.2%
: 6.2
: 6.2%
: 3
: 3%
: 9
: 9%
: 5
: 5%
: 9
: 9%
: 4
: 4%
: 3.4
: 3.4%
: 0
: 0%
Chapter 42: Operational Commands
Far-end
Frame loss
(EIR)
2785