Siklu EtherHaul - Figure 10-4 Typical Synce Scenario - Radio Failure

EtherHaul Operation, Administration and Maintenance Manual
Page 95
ref-clock host prio
ref-clock host status
ref-clock host ql-actual
ref-clock host ql-config
ref-clock host ql-mode
ref-clock host ssm-cvid
255
backup-1
ql-eec1
ql-eec1
disable
none
255
backup-1
ql-eec1
ql-eec1
disable
none
ref-clock eth1 prio
ref-clock eth1 status
ref-clock eth1 ql-actual
ref-clock eth1 ql-config
ref-clock eth1 ql-mode
ref-clock eth1 ssm-cvid
200
active
ql-prc
ql-eec1
enable
none
ref-clock eth0 prio
ref-clock eth0 status
ref-clock eth0 ql-actual
ref-clock eth0 ql-config
ref-clock eth0 ql-mode
ref-clock eth0 ssm-cvid
200
active
ql-prc
ql-eec1
enable
none
Radio Failure
The local EtherHaul receives timing information on Eth1 from the network (source) with
quality level PRC (2: ql-prc) and distributes it to all interfaces.
No incoming clock source on the remote EtherHaul as radio link is down.
The remote EtherHaul switches to holdover mode (internal clock) while maintaining the
PRC clock accuracy it received previously and distributing it with its own quality level
(11: ql-eec1).
Figure 10-4 Typical SyncE Scenario – Radio Failure
The configuration for this scenario is:
Show ref-clock:
Local EtherHaul
Remote EtherHaul
ref-clock host prio
ref-clock host status
ref-clock host ql-actual
ref-clock host ql-config
ref-clock host ql-mode
ref-clock host ssm-cvid
255
active
ql-eec1
ql-eec1
disable
none
255
active
ql-eec1
ql-eec1
disable
none