Web Interface
Timing Oscillator Unlock Alarm:
The Hardware Clock's oscillator frequency is not locked to the
reference source.
Timing Source Change:
The Hardware Clock has switched timing references.
Timing Source Change Lower Accuracy Input:
The Hardware Clock has switched to a lower-pri-
ority timing source.
Timing PLL Unlock Alarm:
The Hardware Clock oscillator's PLL unlocked.
Timing Time Quality 1e-6 Alarm:
The Hardware Clock's estimated time error has exceeded 1e-
6 seconds (1 microsecond).
Timing Time Quality 1e-5 Alarm:
The Hardware Clock's estimated time error has exceeded 1e-
5 seconds (10 microseconds).
Timing Time Quality 1e-4 Alarm:
The Hardware Clock's estimated time error has exceeded 1e-
4 seconds (100 microseconds).
Timing Time Quality 1e-3 Alarm:
The Hardware Clock's estimated time error has exceeded 1e-
3 seconds (1 millisecond).
Timing Leap Event Alarm:
The leap indicator from the Hardware Clock's GPS or IRIG 1344 tim-
ing references, indicates that a leap event is pending. The pending event can be a Leap
Second Insertion, Leap Second Deletion, or Clear Alarm, which indicates that the alarm has
passed. See
STATUS - Timing
(on page 26) for more information.
Note: IRIG-1344 only provides a Leap Indicator warning during the last minute of the day of
the event. In this case, while the SyncServer will propagate that information via NTP, NTP cli-
ents may not query the SyncServer in time to be warned of the leap second adjustment.
LAN1 Link Alarm
: A network connection is not available on LAN1. Note that if LAN1 is down,
SNMP and Email notification do not work and the web interface is not available.
Note: The Network LED indicates the status of the "LAN* Link Alarms". Please consult
Status LEDs
(on page 15).
LAN2 Link Alarm
: LAN2 has lost its network connection.
LAN3 Link Alarm
: LAN3 has lost its network connection.
LANG Link Alarm
: LANGbE has lost its network connection.
Timing NTP Daemon Alarm
: The NTP Daemon is no longer a valid source of timing to the Hard-
ware Clock.
Timing <LF Radio> Source Alarm
: The LF Radio module cannot be decoded by the Hardware
Clock. The values for <LF Radio> can be WWVB, DCF77, and JJY.
System RADIUS Server Alarm:
This alarm is raised when the system failed to create firewall
rules to allow RADIUS packets. Without the proper firewall rules, RADIUS server(s) cannot
provide authentication service.
System Reset Default Config Alarm:
Typically, during a reboot, the SyncServer applies the cur-
rent configuration. This alarm is raised when the system failed to initialize itself to the current
configuration and it automatically restored itself to the default configuration. The cir-
cumstances are usually caused by missing or corrupted current configuration.
Page 88
..........................................................................
997-01520-02 Rev. F1
