Spectracom SecureSync User Reference Manual page 247

The Reference Status panel in the top-right corner provides information on the status of the net-
work's references:
The Performance panel in the botttom-right corne provides information on:
The Events panel in the bottom-left corner of the HOME screen is a log of SecureSync's recent
activity. It updates in real time.
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4 SecureSync User Reference Guide Rev. 18
Status —Indicates the status of the network's timing. There are three indicators in the Status
field:
Sync —Indicates whether SecureSync is synchronized to its selected input ref-
erences.
Green indicates SecureSync is currently synchronized to its references (The
front panel Sync light will also be green).
Orange indicates SecureSync is not currently synchronized to its references
(The front panel Sync light will be red).
Hold —When lit, SecureSync is in holdover mode.
Fault —Indicates a fault in the operation of the SecureSync. See "Troubleshooting via
Web UI Status Page" on page 449 for instructions for troubleshooting faults.
Reference —Indicates the name type of each reference. These are determined by the inputs
set up for the SecureSync.
Priority —Indicates the priority of each reference. This number will be between 1 and 15.
References in this panel appear in their order of priority. See "Configuring Input Reference
Priorities" on page 153 for more information.
Status —Indicates which available input reference is acting as the Time reference and which
available input reference is acting as the 1PPS reference.
Green indicates that the reference is present and has been declared valid.
Orange indicates the input reference is not currently present or is not currently valid.
Disciplining State —Indicates whether or not the internal oscillator is currently being dis-
ciplined (steered to an input reference).
1PPS Phase Error —An internal measurement (in nanoseconds) of the internal 1PPSs'
phase error with respect to the selected input reference (if the input reference has excess-
ive jitter, phase error will be higher)
10 MHz Frequency Error —An internal estimated calculation (in Hertz) of the internal oscil-
lator's frequency error, based on the phase accuracy error at the beginning and end of a fre-
quency measurement window (the length of this window will vary depending upon the type
of oscillator installed and the oscillator adjustment algorithm).
4.3 Status Monitoring via the Web UI
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