SECTION 8 |
53
“ADMIN” ACCOUNT
Standard Clock IP
Configures the IP address of the clock source for “Standard” streams. This is determined automatically by default
and generally should not be changed.
Live Clock IP
Configures the IP address of the clock source for “Live” streams. This is determined automatically by default and
generally should not be changed.
Standard Clock Port
Configures the IP port of a clock source for “Standard” streams. This is determined automatically by default and
generally should not be changed.
Live Clock Port
Configures the IP port of a clock source for “Live” streams. This is determined automatically by default and
generally should not be changed.
AES67 Synchro
Configures the settings for PTP/IEEE 1588-2008 synchronization on a AES67 AoIP network.
Always Slave
Determines whether or not the VOCO 8 can function as a PTP/IEEE 1588 master if the existing master clock
source on the AES67 network should become unavailable for some reason. When set to “Yes” the VOCO 8 will only
attempt to function as a slave on these networks.
Domain
Selects the PTP/IEEE 1588 clock domain used on the AES67 network. This would be used if a network has multiple
PTP/IEEE 1588 clock references running simultaneously for different purposes but typically does not need to be
changed on a dedicated AoIP network.
Priority 1
Sets Priority 1 for the VOCO 8 clock in the PTP/IEEE 1588 domain relative to other devices on the network. A
lower value equals a higher (preferred) priority. Used in conjunction with “Priority 2”.
Priority 2
Sets Priority 2 for the VOCO 8 clock in the PTP/IEEE 1588 domain. A lower value equals a higher (preferred)
priority. In IEEE 1588-2008, this value is used when choosing a grand master if the other criteria are equal (Priority
1, Class, Accuracy, Variance). If this value is also equal, the lowest MAC address of the potential PTP/IEEE 1588
grand masters is used as a tiebreaker.
Sync Delay
Sets the period of PTP/IEEE 1588 synchronization packets when VOCO 8 is the clock master. The default of 1
second is generally sufficient. A lower value (0.1s) may achieve faster synchronization of slave devices on the
network.
