Omicron Lab OTMC 100, User Manual

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Profile ID Displays the profile identity. The profile identity identifies the PTP profile
implemented by the port indicated by the targetPortIdentity.portNumber
member of the field.
See IEEE 1588-2008, clause 15.5.3.1.2.10.
Network protocol Displays the network protocol selected for the Transport parameter in
the
PTP configuration (see page 62 ).
Possible values are "UDP_IP_V4" (transport via UDP packets over
IPv4), "UDP_IP_V6" (transport of the PTP packets via UDP over IPv6),
and "IEEE_802_3" (transport via Ethernet packets according to
IEEE 802.3).
VLAN ID Displays the VLAN ID. The Power profile according to
IEEE C37.238-2011 requires an IEEE 802.1Q VLAN tag. This value
represents the VID (VLAN Identifier) field (12 bits) within the TCI (Tag
Control Identifier). See IEEE C37.238-2011, clause 5.6.
Only available
for PTP profile Power (C37.238-2011) (OTMC 100p only).
This parameter is set in the PTP configuration (see page 62 ).
VLAN priority Displays the VLAN priority. The Power profile according to
IEEE C37.238-2011 requires an IEEE 802.1Q VLAN tag. This value
represents the PCP (Priority Code Point) field (3 bits) within the TCI (Tag
Control Identifier). See IEEE C37.238-2011, clause 5.6.
Only available
for PTP profile Power (C37.238-2011) (OTMC 100p only).
This parameter is set in the PTP configuration (see page 62 ).
7.2.2.2 Default pane
The Default pane displays the current configuration/state of the internal PTP clock of OTMC 100 .
When OTMC 100 is in the master state, the slave clocks in the network/domain in which OTMC 100
participates are synchronized to this clock. The data listed here correspond to the Default Dataset
specified in IEEE 1588-2008, clause 8.2.1.
Two step Indicates whether OTMC 100 is operating as a two step clock (true) or as
a one step clock (false), see IEEE 1588-2008, clauses 7.3.8.3, 8.2.1.2.1
and 13.3.2.6.
This parameter is set in the PTP configuration (see page 62 ).
Clock identity Displays the clock identity. IEEE 1588-2008, clause 7.5.2.2, requires that
each clock in a PTP network has a unique clock identifier. This identifier is
an 8-octet array.
OTMC 100 automatically sets the clock identity to a
unique value based on the device's MAC address according to
IEEE 1588-2008, clause 7.5.2.2.2.
OTMC 100 Series User Manual
42 OMICRON