ADTRAN-TA5K-SM-MIB Table View

This displays the description stored in the Net 1 SFP internal ROM.

This displays the description stored in the Net 2 SFP internal ROM

This is enablement and disablement of auto negotiation of the Net1 PHY

This is enablement and disablement of auto negotiation of the Net2 PHY

This displays the serial number stored in the Net 1 SFP internal ROM

This displays transceiver RX power level in 1 dBm on the Net 1 SFP with SFF-8472 extensions

This displays transceiver TX power level in 1 dBm on the Net 1 SFP with SFF-8472 extensions

This displays transceiver TX bias in 1 mA on the Net 1 SFP with SFF-8472 extensions

This displays the internal temperature in 1 Celsius on the Net 1 SFP with SFF-8472 extensions

This displays the supply voltage in 1 mV on the Net 1 SFP with SFF-8472 extensions

This displays the vendor part-number stored in the Net 2 SFP internal ROM

This displays the vendor serial number stored in the Net 2 SFP internal ROM

This displays transceiver RX power level in 1 dBm on the Net 2 SFP with SFF-8472 extensions

This displays transceiver TX power level in 1 dBm on the Net 2 SFP with SFF-8472 extensions

This displays transceiver TX bias in 1 mA on the Net 2 SFP with SFF-8472 extensions

This displays the internal temperature in 1 Celsius on the Net 2 SFP with SFF-8472 extensions

This displays the supply voltage in 1 mV on the Net 2 SFP with SFF-8472 extensions

0 = None
1 - 22 = Slot number assignment
23 = Peer (Used by a special Facility Protect Mode, not used)
24 = Uplink is located on an expansion shelf
25 = Network port 1
26 = Network port 2
27 = Aggregation group
28 = Net…

Select the primary timing source for the system

Select the secondary timing source for the system

Read-Only: Displays which clock is currently in use by the system

Enabling this allows the clock to fail back to the primary should the primary source's
health return to normal. Disabled means the clock will remain on the secondary source after
a failover.

Writing a value to this will cause the clock source to failover, a get will always return 1

Designate which slot the LoopA Timing source will listen on.

Designate which slot the LoopB Timing source will listen on.

Select which type the External clock A input should expect.

Select which type the External clock B input should expect.

Enable/Disable Net1 port for redundancy chaining protection.
adTa5kUpstreamChaining has been replaced by adTa5kSmPortMode
beginning with TA5000 System Release 4.0.

Enable/Disable Net2 port for redundancy chaining protection.
adTa5kDownstreamChaining has been replaced by adTa5kSmPortMode
beginning with TA5000 System Release 4.0.

Select the fallback timing source for the system

Select the quality for External Clock A.

Select the quality for External Clock B.

This object has been replaced by adTa5kSmExtAPriority.

This object has been replaced by adTa5kSmExtBPriority.

Enable or disable the hop count in SM timing messages.

Select the priority for External Clock A.
Set adTa5kSmExtAPriority to 0 to use the
node number as the priority. Override this
default behavior by setting a value from 1 to 255.

Select the priority for External Clock B.
Set adTa5kSmExtBPriority to 0 to use the
node number as the priority. Override this
default behavior by setting a value from 1 to 255.

This value determines the how this port affects SM redundancy decisions.
Unused (1) - this port is ignored in redundancy decisions. Use this setting
for ports that are not in use, or any port that does no…

LACP Mode for the network port.

Displays the health of the loop A timing source

Displays the health of the loop B timing source

Displays the health of the bits A timing source

Displays the health of the bits B timing source

Displays the health of the primary timing source

Displays the health of the secondary timing source

Boolean, 0 - Ring voltage is not present, 1 - Ring voltage is
present. If you are not using an internal ring generator then
this could indicate that the external ring voltage source has
failed or is not connected.

The number of hops for the current timing source.

The priority value for the current timing source.

The quality of the current timing source.