Remote Output Port Status Summary


The TimeHub Remote shelf provides four output groups: OUTA, OUTB, OUTC, and OUTD. Output Port Status Summary, shown below, is described in the following table.

Item

Description

Connector Card 1-20

Connector Card 21-40

Displays the configuration of Port Group 1 through 20 and for Port Group 21 through 40.

The options are either DS1, CC, or EMPTY if no Connector Card is installed.

Expected Card 1-20

Expected Card 21-40

Displays the expected Output Connector card type for Port Group 1 through 20 and for Port Group 21 through 40.

DONT-CARE means that there is no requirement and the outputs will be allowed to function regardless of the type of connector card that is installed.

Expected Driver Card

Displays the expected output connector card type.

DONT-CARE means that there is no requirement and any card is okay. The outputs will be allowed to function regardless of the type of connector card installed.

If the option 55581 is selected, it means that two 55581 type Output Driver Cards are expected in the targeted slot-pair.

Expected Protection

Displays the requirement for output card protection.

DONT-CARE establishes no requirement.

REQUIRED means that two Output Driver Cards are expected in the targeted slot-pair.

Frame Type 1-20

Frame Type 21-40

Displays the frame type for Port Group 1 through 20 and for Port Group 21 through 40.

The selections are either ESF or D4.

Notes:

If Connector Card 1-20 is provisioned for composite clock (CC), then Frame Type is disabled for Frame Type 1-20.

If Connector Card 21-40 is provisioned for composite clock (CC, then Frame Type is disabled for Frame Type 21-40.

CCDelay, Ports 1-20

CCDelay, Ports 21-40

Displays the compensation setting for Cable Delay on any CC output for Port Group 1 through 20 and for Port Group 21 through 40.

This capability may be needed when a long CC run is used. The setting is in feet of cable and can be set from 0 to 6000 feet. Increasing the setting causes the CC signal to be advanced (sent earlier) by the amount of time that corresponds to the number of feet of cable specified. This has the desired effect of causing the signal to arrive at the end of the cable run with no apparent delay.