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Configuring the e1 external clock interface, Configuring the t1 tdm interface – RAD Data comm IPmux-11 User Manual

Page 73

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Installation and Operation Manual

Chapter 4 Configuration

IPmux-11 Ver. 2.00

Configuring IPmux-11 for Operation

4-15

Configuration>Physical layer>TDM (E1)

Channel ID

(1)

Restoration time

>(CCITT)

Signaling mode

(CAS Disabled)

1. Admin status

(Enable)

2. Transmit clock source

>(Adaptive)

3. Rx sensitivity

(Short haul)

4. Trail mode

(Termination)

5. Line type

>(Framed G.704)

6. Idle code[0 - ff]

... (7E)

7. Send upon fail

(OOS Code)

8. OOS Code[0 - ff]

(FF)

(N)
>


Please select item <1 to 11>
ESC-prev.menu; !-main menu; &-exit 1 Mngr/s

Figure 4-14. TDM (E1) Menu (Page 1)

Configuration>Physical layer>TDM (E1)

...(P)

9. OOS signaling > (Space)

10. Mark signaling code[0 - f] ... (D)

11. Space signaling code[0 - f] ... (1)

>


Please select item <1 to 11>
ESC-prev.menu; !-main menu; &-exit 1 Mngr/s

Figure 4-15. TDM (E1) Menu (Page 2)

Configuring the E1 External Clock Interface

For the units with the E1 user interface it is necessary to define the external clock

interface type: balanced or unbalanced. When it is set to unbalanced, connection
to the external clock source must be performed via CBL-RJ45/2BNC/E1/X adapter
cable.

To configure the external clock E1 interface type:
• From the Physical Layer menu (Configuration > Physical Layer), select

External Clock Interface

and choose its type: balanced or unbalanced.

Configuring the T1 TDM Interface

The procedure for configuring the T1 port is similar to the procedure described
above for configuring the E1 port.