beautypg.com

Comtech EF Data CDM-600/600L User Manual

Page 202

background image

CDM-600/600L Open Network Satellite Modem

Revision 3

Appendix D

MN/CDM600L.IOM

D–10

Parameter

Type

Command

(Instruction

Code and

Qualifier)

Arguments for

Command or

Response to

Query

Description of Arguments

Response to

Command

Query

(Instruction

Code and

Qualifier)

Response to Query

Tx Data Rate

TDR=

9 bytes

Command or Query.
Tx Data Rate, in kbps, between 4.8 kbps and 20 Mbps (CDM-600L)
or between 2.4 kbps and 20 Mbps (CDM-600)
Resolution=1 bps.

Example: TDR=02047.999 (2047.999 kbps)

For Hardware Ver 2.0 or higher with CDM-600/600L FW Ver 1.3.1
or higher, additional auxiliary G.703 sub-rates are available.
These are selected using:
00512.AUX
01024.AUX
02048.AUX

The connectors used for the Aux rates are IDI/DDO.

The Aux rates are not available with Drop & Insert or IDR.

TDR=
TDR?
TDR*
TDR#

TDR?

TDR=xxxxx.xxx
(see Description of
Arguments)

Drop Timeslot

DTS=

3 bytes

Command or Query.
(Drop parameter)

(Note: Command and query have different formats)

Command format: DTS=xxy, where:
xx = Channel 01 through 24
y = timeslot, 0-9, A=10, B=11, C=12, D=13 … V=31

DTS=
DTS?
DTS*
DTS#

DTS? DTS=yyyyyyyyyyyyyyyyy

yyyyyyy
indicating all 24 Drop
timeslot values
associated with the 24 Tx
Satellite channels.

Drop Type

DTY=

1 byte, value of
0 thru 3

Command or Query.
(Drop/D&I++ mode parameter)
Drop Type, where:
0=T1 – D4
1=T1 – ESF
2=E1 – CCS
3=E1 – CAS

DTY=
DTY?
DTY*
DTY#

DTY? DTY=x

(see Description of
Arguments)

Front Panel
Lockout

(CDM-600L ONLY)

FPL=

1 byte, numeric

Command or Query.
Control the state of front-panel lockout, where:
0 = no lockout
1 = front panel lockout active.

Disable the lockout by either FPL=0, or by setting into local mode
using LRS=0.

FPL=
FPL?
FPL*
FPL#

FPL? FPL=x

(see Description of
Arguments)

Invert Tx
Data

ITD=

1 byte, value 0
or 1

Command or Query.
Invert Tx Data
0=Normal
1=Inverted

Example: ITD = 1 (selects Inverted TX Data)

ITD=
ITD?
ITD*
ITD#

ITD? ITD=x

(see Description of
Arguments)