Comtech EF Data SNM-1001 User Manual
Page 65
Remote Control Operation
SNM-1001 Network Control Modem
A–6
Rev. 1
Set
Modulator
Output
Power Level
Command:
Response:
Status:
Response:
<add/MOP_snn.n'cr'
>add/MOP_snn.n'cr''lf']
<add/MOP_'cr'
>add/MOP_snn.n'cr''lf']
Where: snn.n = -30.0 to -5.0, in 0.1 steps (nominal range in
dBm).
Notes:
1. The nominal power range is modified relative to the
value specified by the modulator power offset
(MPO_).
2. The MOP_ command will return status only when
local AUPC is enabled.
Scrambler
Enable
Command:
Response:
Status:
Response:
<add/SE_xxx'cr'
>add/SE_xxx'cr''lf']
<add/SE_'cr'
>add/SE_xxx'cr''lf']
Where: xxx = ON or OFF.
Differential
Encoder
Enable
Command:
Response:
Status:
Response:
<add/DENC_xxx'cr'
>add/DENC_xxx'cr''lf']
<add/DENC_'cr'
>add/DENC_xxx'cr''lf']
Where: xxx = ON or OFF.
Modulator
Type
Command:
Response:
Status:
Response:
<add/MT_xxxx'cr'
>add/MT_xxxx'cr''lf']
<add/MT_xxxx'cr'
>add/MT_xxxx'cr''lf']
Where: xxxx = INTL (INTELSAT OPEN NETWORK), EFD
(COMTECH EFDATA CLOSED NETWORK), CSC
(COMSTREAM CLOSED NETWORK), FDC (FAIRCHILD
CLOSED NETWORK), or SDM51 (SDM51 COMPATIBLE).
Modulator
Encoder
Type
Command:
Response:
Status:
Response:
<add/MET_xxx'cr'
>add/MET_xxx'cr''lf']
<add/MET_xxx'cr'
>add/MET_xxx'cr''lf']
Where: xxx = VIT (K-7 VITERBI ENCODER) or SEQ
(SEQUENTIAL ENCODER).
Transmit
BPSK Data
Ordering
Command:
Response:
Status:
Response:
<add/TDA_xxx'cr'
>add/TDA_xxx'cr''lf']
<add/TDA_xxx'cr'
>add/TDA_xxx'cr''lf']
Where: xxx = NRM (STANDARD) or INV (NON-
STANDARD).
Modulator
Spectrum
Rotation
Command:
Response:
Status:
Response:
<add/MSR_xxxx'cr'
>add/MSR_xxxx'cr''lf']
<add/MSR_'cr'
>add/MSR_xxxx'cr''lf']
Where: xxxx = NRM (normal spectrum) or INV (inverted
spectrum).
Reed-
Solomon
Encoder
Enable
Command:
Response:
Status:
Response:
<add/RSEN_xxx'cr'
>add/RSEN_xxx'cr'lf']
<add/RSEN_'cr'
>add/RSEN_xxx'cr'lf']
Where: xxx = ON or OFF.
Modulator
Spectrum
Rotation
Command:
Response:
Status:
Response:
<add/MSR_xxxx'cr'
>add/MSR_xxxx'cr''lf']
<add/MSR_'cr'
>add/MSR_xxxx'cr''lf']
Where: xxxx = NRM (normal spectrum) or INV (inverted
spectrum).