Sat-IF Converter System a QPSK to QPSK.
Receives and selects channels/packets from many independente satellites and arranges them
into a single polarisation between 950-2150 MHz .
performed over them.
High quality output (even HD channels) via advenced performance digita modulation technology.
Automatic calculation of output bandwidth according to transponter symbol rate.
Digital level adjustment and comprensation.
Settings installation on site via PC.
Passwords for setting avdvisory.
Can be combined with Cable TV System (85-862MHz)
19" 3U rack type
Input Number:
LNB Power Supply :
LNB type :
Frequency Band :
Input Level :
Input Impedance :
Transponder Selection:
IF Bandwith:
Symbol Rate :
Frequency Change Step:
AFC:
Input Connector
8 (optional 4 inputs for SLAVE units)
14V 250mA can be switched On/Off 1st,3rd,5th and 8th inputs
Quattro
950-2150 MHz
-25 dBm to -65 dBm
75 ohms
PLL contrelled, via satellite transponder frequency and LNB L.O selection
Same as satellite transponder bandwidth
5-45 M symbols/sec (M bauds)
1MHz
Digital Control over LCD display of M1 Unit
F- type, female
Sat-IF Output :
Frequency Band :
IF bandwith change Step:
IF bandwith :
Transponder Number:
Number of Polorization :
Transponder Level Adj.:
Number Combined Outputs:
Signal Output Level:
Transponder Characteristics:
Transponder Sorting
950-2150 MHz
1MHz
10…40MHz
8
1 (Independent from DiSEqC )
10…-16dB, Set digitally per each transponder
1
15dBmV/transponder
Ttansparent as recepted
Automatic or manuel
Channel Processing :
Modulation :
Symbol Rate :
FEC Coding :
Signal Parameter Tracking:
CAS type
QPSK
5-45 M symbols/sec (M bauds)
1/2, 2/3, 3/4, 5/6, 7/8 automatic selection
SNR and BER can be tracked over LCD display
Transparent as recepted
Programming and Communication :
Data Input:
Setting Storage:
Devices Communication Interconnection:
Communication protocol
Through operations performed on connected M1 device
or through PC software
Own setting
To a single M1 unit via USB cable
I2C Bus
