Cisco Cisco D9824 Advanced Multi Decryption Receiver Installation Guide
Setting up Input Information
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14 For RF1, RF2, RF3, and/or RF4, set the higher oscillator frequency, in GHz, of the
LNB in the LO2 (Ghz) column. If it is a single band oscillator, set this value to
0.0. You can enter a value in a range from 0.0 to 15.0 GHz. This value must be
higher than the value for LO1. In single-band LNB applications, set this value to
0.0.
0.0. You can enter a value in a range from 0.0 to 15.0 GHz. This value must be
higher than the value for LO1. In single-band LNB applications, set this value to
0.0.
15 In the Crossover field, enter the crossover frequency for RF1, RF2, RF3, and/or
RF4. This is an internal threshold frequency used for selecting the LO1 or LO2
frequency, depending on the current downlink frequency settings. This option is
only used in dual-band LNB applications.
You can enter a value in a range from 0.0 to 15.0 GHz. In single-band LNB
applications, set this value to 0.0.
frequency, depending on the current downlink frequency settings. This option is
only used in dual-band LNB applications.
You can enter a value in a range from 0.0 to 15.0 GHz. In single-band LNB
applications, set this value to 0.0.
16 Choose the signal polarisation setting (Horizontal, Vertical, or Automatic) from
the Polarisation drop-down list. This setting is only applicable when the LNB
Power is set to H-NIT or V-NIT. It marks the polarity of the signal connected to
the current RF input.
Power is set to H-NIT or V-NIT. It marks the polarity of the signal connected to
the current RF input.
17 Enter the Orbital Position (Orbital Posn) for RF1, RF2, RF3, and/or RF4, in
degrees. This is the location in orbit of the satellite currently being used. The
satellite position (in degrees) in combination with the direction (either E (East) or
W (West)) denotes the satellite position the dish connected to the current RF
Input should point. This is used when the satellite is not available in the look-up
menu list.
For manual configuration, enter the location of the satellite using the numerical
keypad. The receiver will not recognize the satellite name and identify it as
Unknown. This setting is required to resolve any ambiguity between RF inputs
during automatic disaster recovery.
satellite position (in degrees) in combination with the direction (either E (East) or
W (West)) denotes the satellite position the dish connected to the current RF
Input should point. This is used when the satellite is not available in the look-up
menu list.
For manual configuration, enter the location of the satellite using the numerical
keypad. The receiver will not recognize the satellite name and identify it as
Unknown. This setting is required to resolve any ambiguity between RF inputs
during automatic disaster recovery.
18 Choose the east/west flag for RF1, RF2, RF3, or RF4 from the East/West Flag
drop-down list. This is the satellite position the dish connected to the current RF
Input should point. The options are East, West, or N/A (Not Applicable).
Input should point. The options are East, West, or N/A (Not Applicable).
19 Click Apply.
Validating the Orbital Position
Click Validate Orbital Position to validate the RF inputs to match those expected by
the network. The receiver will check to see if all frequencies in the Network
Information Table (NIT) can be tuned to. The Date is displayed as the last date that
the Validate operation was performed.
the network. The receiver will check to see if all frequencies in the Network
Information Table (NIT) can be tuned to. The Date is displayed as the last date that
the Validate operation was performed.