[4 BDC Solution] [Redundant Dual Polarity]

BDC Solutions

If you want to cover the entire bandwidth of a satellite with a single system, then what you need is an LNA that covers your satellite, Orbital custom BDCs to cover the bandwidth that you need. You can even cover from 10.7 to 12.75 with just two Orbital BDCs. Or stack the output: 950 to 2000. Specify input and output connector types, and external DC input, coaxial DC input, or dual power option. Most importantly, we can customize your gain to optimize compression point and noise distribution. Just tell us your needs and we will build a mass-custom solution in a unique, cost effective way. 

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Synopsis

Solution Category
4 BDC Solution

Using Orbital Systems Interface Products to bring 4 BDCs, 16 Modem/Receivers and a BUC, under the discipline of a single 10 MHz Oscillator.

The client needed multiple receivers/modems to cover 2 GHz of bandwidth (10.7 - 12.75 GHz). For each polarity, a wide band LNA, a highband BDC, and a lowband BDC were required. System performance required instant acquisition, high stability, and optimal BER, therefore external reference BDCs were needed.  The same high quality conditions were required to be met for the uplink.

Products

[C Band BDCs]

[Ku Band BDCs]

[Ku Band Ext Ref BDCs]

[Ka Band BDCs]

[Ka Band Ext Ref BDC]

BDC Emailer BDC Emailer Pt 2 Combiners

Redundant Dual Polarity

Here is a redundant horizontal/vertical polarity solution using Orbital's Systems Interface Products to route the satellite signals.  This project includes both indoor (IDU) and outdoor segments (ODU).

 

One for two redundant LNA's, horizontal and vertical high/low BDCs all controlled by the same Orbital Master Oscillator and combined for output to various client devices.  All of the BDCs are in weather-tight enclosures out at the dish and are linked to the IDU through the IFL cable.

Products

[C Band BDCs]

[Ku Band BDCs]

[Ku Band Ext Ref BDCs]

[Ka Band BDCs]

[Ka Band Ext Ref BDC]

BDCs Dividers Combiner/Dividers