The module is proposed to be equiped the satellite receivers TANDBERG, MPEG-2 SD-TT1260, and Multi-MPEG-2 SD / HD, MPEG-4 SD - RX1290. All receivers are analog (PAL / NTSC) and digital (SD SDI TT1260, SD / HD SDI RX1290) video outputs, as well as ASI outputs transport streams, allowing them to integrate more fully into the structure of the hardware. The signals for satellite transmissions received by the server, commuting by RF matrix QUINTECH SRM 2150. Matrix L-Band range is configured for 32 inputs and 16 outputs, as well as a backup. Commutation RF signals can be performed locally or remotely through a computer system monitoring and control matrix.

To control the parameters of traffic flow is proposed to use the analyzer TANDBERG TT4130. Use it to monitor traffic flows ASI MPEG-2, MPEG-4 AVC and SMPTE VC-1/Windows Media Video 9 Series. In addition the analyzer is equipped with QPSK input module that allows measurement of the modulation and control with the help of a few tens of transponders in the input RF parameters signale. Сontrol traffic is carried out remotely, using web - interface or via the Monitoring TANDBERG nCompass Monitoring.

Spectrum analyzer AVCOM MSA-45E can be controlled and  display range of the received signal from a remote computer. Therefore, it makes sense to place the device in the server, near the rotary positioner antenna and RF switch. Thus is provided to adjust the receiver locally from the server, or using the remote control of the hardware.

For visual monitoring of programs to satellite receivers outputs a block of  rack monitors TELETEST OZR 4400.
Surgical management of the configuration  of  receivers is implemented by system TANDBERG nCompass Control. The proposed configuration allows the system to remotely manage all the devices involved in the module TANDBERG satellite.

 Sheme for this project you can  here.