Customer’s requirementCustomer requested geo-redundant uplink broadcast station.

• Two uplink 7.3 antenna transmits TV and FM signals from the ground station to satellites using high-power RF systems and antennas
• Signal processing & encoding devices from Ateme for video & data followed by modulation and multiplexing to optimize bandwidth before transmission.
• Multiplexing devices combine multiple video and audio streams into a single transport stream for efficient broadcasting.
• Downlink Reception through geo-redundant 7.3 antenna.
• Signals are received at ground stations, demodulated, decoded, and processed for further distribution.
• Quality network monitoring NMS system.
• Continuous monitoring ensures signal integrity.
• Full redundancy systems provide uninterrupted operations and prevent service disruptions. Redundant fiber between shelter and MCR.
• Extended warranty and service level agreement contract. Training on RF, and on NMS and on processing.

Customer’s requirementOperator needed to replace DCM equipment and re-build new IPTV network.

• Design, supply and install RF & Dish farm including multiple antennae for receiving satellite signals and ensuring optimal RF performance for signal acquisition.
• Design, supply and install encoding by Synamedia devices to compress and encode video signals using advanced codecs to optimize bandwidth efficiency.
• Receiver (Synamedia DCM/vDCM) to decode and processes incoming satellite signals for further distribution.
• Multiplexing by Synamedia devices to combines multiple video and audio streams into a single transport stream for efficient broadcasting.
• Quality Assurance to maintain signal integrity, minimizing downtime and improving transmission reliability.
• SLA contract for 3 years.
• Integrate to existing network monitoring system.
• Replace outdated servers DVM to vDCM saving rack space, power consumption, operation costs, etc.
• Extended warranty and service level agreement contract. Training on RF, and on NMS and on processing.

Customer’s requirementSignal core needed special design network for specific needs.

• RFI survey for interference on multiple bands.
• 4 earth stations ku and ka station with motorization.
• Refurbish and upgrade 2 additional motorized earth stations.
• Shelter to house indoor equipment.
• Supervise civil works and check accuracy. Vouch to design.
• Design and supervise, civil works, manholes, cable entries, of network hub with multiple fixed and mobile remotes.
• Connectivity shelter to data center.
• Design and manufacture solar shielding.
• Design LNB plate for circular and linear ka band
• Integrate supplied equipment.
• Replace ACU controllers.
• Testing and commissioning of installations.
• Cable, waveguide and dehydrator testing.
• Training.
• Warranty and support.

Customer’s requirementOperator requested update and upgrade of head-end distribution system.

• Build a new dish farm with multiple antennae for various satellites and bands.
• Design supply and install dishes at new data center.
• Geo redundancy by duplicating installations at remote site, interconnected by fiber for redundancy.
• Civil works, pedestals, cable trays and cabling, racks and interconnectivity.
• IRD connectivity and testing.
• Responsible for installation and maintenance.
• Multiplexers, input and output distribution.
• Power supplies.
• Receiver management of IRDs for decoding and processing incoming satellite signals for further distribution.
• Quality Assurance NMS to monitor and maintain signal integrity, minimizing downtime and improving reliability.
• Training on system provided.