Description
The DSR-7400 HD Series is ARRIS’s next generation commercial satellite receiver/transcoder platform engineered for cost cost-effective ultra high density transcoding. Available models include the DSR DSR-7403 with capacity for 3 HD and 3 SD transcoded outputs, DSR-7406 with capacity for 6 HD and 6 SD transcoded outputs and DSR-7412 with capacity for 12 HD and 12 SD transcoded outputs.
Support for HEVC and MPEG MPEG-4 video compression inputs combined with DVB- 2, DVB-S2x and 8PSK Turbocode demodulation enables full compatibility with the latest satellite distribution networks. The flexibility offered by 4 active RF tuners with with retune capability simplifies satellite network design and permits trouble trouble-free network modifications.
The DSR-7400 HD Series comes equipped with industry standard input and output interfaces such as dual GigE and ASI that enable seamless connections to headend equipment. The density of the DSR-7400 HD Series creates both headend rack space and power consumption savings compared to traditional single single-channel transcoding receivers.
Features
• DSR 7403 provides 6 transcoded output services (3 HD and 3 down converted SD
• DSR 7406 provides 12 transcoded output services (6 HD and 6 down converted SD)
• DSR 7412 provides 24 transcoded output services (12 HD and 12 down converted SD)
• Simultaneously receives transport streams from up to 4 satellite transponders (single Programmer)
• Dual Gig E and ASI transport inputs and outputs
• HEVC and MPEG 4 video input up to 4K resolution
• MPEG 2 and MPEG 4 HD and SD video outputs
• Fully configurable Statistical Multiplex output for both HD and SD services
• Front panel confidence monitor
• Advanced Modulation support with DVB S2 8PSK, DVB S2x 8PSK and 16APSK and 8PSK Turbocodes
• 4 RF inputs (L Band)
• Configurable DCII subtitle overlay on transcoded video output
• Decryption and pass through of input video services
• DigiCipher ® II conditional access control
• Gig E port web browser monitoring and control
• SNMP monitoring
• One RU design for rack space savings
• Low power consumption provides operational cost savings
