Head-end station equipment

Appear TV StreamCore SC2000 (4U, 16 sockets) and SC2100 (1U, 9 sockets) stations are built on the basis of flexible modular platform, which offers the ample opportunities of adapting the station to specific customer’s requirements. The platform enables reception, descrambling, and scrambling of signal, as well as reception and transmission of streams via TCP/IP protocol. SC2000/2100 can be equipped with various input interfaces, such as ASI, QPSK, DVB-S2, and IP. Incoming streams can be descrambled with use of DVB CAM modules or virtual smart cards AES. Also, the station enables analysis and change of content in PSI/SI tables – according to operator’s requirements. Scrambling of streams under AES standard and with use of coding systems (for DVB, prior to issue on ASI or IP output interfaces) is supported.

Luminato platform is designed in a compact form factor (1U) and is noted for low power consumption. Up to six modules can be mounted in one rack. All modules are "hot" swapped, which enables the maintenance without loss in quality of rendered services. Modular architecture enables the receipt of signals from different sources (ASI, DVB-S/S2, DVB-T) and issue of digital stream to output interfaces IP, ASI, QAM. .

DMM-1000 is a head-end digital cable TV station. 19" chassis comprise 8 modules – including the high-end IRD module (DMM-1300P), QAM/COFDM modulator (DMM-1300TM), MPEG2 encoder (DMM-1300EC), and re-multiplexer (DMM-1300MX), which ensure reception, decoding, decryption, re-multiplexing, and modulation of DVB signal. Flexibility and usability of DMM-1000 ensure high integration and stability of the entire system.

PBI DCH-4000P is a line of universal high-end digital receivers. Depending on model, receivers of this series can be equipped with various combinations of inputs (ASI, IP, QPSK, QAM, COFDM, DS3) and outputs (CVBS, SDI, ASI, DS3, and IP). Models equipped with relevant IP output can be used for video streaming over TCP/IP networks. In this series, remote control and monitoring of devices are realized via SNMP or HDMS software.

PBI DCH-3100P —is professional digital receiver decoder for satellite, cable and terrestrial TV networks . Depending on the model, the receivers can be equipped with various input combinations (ASI, QPSK, 8PSK, QAM, COFDM), as well as the ASI output.

DCH-2000AD is a high-density active DVB-ASI/SD-SDI signal splitter, which can duplicate one SDI (SMPTE 259M) or DVB-ASI (EN50083) signal to 4 or 8 signals. In each 1RU unit, either 4 groups of 1 to 4 splitter or 2 groups of 1 to 8 splitter can be implemented.

DCH-3000AL is a digital TV redundant switch based on DVB-ASI standard. It has 6-way 1+1 ASI switches in 1RU chassis. the ASI signal will be automatically routed to backup port if technical failure of the primary port happens.

DCH-2000AV is an 1+1 analog baseband audio/video redundancy switch.

DC-603/605 is a flagship series of high-end digital CTI receivers. Depending on model, receivers of this series can be equipped with various combinations of inputs (ASI, QPSK, QAM, COFDM, DS3) and outputs (CVBS, SDI, ASI, DS3, IP). Models equipped by relevant IP output can be used for video streaming over TCP/IP networks. In this series, remote control and monitoring of devices are realized via SNMP or HDMS software.

Appear TV StreamCore SC2000 (4U, 16 sockets) and SC2100 (1U, 9 sockets) stations are built on the basis of flexible modular platform, which offers the ample opportunities of adapting the station to specific customer’s requirements. The platform enables reception, descrambling, and scrambling of signal, as well as reception and transmission of streams via TCP/IP protocol. SC2000/2100 can be equipped with various input interfaces, such as ASI, QPSK, DVB-S2, and IP. Incoming streams can be descrambled with use of DVB CAM modules or virtual smart cards AES. Also, the station enables analysis and change of content in PSI/SI tables – according to operator’s requirements. Scrambling of streams under AES standard and with use of coding systems (for DVB, prior to issue on ASI or IP output interfaces) is supported.