It provides a more powerful receiving ability of various Transport Streams that come from an encoder, multiplexer, DVB gateway, scrambler and video server. In addition, the modulator also has the ability of outputting RF while simultaneously disposing the TS by RS encoding, convolution interlacing and QAM modulating. This device supports local and remote control through NMS software. This unit has wide array of functional uses from Broadcasting, Interactive Services, News Gathering and other Broadband satellite applications.
H-ASI-QAM - ASI to QAM Digital modulator
H-ASI-ATSC - ASI to ATSC Digital modulator
H-ASI-DVB-T - ASI to DVB-T Digital modulator
H-ASI-ISDBT - ASI to ISDBT Digital modulator
Input | 1channle ASI input, BNC interface, 75Ω | |
Modulation |
(model depandent) defalt unit comes with QAM Modulation
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1 |
Standard |
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Symbol Rate |
5.0~9.0Msps 1ksps stepping |
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Constellation |
16/32/64/128/256QAM |
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FEC |
RS(204, 188) |
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RF Output |
Connector | F Type, 75Ω impedance |
RF Range |
30~1000MHz 1kHz Stepping | |
Output Attenuation |
-16dBm ~ +12dBm 0.5dB Stepping | |
System |
LCD/keyboard operating and NMS support
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|
English |
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Software update via Etherent | ||
General |
Dimension(W*D*H) |
482mm × 300mm × 44mm |
Weight |
2.3kg |
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Temperature |
0~45°C (Operation) ;-20~80°C (Storage) |
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Power |
AC 110V±10%/50/60Hz or AC 220V±10% /50/60Hz |
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Consumption |
22W |
CABLE TV Headend in a Box. QAM modulator for IP Edge QAM / ATSC /DVB-T /ISDB-T applications. This 1RU chassis has 2 GE inputs with SFP interface allowing up to 1024 channels TS streams of UDP/RTP, unicast and multicast streams. Maximum input of each GE input is 840 Mbps that will be output through the RF output on 16 non-adjacent QAM carriers in the range of 50-960Mhz.
The H-HERMES-64 can receive up to 64 IP UDP streams encoded in H.264 video, trans-code them to MPEG2 with AC3 Dolby audio, and modulate them on a 16-channel CATV RF QAM or ATSC spectrum. An example application is to use incoming streams from the Technicolor COM3000 or any multi-channel HDMI H.264 IP encoder, and transcode them to the format standard supported in the USA, Canada, and Mexico in order to be able to receive them on any televisions' tuner over the existing coaxial network,