| Availability: | Check availability | Condition: | new |
|
| Shipping: | starting at $10 | Warranty: | 2Yrs |
The H-ASI-E1 ASI to E1 adapter is designed to carry a DVB-ASI transport stream over 4 standard 2 megabit E1 links. This unit makes it possible to transmit a digital TV program signal through a telecom network. This is possible by combining the 4 separate E1 lines into a single pipe for the ASI transport stream. This is useful for TV broadcast signal transport applications where an existing telecom network is present.
• Fully Complies with G.703 standard
• Supports the two-way adaption of E1 and MPEG-2 TS
• Supports FEC and RS ECC
• Supports the Speed/Burst self-adaption of ASI
• Supports NMS
| Interface | |
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4×E1?, BNC interface?, 75? 2×ASI?, BNC interface?, 75? |
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1×IP, ?RJ45 interface?, 10/100M self-adaption |
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2×ASI?, BNC interface?, 75? 4×E1, BNC interface?, 75? |
| Control | |
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DSNMS software |
| Miscellaneous | |
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483mm x 350mm x 44mm |
|
6kg |
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90~264V |
| Environment | |
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10.5W |
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0?~45? |
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10~90% |
Universal ATSC and Satellite DVBS/S2 IRD Decoder
HD IRD is THOR's all-in-one device which integrates demodulation, de-scrambler, re-mux and decoding in one chassis to convert 2 RF signals (DVBS/S2 and ATSC) into audio/video (CVBS / YPbPr / HDMI / SDI / ASI) outputs.
16 SD/HD 3G-SDI Over Single Fiber CWDM Uncompressed and Rack-Mountable
Thor model # F-16SDI-Tx and F-16SDI-Rx are standard configuration Fiber Optic Transmitters and Receivers for Serial Digital signals up to 3G-SDI running @ 3.0 Gbps. This system can be manufactured with any standard CWDM optics package, and internal passives are available by request. This is a 16 Channel system based on a standard 40km platform. No configuration or management is needed, as the system automatically adjusts to any input signal type regardless of bit rate or protocol. Easy to read LED indicators for input signal detection and optical link are present for all channels. Since the SDI TX card and RX side are in modular format, we can configure them in an Input-Output configuration. For example, 8 inputs and 8 outputs over a single fiber
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