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| Shipping: | starting at $0.00 | Warranty: | 2Yrs |
H-2HDMI-QAM-WIFI HDMI to QAM Modulator with Wireless IP Output
The H-2HDMI-QAM platform now has the option of including a built-in WiFi adapter. This makes wireless broadcasting of encoded video simple. The integrated WiFi adapter can be used to set up its own SSID for the system's own wireless video network. The adapter can also be programmed to connect to an existing SSID for insertion of the video programming onto an existing network. This modulator is based on our standard HDMI to QAM platform. All of the exciting features of this platform are present in our WiFi-enabled system. This system is also compatible with HDMI video, meaning you can modulate HD video from a standard HDMI source. This model is a 2-channel system, but you can also add programming via an ASI input. The input ASI programs can be cherry-picked to pass over the WiFi adapter and IP output. The ASI programming will also be modulated onto the outgoing QAM channel. This unit is also available in DVB-C and 8VSB versions. These units also have an internal RF combiner to allow combination of programming from other modulators.
- Inputs 2 HDMI with embedded audio at full HD resolutions
- Streaming IP output on all channels, including ASI input, through integrated WiFi adapter
- 2 full-frame encoders for broadcast-quality encoding on all channels
- High-definition encoding in H.264 format for the latest in HD programming
- Adjustable output RF power level for driving a large number of displays
- Integrated web management for easy control and configuration
- Supports the following conversions:
- HDMI to QAM
- HDMI to IP
- HDMI to WiFi
- HDMI to ASI
- ASI to QAM
- ASI to IP
- ASI to WiFi
| Video Inputs | |
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2 Independent HDMI 1.4 36 Bit Color Depth 1080p/720p Resolutions 60, 59.94, and 50 fps HDMI Audio Stereo sound |
| Audio Inputs | |
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2 HDMI with Embedded Audio |
| Video Encoding | |
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Two simultaneous Channels of Encoded HD Video, full frame and full resolution |
| Each channel can be configured independently with its own encoding resolution and parameters |
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SELECTABLE - MPEG4/H.264 or MPEG-2 HP@L4 HD High Profile 1920x1080p/1280/720p |
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Programmable GOP Hierarchical motion estimation Statistical VBR Multiplexing CBR Mode .4 to 20 Mbps Low Encoding Delay 100-400ms Programmable PID's PSI generation, service name |
| Audio Encoding | |
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MPEG1 Layer 2, All Modes AAC-LC AC3 Option Available Surround Sound Passthrough |
| ASI Multiplexing | |
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1 ASI MPTS Input external encoding 188/204 Transport Stream standard Up to 214 Mpbs ASI MPTS Input |
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Modification of Service Information Real Time PID editing Combine additional programs to output Full Management of PID Information Remultiplexing of Input ASI Fully controlled by NMS software |
| RF Output | |
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QAM, DVB-C or DVB-T Frequency Range 47-862 MHz Built-in RF Mixer RF Output level adjustable 85-102 dBuV 64 QAM or 256 QAM |
| IPTV Output | |
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MPTS IP Streaming Output WiFi Output 802.11G/N Simultaneous RF output |
3G Jets are 1-2 HD/SD-3G SDI - GB Ethernet-Audio-RS Data - AES over fiber
Thor Fiber 3G-Jets Flexible optical bidirectional transport - any combination of 2 X input cards: HD SD 3G SDI Gigabit Ethernet 10/100 Ethernet 4X Analog Audio 2X AES Digital Audio RS232 or RS485, RS422, or Contact Closure
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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