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DVI HD optical extender uncompressed optical terminal transmits high-definition video signals over long distances through optical fibers, and supports serial data transmission and audio and other functions, which can adapt to a variety of complex application environments. The optical extender uses advanced FPGA video processing chip, has excellent image processing and transmission capabilities, so that the signal transmission is more smooth and stable, is a reliable, high-performance, efficient DVI signal extension method. The advanced interface processing chip used can be compatible with more video equipment on the market.
Video | Support protocol | DVI-D |
Pixel bandwidth | 300MHz, all digital | |
Interface bandwidth | Total bandwidth 6.75Gbps | |
Input/output level | 1VP-P | |
Support resolution | VESA standard resolution; YUV format resolution | |
Interface | 24+5 DVI-I interface | |
Impedance | 100 Ω | |
The maximum input/output distance of a DVI cable is recommended | The resolution is less than 5M, and the resolution above 1920X1080@60Hz can be up to 30M when a balanced cable is used | |
Audio Frequency | Audio mode | Support for independent audio |
Interface | 3.5mm stereo audio socket | |
Signal type | Forward stereo | |
RS232 | Interface | Phoenix terminal |
Signal direction | Forward transmission (optional two-way transmission) | |
Baud rate | Adaptive, up to 115200bps | |
Optical Fiber | Optical fiber interface | Single channel: LC interface Rack type: (LC/FC/ST/SC) Optional |
Fiber type | Single mode/multi-mode | |
Wave length | Single mode 1310nm (forward data); Single mode 1310-155 (bidirectional data) | |
Interface bandwidth | 2.97 Gbps | |
Recommended maximum transmission distance | At 1920X1080@60,Single-mode fiber: 10km | |
product name | DVI HD optical extender |
DVI HD optical extenders are widely used in scenarios requiring high-definition, long-distance, and low-latency video transmission. The main applications include: