DeviceWell Shenzhen Technology Co., Ltd.
4-CH DP/DVI/XVI to Fiber Optic
Product Introduction
Professional-grade centralized DP/DVI/XVI optical transceiver, an optical signal transmission system based on broadcast-grade DP/DVI/XVI signal design. Integrated up/down conversion function, DP/DVI/XVI input signal adaptive, output optional 1080P60/30, etc. In addition, the device can also support 8-CH independent audio transmission. The device has built-in signal equalization, serial clock recovery and line driver. The devices are used in pairs, and the input and output of optical fiber and DP/DVI/XVI can be customized by manipulating the DIP switch. The receiving end supports 1 optical fiber signal input to be converted into 4 independent DP/DVI/XVI signal outputs. The transmitter supports 4-CH DP/DVI/XVI signal input, which is converted into 1-CH optical fiber output. The device adopts a detachable SFP optical module, single-mode single-fiber design, the standard transmission distance is 10KM, and the corresponding modules of different distances can be replaced arbitrarily according to different application scenarios. The frequency of the DP/DVI/XVI input signal of the device is automatically adapted, and the 3G/HD/SD signal is automatically detected, which can be applied to professional DP/DVI/XVI video signals such as HDTV/FHDTV/HDTV/SDTV, and is especially suitable for long-distance optical fibers of broadcast-level high-definition digital signals transmission and application.
Lossless HD output, no freeze
Optical signal transmission system designed based on broadcast-grade DP/DVI/XVI signal, lossless transmission, no compression, no delay, no video freeze. Integrated up/down conversion function, input DP/DVI/XVI signal adaptive, output optional 1080P60/30, etc.
Input Resolution Adaptive
The equipment's DP/DVI/XVI input signal frequency automatically adapts and automatically detects 3G/HD/SD signals. It can be applied to professional DP/DVI/XVI video signals such as HDTV/FHDTV/HDTV/SDTV, and is especially suitable for long-distance optical fiber transmission and application of broadcast-level high-definition digital signals.
8-CH Balanced Audio
Audio and picture synchronization, immersive sound, support 8-channel balanced audio transmission, built-in signal equalization, serial clock recovery and line driver. The device supports TYPE_C upgrades.
High-fidelity long-distance transmission
Smooth video, high-speed and stable transmission. The device adopts Wavelength-division multiplexing technology, single-mode single-fiber design, the standard transmission distance is 10KM, and the corresponding modules of different distances can be replaced arbitrarily according to different application scenarios.
Plug and play, easy to operate
Strong anti-interference and high safety performance. The device supports commonly used formats 1080P/1080I/720P/ 480I/576I, supports special formats such as 1080PSF/720P 30/ 25/24Hz, and special functions can be customized.
Interface Introduction
The receiving end supports 1 channel optical signal input into 4 channels independent DP/DVI/XVI signal output with 8 channels balanced audio output. The transmitter supports 4 channels of DP/DVI/XVI signal input, converted into 1 channel of optical fiber output with 8 channels of balanced audio input.
Application
Optical transceivers can be used in long-distance optical fiber transmission and application of broadcast-level high-definition digital signals such as sports events, singing and dancing performances, wedding celebrations and multimedia teaching.
Wide range of applications
It can be applied to intelligent traffic monitoring system (ITS), high-definition monitoring system, TV medical treatment, remote multimedia teaching/campus monitoring, video conference, long-distance radio and television transmission, etc.
Parameters
4-CH DP/DVI/XVI optical transceivers need to be used in pairs
Downloading the instructions of the 4-CH DP/DVI/XVI to Fiber Optic of Devicewel
|
Serial No. |
Material name |
Version |
modification date |
Description/Remarks |
|
1 |
1.0 |
Jul. 20, 2023 |
Initial Issue |
|
|
2 |
1.0 |
Jul. 20, 2023 |
|
|
|
3 |
Others |
|
|
|