DVI16 in 16 out audio and video matrix-Geffen Maxtrix Control System Manufactory CN

DVI16 in 16 out audio and video matrix
GF-DVI1616

GF-DVI1616 Digital Matrix is an all-digital high-bandwidth DVI matrix, which supports fast switching operation by pressing buttons, with 16 video input ports and 16 video output ports, with ultra-large capacity input and output capabilities, and supports any input to be set as the default EDID and EDID Xi parameters. GF-DVI1616 adopts the latest DVI all-digital interface, so that the image signal can be output with high fidelity, and the picture is clearer.

Detail

Product Features:
Support 2~16 channels DVI signal input, 2~16 channels DVI signal output.
It supports precise adaptive compensation at the input end, extending the largest input distance to 36 meters.
The interface bandwidth is 1.65Gbps, the video bandwidth is 165MHz, and the resolution of 1920*1200@60 is fully supported.
High-speed digital switching technology is used to perfectly solve the phenomenon of crosstalk, ghosting and tailing. 100% faithful reproduction of the video effect of the input signal.
It is the first time in China to integrate such a multi-channel DVI signal switching matrix equipment to meet the needs of the era of large-scale application of DVI signals.
Fast switching operations are supported.
Supported video signal types: DVI-D all-digital T.M.D.S signals in the DVI1.0 specification.
The input and output terminals of the video signal adopt all-digital DVI-D interface.
It has the function of power-off memory, with power-off on-site protection and other functions.
It has infrared remote control function and RS-232 communication function.
Programmable logic display circuit is adopted, and any interactive switching is required.
Signal long-distance transmission distortion compensation technology.
It supports input signal status monitoring, which can monitor and display whether the current input channel is valid signal access in real time.
It supports load access status monitoring, which can monitor and display whether the output channel is connected with a load in real time.