
Features
- Maximum Resolutions [VESA / SMPTE]:
WUXGA: 1920x1200 @ 60Hz 1080p: 1920x1080 @ 60Hz - Compatible with both Computer & Video Device DVI Signals
- Up to 36 separate inputs and outputs
- DDWG 1.0 Compliant
- Touchscreen, RS-232, Web and Client Software control options
- DDC Support
- HDCP Compliance
- Expandable architecture with 6-port blades
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Switch/Route up to 36 Inputs & Outputs of DVI / HDMI The VX modular matrix router is a system that enables you to switch and route up to 36 different DVI or HDMI sources with audio and connect to 36 different digital displays. The system can be configured in multiples of 6 using the 6x6 input and output modules.
Any input source whether it is a HD-DVD player, Blu-Ray player or a computer with high resolution graphics, can be routed to any output digital display or for long distance extension, the outputs can be connected to the Opticomm DVI fiber extension products and then ultimately connected to the digital displays.
The VX modular matrix router can be controller in various ways by using either a RS-232 connection, web browser, USB, Ethernet or manually by the large touch panel display located on the front of the unit. The unit is easily controlled by basic commands, or by a variety of industry standard video controllers products.
The VX modular matrix router is also compatible with DDC communication between video displays and sources as well as being fully HDCP compliant. The VX will route the associated EDID and HDCP information to the appropriate input sources. Additionally, the VX also allows the user to program each input with its own EDID information for compatibility with a very wide range of applications and specialized resolution settings.
System Design
The VX modular matrix system is an ideal choice for medical imaging systems, conference and training facilities, and other mid-sized applications that require the switching and routing of multiple DVI or HDMI sources and also gives you a very cost-effective upgrade path to add additional sources in the future by simply adding more input or output blades.
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