Description

Includes matching flight case Transmission of Single-Link DVI-D signals Supports 720p, 1080i, 1080p and 2K Control via RS-232 or RS-422 Extensive EDID management Technical specifications : The DVI matrix router has eight inputs and eight outputs and switches all DVI-D resolutions from 640 × 480 at 60 Hz to 1920 × 1200. All common HDTV formats such as 720p, 1080i, 1080p and 2048 × 1080 are also supported. Each input is equipped with special cable compensation. This allows cable lengths of up to 50 metres to be used with suitable cables. Each output provides 500 mA on the DVI +5-V pin, for example to power fibre-optic DVI cables. The integrated EDID management enables individual emulation of an EDID at each input. The EDID data of connected monitors can be read and saved in up to 100 internal memory locations. EDID files can also be uploaded and downloaded via the remote-control software. The EDID information tells the connected computer the monitor’s native pixel resolution and refresh rate. The DVI crosspoint switcher is controlled via a 9-pin D-Sub connector using RS-232 or RS-422. Alternatively, access is possible via an IP-based Ethernet connection with web control. LED display for monitoring the incoming video signal Powerful 5-V output at the DVI connectors, for example for fibre-optic adapters Suitable for direct installation in a 19-inch rack Integrated universal power supply Cable compensation at the inputs up to 50 m at 1080p with 60 Hz, when using high-quality 24-AWG DVI/HDMI cables Compatible with Vista Spyder and Barco Encore Supports all VESA and HDTV resolutions Control via Ethernet using TCP/IP and via RS-232 Advanced EDID system with 50 factory presets and 50 freely programmable memory locations Advanced management and storage of EDID data Complete crosspoint configurations can be saved and loaded again as presets Clearly arranged software for setting up and configuring the device Front-panel control buttons for direct control of the matrix Control via RS-232 possible Control via Ethernet using TCP/IP possible Fully non-blocking switching concept Pixel-accurate signal processing through reclocking No compression of the video signal No signal latency and no visible image delay You can find more attractive offers on our website: https://rudideluxe.com/