Marietta, Georgia, USA – January 15, 2019 – DVIGear, a leading manufacturer of digital connectivity products, is exhibiting the latest SDVoE technology in its DisplayNet® AV Distribution platform at ISE 2019 from February 5-8, 2019 in Amsterdam, NL in Stand 1-M100.
Powered by SDVoE technology, DisplayNet products provide highly flexible AV Distribution with zero frame latency, artifact-free image quality, and near-infinite scalability. Unlike traditional AV matrix switchers, DisplayNet delivers multi-layer signal routing; audio, video, and control signals may be routed independently to any combination of receivers. This allows for any arrangement of transmitters and receivers with nearly limitless expansion possibilities. The DN-200 Series also offers an unprecedented array of powerful features such as Fast Switch, Dual Scalers, Advanced Video Wall processing and a customizable MultiViewer engine that would otherwise require a myriad of dedicated units.
The DN-200 Series accepts multiple source signals including HDMI (with embedded audio and HDCP), DisplayPort, analog stereo audio, bidirectional IR, RS-232, USB 2.0 and 1GbE Ethernet. The DN-200 Series supports various transport media including twisted pair (CAT6a or CAT7) up to 100 meters (328 ft.) and Optic Fiber cables using an industry standard SFP+ modules supporting extension distances up to 30 KM (18.6 miles).
The DN-200 Series endpoints are managed by the DNS-200 DisplayNet Server, which provides a powerful yet intuitive web-based User Interface for system set-up and installation, as well as a simple and easy-to-use set of API commands that enable third party controllers to manage all aspects of the system.
The DN-200 Series’ unique implementation of SDVoE technology allows it to efficiently and reliably distribute AV signals from a wide range of sources to a nearly limitless array of destinations in real time without introducing frame latency or any loss of image quality. DN-200 Series units are available now with prices starting as low as $1,350 (USD) MSRP per end point.