SDVoE products serves as a universal solution for demanding AV over Ethernet projects. The product can be used in projects where the network-based video information must be distributed to longer distances in order to display the video information over output monitors or even over video walls. So typical applications are
- digital classrooms
- university halls
- lecture halls
- department stores
- show rooms
- factory automation
- central control rooms
- mission critical control rooms
- sports, venues, stadiums
Announcement of SDVoE Interface Board
DEXON Systems is proud to announce brand-new SDVoE input boards for all DEXON modular product families, including the DXN6000 Video Wall Controllers, DVP500 Video Processors, and DMX300 Matrix Switchers.
DEXON Systems supports SDVoE-standard-based solutions with an advanced set of devices.
They provide the highest-quality, uncompressed, zero-frame-latency audio/video transmission up to 4K over a standard IGMPv2 10G copper or fiber network switch. They offer instant switching, Video Wall, and Multi View functions. They transmit advanced HDMI content and include built-in Secondary Stream support, i.e., a high-quality, bandwidth-optimized compressed video stream for supporting Multi Viewer functionality.
Now, DEXON Systems has expanded this technology by developing direct 4-channel input boards that provide an interface to DEXON’s video processors, matrix switchers, and video wall controllers. The combination of these technologies results in a perfect and unprecedented solution for advanced AV projects.
The D4IN2-VEOA4 is a 4-channel optical connection-based input board.
The D4IN2-VECA4 is a 4-channel copper connection-based input board.
The SDVoE technology enables long-distance video transmission, while DEXON video equipment provides high-quality visualization for single displays as well as full video wall systems. The SDVoE inputs deliver uncompressed, real-time display of any content from the SDVoE network.
This enables efficient handling of large-scale video data networks. The system is controlled by a custom DEXON server software platform with a web-based user interface.
