Matrox 8 reconfigurable video I/O with fan

Matrox 8 Reconfigurable Video I/O with Fan

Designed for broadcast, live-production, and channel-in-a-box systems, Matrox 8 reconfigurable video I/O with fan UK is a low-profile and half-length PCIe card suitable for OEMs, live-event integrators, and professional video systems requiring flexible re-configurable I/O, hardware synchronisation, and reliability.

Key Specifications of DSXLE4L/8/100F UK:

• Low-profile, half-length PCIe card

• Re-configurable I/O that can support up to 8 SDI inputs or outputs

• Frame synchronizers

• VANC and HANC support for each input and output

• Analog blackburst reference input (tri-level or bi-level)

• Automatic video relay bypass (optional)

• Live zero-frame delay video mixers

• One comprehensive SDK for all our developer cards

Here is an in-depth description of the Matrox 8 reconfigurable video I/O with PCIe Card UK:

Flexible I/O Configuration:

Matrox 8-channel SDI card features flexible 1/O configuration, allowing users access to Reconfigurable inputs and outputs that support up to 8 SDI channels. They can thus enjoy a versatile setup tailored to your needs, for instance, ingest, playout, live switching, and graphics insertion. 

Comprehensive Ancillary Data Support:

Matrox 8-channel I/O board PCIe Card features a comprehensive ancillary data, including each input and output includes VANC and HANC support. Users can ensure effective and robust metadata handling.

Advanced Frame Synchronization:

Matrox DSXLE4L/8/100F UK comes with cutting-edge frame synchronization capabilities, making sure video signal alignment remains precise and smooth. It features D, HD, and 4K SDI formats and VANC/HANC data support for broadcast-quality signal integrity. 

Unified Developer Toolkit:

You can access a comprehensive SDK that is built to support all our developer cards, allowing you to streamline your development process.

Compact Design:

Matrox reconfigurable I/O comes with a low-profile and half-length PCIe design that enables it to seamlessly integrate into a variety of systems without occupying excessive space.