MXRV‑7100 Medical Display Controller

Description

High-capacity graphics, ultra-efficient design

The Barco MXRV-7100 is a next-generation medical imaging controller crafted for demanding PACS and GPU-intensive diagnostics. It features 16 GB ECC GDDR6 memory, offering high reliability and performance. Using a PCIe Gen4 x8 interface ensures low latency and excellent throughput for large image datasets. It supports 32-bit pixel depth (8-bit and 10-bit per channel) and is optimized for medical workflows that require precision, stability, and robust display handling. Its compact form suits modern radiology and imaging workstations.

With its small size of 69mm x 168 mm, the Barco MXRV-7100 combines powerful graphics performance with an ultra-efficient, low-profile form factor. Equipped with 16GB of DDR6 ECC memory and PCIe Gen4 x8 interface, it offers exceptional bandwidth and responsiveness for demanding imaging applications.

Powered by an NVIDIA accelerated computing platform, the MXRV-7100 graphics card offers an easy way to step into the AI ecosystem and run edge applications on your Barco diagnostic display.

With native DisplayPort connectivity, OpenGL 4.6 support, and no need for an external power connector, this medical-grade graphics card is optimized for modern Windows 10/11 environments. The MXRV-7100 is covered by Barco’s 5-year all-inclusive warranty, delivering premium performance with access to Barco’s Intuitive Workflow Tools and including dependable support by the Barco team.

Features

• 16 GB ECC GDDR6 memory

• High memory bandwidth performance

• PCIe Gen4 x8 interface

• Supports 32-bit pixels (8-bit and 10-bit per channel)

• Optimized for medical imaging and PACS workloads

• Compact single-slot design

• Reliable ECC memory to minimize errors

• Supports modern graphics APIs

• Suitable for GPU-intensive and multi-display configurations

• Designed for diagnostic and radiology environments

Technical Specifications

• Display Memory: 16 GB ECC GDDR6

• Memory Bandwidth: (High throughput, optimized for imaging)

• Pixel Depth / Color Support: 32-bit pixels (supports 8-bit and 10-bit per channel)

• Bus Interface: PCIe Gen4 x8

• Power Requirement: No external power connector needed

• Operating Temperature, Size, and Form Factor: compact card (e.g, ~69 mm × 168 mm)

• Graphics / API Support: modern APIs such as OpenGL, Vulkan, etc.

• Reliability: ECC memory to protect against image errors

• Compatibility: Designed for use in medical imaging and diagnostic workstation setups