Medical imaging graphics cards stand between your workstation and your diagnostic displays. The wrong card can show up as lag, reduced resolution, missing outputs, or a display that will not run at its rated quality.
Texel Comp supplies Barco MXRT and MXRV display controllers, NVIDIA RTX professional GPUs, and AMD Radeon Pro graphics matched to your display count, native resolution, connection type, and imaging workflow.
We source and configure cards across the two roles a reading station may need: specialized medical display controllers and professional workstation GPUs.
Barco display controllers are the specialized option for diagnostic imaging environments. They are designed to drive medical displays at supported native resolutions and integrate with the Barco display ecosystem and workflow tools.
NVIDIA RTX professional GPUs provide flexible multi-display output plus workstation-class acceleration for 3D visualization, fusion, post-processing, and other compute-intensive imaging tasks.
AMD Radeon Pro GPUs are professional workstation graphics options for multi-display review, visualization, and large imaging datasets. We confirm output, driver, chassis, and software compatibility before recommending a model.
A single diagnostic display has different requirements from a four-head station running high-resolution panels. A 12MP mammography display also needs a card and connection path that support its native resolution.
We match medical imaging graphics cards to the exact display count, resolution, connector type, workstation form factor, power availability, operating system, and intended workflow. DisplayPort, Mini DisplayPort, DVI, adapters, and legacy connection requirements are reviewed before anything ships.
We also check the planned PACS viewer and workstation environment, then verify multi-monitor output so each display can operate at the supported resolution and layout.
The correct choice depends on the displays, software, modality, and the work performed on the station.
A specialized option for diagnostic display environments and manufacturer-specific medical-display workflows.
A flexible option for display output plus visualization, 3D, fusion, and broader workstation acceleration.
Some reading rooms use one platform; others use more than one graphics device. We recommend the configuration from the actual display models and workflow rather than assuming one brand fits every station.
A compatible GPU is more than a model number. The complete output path must work together.
Total diagnostic, review, worklist, and reference displays connected to the station.
The rated resolution of every display, including high-resolution mammography panels.
DisplayPort, Mini DisplayPort, DVI, approved adapters, and required cable paths.
PCIe slot space, full-height or low-profile fit, power connectors, and power-supply capacity.
Operating-system support, graphics drivers, and compatibility with the workstation platform.
Diagnostic viewing, 3D, fusion, post-processing, and other software-specific requirements.
We treat the GPU, workstation, cables, drivers, and displays as one output system.
We identify model numbers, native resolutions, inputs, display count, and planned layout.
The card is selected around output requirements, software workload, chassis, and available power.
Where requested, we install the card, load the correct drivers, and prepare the Windows display arrangement.
Resolution, screen detection, and the planned multi-monitor layout are checked before shipping.
Every card we supply is sourced through established distribution channels with applicable manufacturer warranty coverage. We do more than ship a card in a box.
Products are sourced through established channels with warranty terms confirmed for the selected item.
Driver installation, display arrangement, and graphics setup can be completed with the workstation.
Pair the card with our radiology workstation computers and medical display monitors.
Connect the graphics card to the other parts of a dependable diagnostic reading station.
Diagnostic, mammography, and clinical-review displays matched to their intended use.
Explore medical displays →WorkstationsDell, HP, and Lenovo platforms configured for PACS and multi-monitor reading.
Explore workstations →ConfigurationsReview system options for different display layouts, workflows, and budgets.
View configurations →Multi-MonitorHelp with detection, resolution, drivers, layout, and multi-display stability.
Explore display support →MammographySpecialized support for high-resolution displays and workstation output.
Explore mammography support →PlanningCompare compatibility, availability, warranty, and deployment requirements.
Get planning help →It depends on the display count, native resolution, connection type, workstation, and whether the station is used for primary diagnostic reading, review, 3D, fusion, or post-processing. We match a Barco MXRT or MXRV, NVIDIA RTX professional, or AMD Radeon Pro option to the actual setup.
A Barco MXRT is a specialized medical display controller designed around diagnostic display workflows. NVIDIA RTX professional graphics provide display output plus broader workstation acceleration for visualization, 3D, and compute tasks. The correct choice depends on the displays and software.
Yes, when the graphics card, output, cable path, and display input support the required native resolution. We confirm compatibility from the exact display and workstation models before recommending a card.
Yes. Products are sourced through established distribution channels with applicable manufacturer warranty coverage confirmed for the selected item.
Yes. We can install the card, set up the appropriate drivers, configure the Windows display arrangement, and verify the planned output before the workstation ships.
Yes. Texel Comp ships medical imaging graphics cards and configured workstation equipment across the United States.
Tell us your display models, resolution, screen count, workstation, and reading workflow, and we’ll recommend the right medical imaging graphics cards.
