NVIDIA Quadro - GPU Accelerated Visualization & Special Effects
REAL-TIME RAY TRACING
The NVIDIA Turing architecture and the NVIDIA RTX platform, brings the power of real-time cinematic-quality rendering to your workflow, including AI for rendering (RTX Cards)
Easily deploy single or multi displays on a desktop, drive head-mounted displays, digital signage walls, and create immersive high-resolution stereoscopic environments.
NVIDIA VIRTUAL GPU
NVIDIA virtual GPU software enables every virtual machine to get the benefits of a GPU just like a physical desktop has.
NVIDIA QUADRO VR
Outstanding performance for VR experiences including larger on-board memory than consumer graphics alternatives, essential for VR applications.
for ParaView, a leading volume visualization tool for HPC to deliver a real-time experience on large structured and unstructured datasets.
AI FOR RENDERING
enable noiseless fluid interactivity, and visually explore every idea using AI denoising tensor cores in the RTX series & GV100
NVIDIA Quadro Professional Graphic Cards
The new paradigm of GPU computing has brought together the high performance of a supercomputer, mixed with the form factor, affordability, and power efficiency of a desktop computer. Exxact has teamed up with the GROMACS development team to design a series of certified GROMACS GPU solutions which provide optimum price and performance for among a wide range of research activity.
» See all NVIDIA Quadro Graphics Cards
NVIDIA Mosaic for Multiple Displays
Whether you want to see your designs across eight displays or project your ideas in 4K, you can with NVIDIA Mosaic™ multi-display technology. Featured in NVIDIA Quadro and NVIDIA NVS™ graphics card solutions, you can easily span any application across up to 16 high-resolution panels or projectors from a single workstation, without sacrificing performance or power.
Real Time Ray Tracing with NVIDIA Quadro RTX
The NVIDIA Turing architecture is equipped with dedicated ray-tracing processors called RT Cores that specifically accelerate the computation of how light and sound travel in 3D environments at up to 10 Giga Rays per second. By comparison, Turing also accelerates real-time ray tracing by 25x over previous Pascal generation, and can be used for final frame rendering for film effects at more than 30x the speed of CPU, eliminating the need for large CPU farms.
NVIDIA Advanced Rendering
Accelerate your designs and discover new levels of interactive realism and rendering with NVIDIA Quadro graphics cards. Featuring advanced rendering technology, NVIDIA Quadro solutions bring your most demanding work to life with blazing 3D modeling performance. Commercially available software rendering products are, NVIDIA mental ray® rendering software generates images of outstanding quality and unsurpassed realism and NVIDIA iray® is the world's first interactive, photo-realistic and physically correct rendering solution that leverages the parallel processing power of GPUs.
NVIDIA MENTAL RAY
NVIDIA mental ray rendering software generates images of outstanding quality and unsurpassed realism. It combines physically based light simulation with full programmability to let you create any imaginable visual effect.
The world's first interactive, photo-realistic and physically correct rendering solution that leverages the parallel processing power of Quadro and Tesla GPUs.
» See our NVIDIA Iray Appliances
GPU RAY TRACING
NVIDIA technology is used by professional software developers to accelerate ray tracing with NVIDIA CUDATM and NVIDIA OptiX.
NVIDIA Quadro - Unbeatable Graphics and Visualization Performance
The latest high-end NVIDIA® Quadro® GPUs provide ideal performance and features to deliver the fastest 3D application performance, certified on all industry-leading professional applications. By enabling unprecedented capabilities in visualization, multi-display and accelerated rendering, the high-end NVIDIA Quadro graphics are the solutions when designing with the most complex models, richer scene details and effects for content creation, and faster results when processing massive datasets for scientific exploration.
48 GB DDR6Display Output
4x DP 1.4
24 GB DDR6Display Output
4x DP 1.4
16 GB DDR6Display Output
4x DP 1.4
32 GB HBM2Display Output
4x DP 1.4
1x DVI-D SL