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NVIDIA Quadro Professional Workstation Graphics Cards

NVIDIA Quadro® professional solutions deliver the fastest application performance, the highest quality workstation graphics and are fully certified on all industry-leading professional applications. But raw performance and quality are only the beginning. NVIDIA Quadro takes the leading computer-aided design (CAD), digital content creation (DCC), and visualization applications to a new level of interactivity by enabling unprecedented capabilities in performance, programmability, and precision.

A revolutionary unified architecture, NVIDIA Quadro® FX graphics boards deliver optimized application performance. Combining the industry’s most advanced feature set, including largest frame buffers, with a C programming environment, Quadro solutions solve the most complex problems. The reference standard for Shader Model 5.0, NVIDIA Quadro FX enables next generation applications to perform with unprecedented speed and image quality.

NVIDIA Quadro® graphics solutions are the industry-leading workstation graphics solutions for CAD, DCC and visualization applications. Featuring outstanding performance and quality, NVIDIA Quadro products deliver up to 6GB of frame buffer memory, 148.6GB/sec. memory bandwidth, 512-bit memory interface and support for ultra high-resolution panels for ultimate productivity. Offering a new level of interactivity for engineers and designers, NVIDIA Quadro FX graphics solutions enable shorter production cycles and faster time to market.

NVIDIA Quadro® FX mobile workstation graphics are also available, with revolutionary unified architecture, up to 2GB of memory, exceptional image quality, and highly optimized visual computing performance that push the performance boundaries mobile workstations.

Quadro Scalable Geometry Engine
Dramatically improves performance across a broad range of CAD, DCC and scientific applications, enabling your work to flow interactively with models and scenes that are an order of magnitude more complex than ever before.
Highest Quality Visual Fidelity for the Discerning Professional
Is enabled by a rich, 30-bit colour engine that enables vivid image quality with the broadest dynamic range of over one billion colours. Dramatically reduce visual aliasing artefacts with up to 128x full-scene Anti-Aliasing (FSAA).
Quadro GPU Tessellation Engine
Delivers native OpenGL 4.0 and DirectX 11 capabilities, automatically generating finely detailed geometry for cinematic quality models and environments, without sacrificing performance.
Industry’s Largest Graphics Memory
With up to 6 GB of fast GDDR5 memory, enables interactivity on larger projects than ever before.
NVIDIA GigaThread™ Engine
Provides up to 10x faster context switching compared to previous generation architectures, concurrent kernel execution, and improved thread block scheduling.
NVIDIA® CUDA™ Parallel Computing Architecture
Enables real-time simulation, analysis, and visualization of large 4D datasets and models.
NVIDIA® Parallel DataCache™
Supports a true cache hierarchy combined with on-chip shared memory driving exceptional throughput, accelerating capabilities such as real-time ray tracing, physics processing and texture filtering.
Dual Copy Engines
Enables the highest rates of parallel data processing and concurrent throughput between the GPU and host, accelerating techniques such as ray tracing, colour grading and physical simulation.
Mission-Critical Reliability
Enabled by the world’s first and only Error Correction Codes (ECC) memory for GPUs. Quadro solutions ensure data integrity and reliability by eliminating soft errors on register files, frame buffer and cache memory.
True High Performance Computing (HPC)
Is enabled by a new architecture designed from the ground up for accuracy and speed. Quadro GPUs deliver the industry’s fastest double precision floating point performance for applications such as medical imaging, finite element analysis and computational fluid dynamics.

NVIDIA Quadro® Unified Shader Architecture Automatically Directs Graphics Power where it is needed to make better use of resources enabling real-time rendering of complex & realistic image and maximizing all levels of graphics throughput the entire design process.

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