| Features |
Benefits |
| 8K Texture and Render Processing |
The ability to texture from and render to 8K x 8K surfaces for applications that demand the highest resolution and quality image processing. |
| 12-Bit Subpixel Precision |
12-bit sub-pixel precision delivers high geometric accuracy, eliminating spreckles, cracks, and other rasterization anomalies. |
| 64-Bit Floating Point Precision |
Sets new standards for image clarity and quality through 64-bit floating point capabilities in shading, filtering, texturing, and blending. Enables unprecedented rendered image quality for visual effects processing. |
| 128-Bit Precision Graphics Pipeline |
Enables sophisticated mathematical computations to maintain high accuracy, resulting in unmatched visual quality. Full IEEE 32-bit floating-point precision per color component (RGBA) delivers millions of color variations with the broadest dynamic range. |
| 32-Bit Floating Point Precision |
Sets new standards for image clarity and quality through 32-bit floating point capabilities in shading, filtering, texturing, and blending. Enables unprecedented rendered image quality for visual effects processing. |
| 512-Bit Memory Interface |
Delivers 408 GB/sec peak memory bandwidth for blistering data transfer as a 512-bit interface dedicated to each GPU. |
| 4 GB Frame Buffer per GPU |
Delivers high throughput for interactive visualization of large models and high-performance for real time processing of large textures and frames and enables the highest quality and resolution full-scene antialiasing (FSAA). |
| Advanced Color Compression, Early Z-Cull |
Improved pipeline color compression and early z-culling to increase effective bandwidth and improve rendering efficiency and performance. |
| Breakthrough Visual Compute Density |
Unmatched graphics compute per cubic centimeter provides highest visual compute density enabling breakthrough levels of capability and productivity. |
| Cg High-Level Graphics Shader Language |
Cg—“C” for graphics—is a high-level, open-standard programming language for OpenGL that takes advantage of the power of programmable GPUs. NVIDIA Quadro® FX programmable graphics pipelines leverage high-level shading languages to enable the creation and integration of real-time photorealistic effects into 3D models, scenes, and designs. This represents a major leap forward in ease and speed for the creation of real-time, realistic graphics within MCAD, DCC, and scientific applications. |
| Dedicated Visual Computing System |
Enables NVIDIA® SLI™ multi-GPU capability on any NVIDIA Quadro Plex certified PCI Express platform. |
| Fast 3D Textures |
Fast transfer and manipulation of 3D textures resulting in more interactive visualization of large volumetric dataset. |
| Flexible Form Factor |
Workstation, deskside tower or standard 19" rack form factor enables deployment in a wide range of environments. |
| Frame Synchronization |
Allows the display channels from multiple workstations to be synchronized, thus creating one large "virtual display" that can be driven by a multisystem cluster for performance scalability. |
| Full-Scene Antialiasing (FSAA) |
Up to 64× SLI FSAA on Models IV and D2 and up to 128× SLI FSAA on Model D4, this dramatically reduces visual aliasing artifacts or “jaggies, “resulting in highly realistic scenes. |
| Genlock/Frame Lock |
Also known as "house sync." Genlock allows the graphics output to synchronized to an external source, typically for film and broadcast video applications. |
| NVIDIA® CUDA™ Parallel Computing Processor |
A parallel computing processor architecture exposed through a C language environment and tool suite in combination with high performance visualization, CUDA unleashes new capabilities to solve highly complex challenges such as real-time ray tracing, video encoding, and interactive volume rendering. |
| Hardware 3D Window Clipping |
Hardware accelerated clip regions (data transfer mechanism between a window and the frame buffer) which improve overall graphics performance by increasing transfer speed between color buffer and frame buffer. |
| Highest Color Fidelity |
10-bit per component color fidelity enables billions rather than millions of color variations for rich, vivid image quality with the broadest dynamic range. |
| Next-Generation Vertex and Pixel Programmability |
The NVIDIA Quadro FX GPUs introduce infinite length vertex programs and dynamic flow control, removing the previous limits on complexity, and structure of shader programs. With full support for Vertex/Shader Model 4.0, Quadro FX GPUs deliver sophisticated effects never before imagined for real-time graphics systems. |
| NVIDIA High Precision / High Dynamic Range (HDR) Technology |
Sets new standards for image clarity and quality through floating point capabilities in shading, filtering, texturing, and blending. Enables unprecedented rendered image quality for visual effects processing. |
| NVIDIA Unified Architecture |
Industry’s first unified architecture designed to dynamically allocate compute, geometry, shading and pixel processing power to deliver optimized GPU performance. |
| PCI Express 2.0 Compliant |
Doubles the data transfer rate up to 5 GT/sec per lane for an aggregate bandwidth of 16 GB/sec bi-directional (8 GB/sec in each direction). |
| Quad Buffered Stereo |
Offers enhanced visual experience for professional applications that demand stereo viewing capability. |
| Rotated-Grid Full-Scene Antialiasing (RG FSAA) |
The rotated grid FSAA sampling algorithm introduces far greater sophistication in the sampling pattern, significantly increasing color accuracy and visual quality for edges and lines, reducing “jaggies” while maintaining performance. |
| NVIDIA SLI Technology |
NVIDIA® SLI™ technology enables intelligent and transparent scaling of professional application performance. |
| NVIDIA SLI Mosaic Mode |
Enables transparent use of multi GPUs on multiple displays to simplify 4K projection systems. |
| 4 Dual-Link Digital Display Connectors |
Full dual-link TMDS transmitters support ultra-high-resolution panels (up to 3840 x 2400 @ 24Hz on each panel) --which result in amazing image quality producing detailed photorealistic images. |
| Dual DisplayPort Digital Display Connectors |
DisplayPort support ultra-high-resolution panels (up to 2560 x 1600)-which result in amazing image quality producing detailed photorealistic images. |
| Ultra Quiet Design |
Acoustics lower than most workstations at sub 40 dB for a quiet desktop environment. |
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