Features

• The Quadro FX 1300 gives digital content professionals, engineers and scientists excellent, programmable performance at an affordable price-point.
• Based upon the nVidia NV38GL processor, this graphics accelerator features a floating point array that is the equivalent of three parallel geometry pipelines, sixteen parallel pixel rendering pipelines, 128MB of Double Data Rate memory, 128-bit full floating point accuracy and 256-bit high bandwidth memory architecture that delivers powerful performance for even the most complex simulations and graphics applications. In addition, the Quadro FX 1300 processor is programmable via the CG programming language for OpenGL which enables developers and programmers to create real-time photo-realistic effects into their 3D models, scenes, and designs, and extensive vertex and pixel programmability which drives real-time shaders that can simulate advanced 3D physical effects. Unified Memory Architecture efficiently allocates and shares memory resources between graphics windows and applications that are running concurrently. Multi-Display technology enables fast and easy control of multiple monitors with savable display setting profiles.
Key Features
• Fast, Programmable Performance for Engineers and Digital Content Providers
The Quadro FX 1300 features a floating point array that is the equivalent of three parallel geometry pipelines, sixteen parallel pixel rendering pipelines, 128MB of DDR memory, 128-bit full floating point accuracy, and 256-bit high bandwidth memory architecture that delivers fast, programmable performance for engineers, digital content authors and scientists.
• Cg High-Level Graphics Shader Language
nVidia's Quadro FX 1300's processor is programmable (CG programming language for OpenGL), enabling developers and programmers to create real-time photo-realistic effects into their 3D models, scenes and designs.
• Next-Generation Vertex & Pixel Programmability
nVidia's extensive vertex and pixel programmability drives real-time shaders that can simulate advanced 3D physical effects (fresnel effects, chromatic dispersion, reflection, refraction) and surface properties (casting effects, porosity, molded surfaces).
• nVidia Quadro Unified Memory Architecture
nVidia's Unified Memory Architecture efficiently allocates and shares memory resources between graphics windows and applications that are running concurrently.
• nVidia ForceWare Unified Driver Architecture (UDA)
nVidia's Forceware Unified Driver Architecture decreases the need for maintenance time and the total cost of ownership. Only one driver has to be managed, configured and installed. The Unified driver is available for both current and new operating systems, including Windows 64-bit, Linux and FreeBSD.
• nVidia nView Multi-Display Technology
nVidia's nView Multi-Display technology enables fast and easy control of multiple monitors with savable display setting profiles, on-screen setup, display gridlines for dividing the monitor into separate regions, mouse kinematics which allows easy clean up of the desktop and switching between multiple desktops, desktop management control, and QuickZoom which enables the user to zoom in on any part of their desktop by pressing a single hotkey.