Santa Clara, Calif. - Demonstrating its continued technology leadership and position as the premier graphics solution of choice for design professionals, Nvidia Corp. announced the availability of its entire new line of Quadro professional graphics solutions for mobile workstations.
Based on the Nvidia CUDA parallel computing architecture, these mobile graphics processing units (GPUs) are available to dramatically and effectively accelerate graphics performance in all of the new generation of Intel Core i7-based mobile workstations from Dell, Fujitsu Technology Solutions, HP, and Lenovo, so professionals don't have to sacrifice exceptional graphics performance for the flexibility of a mobile platform. From entry-level to high-end, starting with HP's new, 14.1-inch small form factor, and going up to Dell's new 17-inch powerhouse, Nvidia is the only company to have its high-performance mobile graphics solutions included in all of these next-generation mobile workstations.
Certified for the most demanding CAD, DCC, and visualization professional applications, the new Nvidia Quadro FX mobile graphics solution lineup provides a power-efficient, rich experience for manufacturing, design, and video production users on the go and in the field, and is optimized for and supports professional applications using OpenGL, Shader Model, Microsoft DirectX, DirectCompute, and OpenCL standards. The complete line includes:
Quadro FX 800M
Available in the Dell Precision M6500 (17-inch)
Quadro FX 2800M
Available in the Dell Precision M6500 (17-inch)
Quadro FX 1800M
Available in the HP EliteBook 8540w (15.6-inch)
Quadro FX 880M
Available in the HP EliteBook 8540w (15.6-inch), Lenovo ThinkPad W510 (15.6-inch), and Fujitsu CELSIUS H700 (15.6-inch)
Quadro FX 380M
Available in the HP EliteBook 8440w (14.1-inch)
All of these new solutions provide large, dedicated graphics frame buffers (up to 1GB), and superb color fidelity with 30-bit color accuracy delivering over 1 billion colors. These features enable precise, sharp images and designs, and support intensive, interactive visualization of complex assemblies or scenes.