Providing high-quality features in a single-slot form factor, the Quadro 600 is packed with 96 shading units on a 40nm manufacturing process die. The GPU is equipped with a Quadro Tessellation Engine, which generates finely detailed geometry without sacrificing output for cinematic quality scenes.
NVIDIA Fermi architecture on the Quadro 600 supports 245.76 GFLOPS, 96 CUDA cores, 16 texture units, 8 ROPs, plus 585 million transistors to support the latest multi-display technology. This enables users to customize different displays, such as providing a larger field of view, to create a more interactive gaming experience. Nvidia’s Quadro 600 delivers advanced capabilities including 3D Vision Pro for high quality stereoscopic 3D environments and Mosaic Technology which enables any application to scale across up to eight displays. The NVIDIA Quadro graphics processing unit also features a PCIe 2.0 interface and has a maximum power draw of 40 watts.
Built on Fermi architecture, the Quadro 600 GPU comes equipped with 1GB of DDR3 memory for improved transfer rates plus increased performance compared to the previous generation. The NVIDIA 600 GPU utilizes a 128-bit bus and memory is clocked at 800 MHz, resulting in a memory bandwidth of 25.6 GB/s.
This is a workstation graphics card that has an active thermal solution to further accelerate applications including 3ds Max, AutoCAD, SolidWorks, and many others. Half of the card’s printed circuit board (PCB) is exposed, while the other half, which holds the GF108 graphics processor, is covered by a fan to disperse heat build-up. On the edge of the GPU there are two ports, a single DVI-I and a single DisplayPort connector.
The single-slot card is effective in several different industries to create complex, immersive graphics. Built on a 40nm process, the card delivers smooth visuals within any application, including gaming. The 1GB DDR3 memory, along with the 245.76 GFLOPS and 96 CUDA cores help make a smooth transition for quality performance. With the NVIDIA Quadro 600 GPU, you can create a large workspace using several displays, making it easier for multiple applications to run simultaneously.
