Are you in search of an industry-leading GPU model for your CAD and DCC applications? If so, nothing can be a better choice than the Quadro 2000! Launched in December 2010 and still ruling, this 40nm GF106 GPU is an average-sized chip that can fit most of the systems. The mini-sized structure is holding 1170 million transistors alongside 32 mapping units and 16 ROPs. The GDDR5 type supported 1024 MB memory, which has made the NVIDIA Quadro 2000 a choice for many.
Moreover, an additional attribute that has got the tech community's attention is the 625 MHz operating frequency of the GPU. The values are even higher, i.e., 650 MHz for the memory! Here's what you need to know more about the NVIDIA Quadro 2000. Let's delve into the details.
NVIDIA launched the Quadro 2000 with the 3D Vision Pro support back in 2010, and it's still in demand. This attribute enables this workstation GPU to hold and run multiple OS, including Windows and Linux, from a single workstation or platform. Alongside the 3D Vision Pro, the tech-savvies loved the Mosaic Technology, which can scale up to eight displays without affecting the quality and performance.
Alongside the Mosaic Technology, we got NVIDIA's ultimate Scalable Geometry Engine which can significantly enhance the performance, especially for the wide range of CAS and DCC applications. Also, within the medical field, it's way easier to interact with and analyze the models which were not being observed before utilizing NVIDIA's Scalable Engine.
The NVIDIA Quadro 2000 is equipped with the Fermi Architecture on-board, which enables the hardware-accelerated features and overall performance and speed. Alongside the Fermi architecture. The CUDA cores and 1024 MB GDDR5 memory, connected via a 128-bit memory interface, hold the hearts of many!
Are you into the cinematic visuals and love watching the quality content on the screen? Worry not! This Quadro Tessellation with Shader Model 5.0 brings the finely detailed geometry along with the optimized graphics to your screens and offers a sacrificing performance.