![]() ![]() The new line-up that NVIDIA has launched are targeting people working with Virtual Reality, content creation, deep learning, and complex simulations. FP64 is a favourite when it comes to scientific research applications where 64-bit mathematical precision is required. The Quadro GP100 has been equipped to perform FP64 operations exceptionally well. Its functions are also different even to the other Quadro’s and in place of single precision(FP32) being the primary focus, ideal computer graphics applications like GPU rendering. The Quadro GP100 is built differently compared to previous NVIDIA desktop Workstation based cards. The new graphics card comes loaded with the same GP100 GPU as the Tesla P100, complete with a PCle interface. Now the GP100 delivers the performance required in their desktop Workstation rather than rack based Servers. We envisage that this will be of particular interest to those in industries such as Medical, Oil & Gas, Defence and others that have traditionally made use of NVIDIA’s Tesla range design for servers and datacentres. But in fact is a side step more focused to those wanting to perform High Precision Simulation & Analysis workflows such as, FEA, CFD, Deep Learning. This card is unique however, not designed to supersede the P6000 as the most powerful GPU in the line-up. In additional to their usual 7 card line up of Quadro’s this year NVIDIA are introducing an 8th, the High End GP100. Now they are completing their Pascal Quadro line up by introducing the P400, P600, P1000, P2000 and P4000. The first Pascal Quadro cards were launch with great success back in mid-2016 with the high end visualisation and VR focused Quadro P6000 & P5000 based on the GP102 GPU. This year, NVIDIA took the opportunity to use this platform to launch a multitude of Pascal based products for professional Workstations. This is an annual tradeshow that showcases hardware and software developments and is also commonly used as a platform to launch new innovations. The announcement came during the SOLIDWORKS world Annual Trade Show held at the Los Angeles Convention Center. NVIDIA has just announced its new range which features a mix of Pascal Quadro graphic cards and the flagship Quadro GP100 design for more compute workflows. Manufacturing, Engineering & Product Design.Architectural Engineering & Construction.WS-M IC-M PRO (NVIDIA RTX, Intel® Core™).For example, from my SolidWorks experience, a quadro cards performs much better for numerous reasons: viewports are run properly (viewports do not run properly on gaming GPUs), better handling of large 3D files, less artifacting. This is because the certified drivers are specifically aimed at professional software and are optimized for certain features/tasks that gaming GPUs would not be able to accomplish. Expensive, hefty, and powerful programs such as the CAD software SolidWorks only works properly on certified GPUs, usually only those from the Quadro and Firepro lines. You are missing a HUGE selling point of Quadro and Firepro cards. ![]() Just make sure it is certified for the tasks/software. But if you are a normal, or less intense user, I would go with a gaming GPU. Verdict: if you are a hardcore/heavy user of software such as AutoCad, SolidWorks, Adobe CC suites, or any 3D program, I would highly recommend a Quadro card. Click to expand.You are missing a HUGE selling point of Quadro and Firepro cards. ![]()
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