![]() It’s also worth noting that the GP100 is ideal for those seeking out fast half-precision performance, as it boasts the incredible promise of 20 TFLOPS FP16 (2xFP32). Whereas the P6000 musters ~375 GFLOPS of DP performance, the GP100 stomps that with its 5 TFLOPS. ![]() The GP100 is unique in that it bundles in dedicated CUDA cores for ultra-fast double-precision floating-point performance. ![]() To address the elephant in the room, the Quadro GP100 is different from the P6000 in its focus (and price I’d expect the GP100 to cost at least 25% more). Nonetheless, let’s take a harder look at what we’re dealing with: So while the P6000 is undeniably the fastest GPU NVIDIA has ever crafted, it might take a little bit of time to acquire. System builders like BOXX do, but with the warning of “extended lead time”. Newegg seems to be an exception here Amazon doesn’t offer a single Pascal Quadro at the moment. The Quadro P6000 sits proud at the top, and like previous generation top-tier Quadros, the P6000 is priced at around $5,000 USD, with Newegg currently offering it for $5,400.ĭespite being available for a couple of months now, the P6000 remains difficult to find at etail. Well, the two cards are in fact similar, but NVIDIA managed to cram an additional 256 CUDA cores into the P6000, giving it a slight performance boost and securing its right to bear the title: “Fastest NVIDIA GPU Ever!”Īs covered last week, NVIDIA has just fleshed out its entire Pascal-based Quadro lineup, now offering options to fit all budgets. Quadro pascal fp64 series#When NVIDIA released its Pascal GeForce series last spring and delivered downright impressive performance, we knew that the company’s Pascal Quadros were going to be something special. And well, the P6000 in particular does prove to be a very special card indeed, for a multitude of reasons.Ĭonsidering the fact that NVIDIA’s Maxwell-based Quadro M6000 shared similar specs with the first-gen GeForce TITAN X, it’s easy to jump to conclusions and assume that the P6000 is spec-comparable to the second-gen TITAN X. ![]() ApAddendum: Updated performance can be found here. ![]()
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