Proof here: Why you should use a Quadro video card in Solidworks 2016 A low end Quadro K620 (crippled and cut down 750TI), beats Titan cards in Solidworks if edges are displayed.
Most engineers working on a 3D model will want the edges displayed because it's easier to see things and easier to pick edges and corners that way. In OpenGL programs Quadro cards have hardware accelerated lines and the Geforce cards do not. I'll try to give some examples I know about to explain. For some other software it doesn't matter much. For some CAD software a real Quadro is the way to go. It depends on what you are doing with the card.
#Nvidia quadro k6000 benchmark fp64 drivers
AMD still retains the compute mantle (no pun intended) in its lineup but, as with nVidia, consumer drivers do reduce the double-precision on the AMD side as well. Remember that Fermi was the last of the nVidia compute monsters all subsequent releases consumer-side are significantly reduced double-precision compute performance. A used or highly discounted Fury X/980 Ti might be a better match. So, if you want to use a 1060 for science! you need to figure out whether or not double-precision is something you need for the applications you use and whether or not the 1060 matches the rest of what you want it to do.Īlso make sure that your motherboard can support a PCIe 3 card.Īlso, if you're planning on going 4K the 1060 is probably not a good match for that. Its double precision is 1/32 of its single precision, so 0.14 TFLOPS or 140 GFLOPS, per GeForce GTX 1060 Review The Quadro 6000 has 448 CUDA cores, does 1 GFLOP Single Precision and does 0.5 GFLOP Double Precision, per Quadro 6000 – Workstation graphics card for 3D design, styling, visualization, CAD, and more
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