Similarly, this means we’re looking at half the texture units, and half of the polymorph geometry engines. For the Pascal generation in turn, NVIDIA has done much the same here.ĭiving into the specifications then, GTX 1060 and its GP106 GPU ships with 1280 CUDA cores, which is half the number found on GTX 1080/GP104. It allowed for a very straightforward progression from the bottom of the Maxwell 2 family to the top of it, maintaining the same resource balance between all of the GPUs. When it came to building the Maxwell 2 generation, NVIDIA designed GM206 as half of a GM204 half of the CUDA Cores, half of the ROPs, half of the memory bandwidth, etc. Powered by the company’s new GP106 GPU, GTX 1060 will be NVIDIA’s play at the mainstream/enthusiast market. To that end, kicking off this second wave of updates today is NVIDIA, who in traditional top-to-bottom fashion is announcing the next card in their product stack, GeForce GTX 1060. Of course no GPU product stack is complete with just a single chip and a handful of cards, and over the coming months we are going to see both vendors rolling out the rest of their respective stacks. Powered by TSMC’s 16nm FinFET process and GlobalFoundries’ 14nm FinFET process respectively, NVIDIA and AMD have delivered better performance for lower prices, and with lower power consumption as well. In the last two months we have seen NVIDIA launch a pair of high-end cards – the Pascal-based GeForce GTX 1080 and GTX 1070 – and just last week rival AMD launched their first card based on their Polaris architecture, the mainstream-focused Radeon RX 480. Excitingly, GPU Season 2016 is now in full swing.
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