Other questions: how much memory do you need on your GPU?īefore we discuss the cards on test, let’s run through a few of the technical terms that will recur throughout the course of this review. Other questions: how well does rendering scale across both CPU and GPU? Other questions: how well does DCC performance scale on multiple GPUs? Other questions: how much difference does RTX ray tracing really make? Technology focus: consumer vs workstation cards Technology focus: GPU architectures, memory types and APIs I hope to revisit these tests with AMD’s RDNA GPUs later this year.
#QUADRO PASCAL FP64 PRO#
For comparison, we have one AMD GPU: the Radeon Pro WX 8200. In addition, we have three newcomers: the Quadro RTX 5000, Quadro RTX 4000 and GeForce RTX 2080. In this group test, we are pitting all of the Nvidia GPUs from the past few CG Channel reviews against one another: the Titan RTX, Titan V, GeForce GTX 1080 and GeForce GTX 1070. The RDNA architecture in AMD’s new Navi GPUs also looks to be a significant update. Nvidia’s Pascal and Turing GPU architectures offered huge performance improvements over previous generations, as did AMD’s Vega architecture. I have mentioned this in my last few reviews, but it’s worth reiterating: PC technology has evolved at a feverish pace in the past couple of years compared to the rest of the decade. Some of the cards have appeared in previous single-GPU reviews on CG Channel others are completely new. What started out as a review of a single professional-class GPU gradually evolved into a larger group test of Nvidia’s current consumer and workstation cards, plus one of AMD’s rival Radeon Pro workstation GPUs for reference.
In our latest hardware review, we are going to look at Nvidia’s current RTX GPUs. Read our recent review of the GeForce RTX 2080 Ti here. Which Nvidia GPU is best for your DCC work? Jason Lewis puts four of the firm’s powerful Turing-based GeForce RTX, Titan RTX and Quadro RTX graphics cards through a battery of real-world benchmark tests.
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