AMD is bringing ray tracing to Samsung's phones later this year

AMD is bringing ray tracing to Samsung’s phones later this year

At Computex 2021, AMD CEO Lisa Su introduced key particulars for its RDNA2 structure. The graphics structure kinds the premise for AMD’s RX 6000 GPUs and powers the newest gaming consoles — each the PlayStation 5 and Xbox Collection X function RDNA2 chips — and AMD is now bringing the platform to new kind elements.

AMD has introduced that RDNA2 tech can be built-in into Tesla’s Mannequin X and Mannequin S. Tesla’s vehicles have an embedded Ryzen chipset already, and they are going to be getting a discrete RDNA2 GPU that unlocks AAA gaming — in your automobile. Su notes that the RDNA2 chip coming to Teslas will ship up to 10TFLOPs of compute, which is on par with the ten.28TFLOPs on provide with the PS5.

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However what’s notably attention-grabbing is the place AMD’s RDNA2 tech is heading subsequent: “high performance mobile devices.” AMD has introduced that it’ll carry RDNA2 to Samsung’s upcoming flagship Exynos platform, delivering ray tracing and variable price shading to the most effective Android phones.

As a refresher, Samsung partnered with AMD again in 2019, with each producers working collectively to combine AMD’s IP right into a cell kind issue. We’ll now see the fruits of that labor later this year; Samsung clearly said that its upcoming Exynos flagship chipset will function an AMD GPU, and it is thrilling to see that it is going to be primarily based on RDNA2.

So what makes RDNA2 so attention-grabbing? AMD overhauled its graphics structure to ship big effectivity features, a brand new on-chip Infinity Cache that permits excessive bandwidth use instances whereas minimizing energy draw, and thrilling new options like ray tracing and variable price shading. Mainly, RDNA2 is scalable, presents an enormous enhance in efficiency, and does all of this whereas being environment friendly.

It is this effectivity that can be key as AMD and Samsung combine RDNA2 into cell gadgets; phones are thermally constrained by design, so it is going to be attention-grabbing to see how the structure holds up in this kind issue. Samsung’s Exynos designs have not fared effectively in opposition to their Qualcomm counterparts lately, and whereas Samsung made first rate strides with the Exynos 2100-powered Galaxy S21, the Snapdragon 888 nonetheless has the general edge — notably at gaming. However with RDNA2, that dynamic may change in favor of Samsung.