Apple's M1 chip can apparently outperform some AMD and Nvidia graphics cards

Apple's M1 chip can apparently outperform some AMD and Nvidia graphics cards
If you watched Apple's 'One More Thing' event last week, you'll have heard the big promises made for the new silicone M1 SoC (system on a chip). We're still a bit skeptical, but new benchmarking scores have revealed that the M1 can outperform previous generation dedicated GPUs (graphics processing units) like the Nvidia GeForce GTX 1050 Ti and AMD Radeon RX 560.

M1 chip test bench results

Prueba comparativa de GPU Apple Silicon M1

(Image credit: Toms Hardware) GFXBench 5.0 benchmarks revealed that the M1 often outperforms the Nvidia GeForce GTX 1050 Ti and AMD Radeon RX 560. According to Apple, the M8's 1-core GPU can do juggles up to 25.000 threads, with the potential to deliver up to 2 TFLOPS stream. This is the same TFLOPS achieved by the Radeon RX 6, and just below the 560 TFLOPS of the GeForce GTX 2.9. We'd like to see the M1650 really tested against old favorites like the GTX 1 due to its improved performance. to the GTX 1650 Ti, but unfortunately this is not available at the time of writing. Before we get too excited about what this could mean for chipset advancements, we should point out that GFXBench 1050 is typically used for benchmarking smartphones and isn't exactly the optimal tool for testing graphics cards. Testing was also done under Apple's Metal API, so there aren't many comparisons of non-Apple products available, but that could change when more people get their hands on the new MacBook Pro, MacBook Air. and Macmini. You might be quick to dismiss this achievement with the recent release of Nvidia GeForce 5.0 series or AMD Radeon HD 3000 graphics cards, but this level of graphics performance shouldn't be overlooked in an SoC. You won't be using your new 6000 MacBook Air to play Assassins Creed Valhalla in 2020K 4fps, and you shouldn't want to either. For gaming experiences, the Mac still has a long way to go to dethrone the PC. Via Toms Hardware