Support NeoGAF

[MikeM]

The difference is insane, when you consider that a 4090 alone can pull up to 500W during benchmarking. Sure, in game use yields lower power consumption, probably somewhere closer to 350-450 depending on the game and your settings (1440p vs. 4K, ray-tracing, etc.)

It looks like the i9-14900ks has a base power of 150W, but can draw up to 408W during benchmarking.

It's all based on use-case, but if you're playing brand new games on a high-end system with everything maxed out, it's distinctly possible that you could easily be pulling 750W+.

Not just power. Raw material differences too.

 

[Wolzard]

Sony has also been vague about the GPU specs, only stating that it is based on RDNA architecture and provides 16.7 TFLOPS. Unofficially, the PS5 Pro reportedly features 30 WorkGroup Processors (WGP), 60 RDNA3 Compute Units, and RDNA4 ray tracing acceleration. The former data said 33.5 TFLOPS, which is how AMD describes its RDNA Dual Issue compute performance (basically twice the offcial figure). In order to figure out the GPU clock, we need to use a formula of 16.7/3840/2*1000, which gives us 2.17 GHz.

What's new is the memory specs, contrary to what we said, it does not only feature 16GB GDDR6 memory but also 2GB of DDR5 dedicated for the system specifically.

PlayStation 5 Pro specs and teardown leaks ahead of launch: 16.7 TFLOPS RDNA GPU and 8 Zen2 cores - VideoCardz.com

PS5 SoC with Zen2 cores and RDNA graphics The Sony PlayStation 5 was torn down before official launch. The new PlayStation 5 Pro is almost here, featuring a fresh new processor, increased storage, and a refreshed design. The PS5 Pro is now shipping to retailers ahead of its launch next week...

videocardz.com

 

[Fake]