https://www.hardwaretimes.com/intel-teases-xe-hp-gpu-die-shot-with-tens-of-billions-of-transistors/
What did i say about Raja's GPU's being large?????
The 2080TI is massive, no getting away from that at 775mm^2 (31mm x 24mm) its mahusive....
That's on 12nm.
For perspective:
An R9 290X is 431mm^2 on 28nm, that is quite a large GPU
A 1080TI is 470mm^2 on 16nm that is a large GPU
Vega 64 is 495mm^2 on 14nm, also a large GPU.
A 5700XT is 251mm^2 on 7nm, that is a mid size GPU, its the same size as an RX 590 on 12nm., similar number of shaders on a smaller node than the 5700 but more stuff in the RDNA architecture.
So... this colossus thing, taking the battery as a size guide is about 65mm x 35mm, (2275mm^2) three times the size of an already huge RTX 2080TI
Intel first Xe demo unit was a 50 Watt discrete GPU taken from Tiger Lake bumped up to that power envelope, it had similar performance to a GTX 1050.
Tiger Lake.
https://www.guru3d.com/news-story/i...lake-with-xe-based-gpu-and-thunderbolt-4.html the CPU on that thing we know from Wikipedia is 136mm x 107mm (146mm^2) the Xe GPU on that photo looks about 2.5X the size, about 350mm^2.
Intel have stopped talking about Discrete gaming GPU's, they used to talk about it quite a lot, with great passion. All that noise is gone, now they just talk about specialized GPU workloads, the sort of thing i suspect Nvidia and AMD can do with much smaller GPU's.
We ain't getting no gaming graphics competitors to Nvidia and AMD, they are not our knights in Blue armour, designing good GPU's is not easy, its extremely difficult and the bar of quality mostly driven by Nvidia keeps moving, and its way out of reach of what Intel are capable of, Frankly they can't even keep up with AMD on the CPU side, not when you haven't got infinite cooling and power delivery to brute force your way up, not by a long way....
I do find this extremely frustrating.