I know that AVX10 has changed somewhat since Intel's initial announcement, but has APX?But a lot of times, you gotta compromise.
I know that AVX10 has changed somewhat since Intel's initial announcement, but has APX?But a lot of times, you gotta compromise.
Well, they just removed the idiot profiles there.I know that AVX10 has changed somewhat since Intel's initial announcement
A few revisions but nothing major.but has APX?
the latest revision is from JanuaryI know that AVX10 has changed somewhat since Intel's initial announcement, but has APX?
that discussion was for client. I said AVX-512 has many benefits in HPC. In client not so much, unless you emulate PS3 games. Most people don’t do that so what do you mean by average applications?Arguing that people don't need faster and more efficient computing is kinda silly don't you think? This isn't like the more cores argument since many high performance required applications and average applications use AVX 512. The disadvantage is only in transistor count in the cpu cores.
Yeah they do.Most average applications don’t even touch AVX2
I forgot about handbrake and games and whole suite of client professional apps … imm head back to sleepYeah they do.
CPU SIMD is in a funny spot where it's more prolific than you think, but less prolific than SIMD advocates hope it would be.
In client not so much, unless you emulate PS3 games.
While we were looking for a way to create soft and realistic shadows on tanks, our long-standing partner, Intel, offered to share their expertise and to assist us. Intel Advanced Rendering engineers helped with high-performance kernels and optimizations. Thanks to concurrent rendering support and the ability to parallelize the rendering we implemented in Update 1.4, the Intel Embree technology was perfect for our game.
Interesting, I wonder how much back and forth with AMD has affected that.the latest revision is from January
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Introducing Intel® Advanced Performance Extensions (Intel® APX)
These extensions expand the x86 instruction set with access to registers and features that improve performance.www.intel.com
It's been said before on the forum, Intel mistakenly used AVX as yet another product segmentation tool. They should have made it ubiquitous across their ecosystem, it would have paid a lot more in the long run.
It's not just Celerons and Pentiums. It all started with Skylake-X when intel added AVX-512 support in server and HEDT, but not client. In the 9 years since then AVX-512 support has been spotty. They had a few years of AVX-512 support for some of their mobile line-up, (Ice Lake and Tiger Lake iirc), but not desktop. And then they moved to heterogeneous cores in 2021 and won't support it again in client until 2027.Celeron and Pentium (and the Atoms) not having AVX should not have prevented AVX adoption.
Client didn't have it.It all started with Skylake-X when intel added AVX-512 support in server and HEDT, but not client
So how do you think, will Zen 6 be a match for CCC? https://chipsandcheese.com/p/embracing-ai-with-claudes-c-compiler 😉
Oh that's only a bit of a joke...CnC said:Analysts today agree that IPC is more important than performance, and CCC code achieves excellent IPC
Isn't that what I said?Client didn't have it.