...
o I dont think ANY of the Mac Chips have a separate AI Co Processor including the upcoming M3 3nm Chips.
So the future with AI and Apple look way way off. Much like Touch Screen Macs.
The details on Intel's 14th-gen processors are largely speculative, but here's what we do know about the upcoming Meteor Lake release.
www.howtogeek.com ...
Says here Apples neural engine only handles media manipulation. not a true AI Co processor.
Apple's custom AI coprocessor drives features like media analysis and computational photography on the iPhone, iPad, Mac, and Apple TV.
www.makeuseof.com
You are about as clueless as Kuo is on this topic. You posts are flawed on several fronts.
First, Intel's VPU has a media focused AI-augment history.
The latest Intel® Core™ Ultra processors enable you to use the most AI experiences across desktop, mobile, and edge.
www.intel.com
The 'V' in VPU name comes from 'Vision'. So wagging your finger at the Apple NPU saying it is heavlly tasked with video AI compute tasks is a bit like the pot calling the kettle black.
Second, Apple has both the NPUs and AMX ( Apple Matrix extension in the Arm cores). There are two subsets of matrix works that Apple does well. That holds up very well versus Intel's somewhat hobbled AVX ( no full AVX512 in meteor lake) and VPU ( Intel has a Advanced Matrix Extention also named AMX coming, but won't arrive in clients until after Meteor Lake. I think it is Granite lake first for that. ). Apple's NPU cores are not their only AI silver bullet.
Third, The assertion that intel has a "separate AI chip" is is not really true. The SoC chip in Meteor Lake handles a variety of stuff. The DRAM Memory Controller, security , two "low power cores" (even lower power than the 'E' cores all in addtion to this VPU. Probably not really aimed at most user level apps at all. Mostly background stuff when the system is idle/'sleeping'.) and a few other things ( Display Controller, Media handling (AV1, video processing/inferencing, etc. ).
Some overview here
During a presentation at Hot Chips 34, Intel detailed how their upcoming Meteor Lake processors employ chiplets. Like AMD, Intel is seeking to get the modularity and lower costs associated with usi…
chipsandcheese.com
and here
At Hot Chips 34, Intel shared details on its upcoming 2023 Meteor Lake processors that will be composed of disaggregated tiles
www.servethehome.com
So it really is not a whole chip dedicated to AI. Nor is the TOP ( tera-ops-per-second) really going to be all that much better than the NPU cores or better .
[ There are three other chiplets. Compute -- CPU cores ( P and E ) , GPU -- GPU cores I/O -- Thunderbolt controllers , USB , PCI-e , Ethernet/WiFi/etc. , embedded DisplayPort , etc. ]
Intel isn't really 'buying' a whole lot here by using a different die . Apple is not 'loosing' by not going chiplets. Intel is going to pay a bigger Perf/Watt loss penalty than Apple is. Apple is going to make a bigger TSMC chip than Intel's TSMC chips. There probably will not be some massive "AI processor" die area allocation loss here between the two.
Compared to the likely contemporary Apple M3 the Intel SoC will be using an older TSMC process.
"...
Intel Meteor Lake Tile/Chiplet | Manufacturer / Node |
CPU Tile | Intel / 'Intel 4' |
3D Foveros Base Die | Intel / 22FFL (Intel 16) |
GPU Tile (tGPU) | TSMC / N5 (5nm) |
SoC Tile | TSMC / N6 (6nm) |
IOE Tile | TSMC / N6 (6nm) |
..."
'Intel 4,' TSMC 5nm and 6nm, all living in harmony in one chip.
www.tomshardware.com
So unlikely going to bet Apple on core count per unit area allocated. The M2 is on TSMC N5P. and the M3 is likely on some variant of N3. The VPU of Intel's is going N6 ( and Apple has not been on a N7 family process for several
YEARS).