Earlier quoted context omitted.
Not always, if you are connected to a source of electricity and doing something limited by speed performance is critical. For me, Desktop use is almost perfect on Apple due to battery life and perf but professional use is much better on Intel/AMD+NVidia. Also you could get much more perf for $ on such machines
> professional use I hate this terminology. How would anyone define "professional use"
Apple M2 Ultra SoC isn’t faster than AMD and Intel last year desktop CPUs
131–140 of 448 posts
Re: Apple M2 Ultra SoC isn’t faster than AMD and Intel last year desktop CPUs
#132Re: Apple M2 Ultra SoC isn’t faster than AMD and Intel last year desktop CPUs
#13350% slower than the absolute best of class NVIDIA discrete GPU offering that consumes massively more wattage is hardly a damning statement.
Maybe, but most of these comparisons are based on GPU performance (ie. games). For other workloads like machine learning, Tensor cores on NVIDIA GPUs will blow Apple Silicon GPUs out of the water. The M2 Ultra is 27 TFLOPS. The 4080't Tensor Cores are 48.7 TFLOPS in FP32, 194.9 TFLOPS in FP16, 389.9 TFLOPS in FP8 with FP16 accumulate. (IIRC on Apple Silicon GPUs FP16 performance is roughly the same as FP32.) (There i…
Re: Apple M2 Ultra SoC isn’t faster than AMD and Intel last year desktop CPUs
#134The results speak for themselves (Apple is slower than some) but the context does matter: Apple has been talking about performance per watt since Steve Jobs showed a keynote slide announcing the transition from PowerPC. The cynical view is that Apple is intentionally misleading customers with their ambiguous graph axes. Another perspective is they’re simply demonstrating the metric they’ve optimized for in the first…
Do people really care about efficiency for plugged-in devices? There is the environmental factor, but there are people on 100% renewable a too...
Re: Apple M2 Ultra SoC isn’t faster than AMD and Intel last year desktop CPUs
#135Earlier quoted context omitted.
Take anything from wccf with a grain of salt. And yeah, as others point out, this is Apples to oranges. x86 desktops are great at some things, M2 Ultras are great at others, and the overlap that really matters is pretty small... Like, you have to be crazy to buy an M SoC for gaming, or buy a Nvidia GPU for workloads that won't fit in VRAM.
I tested the new game porting kit on a Mac mini M2 and was surprised I was able to run Cyberpunk 2077 and it was running really well, I can imagine that more powerful M processors will be awesome, so the argument of games might go away soon
Re: Apple M2 Ultra SoC isn’t faster than AMD and Intel last year desktop CPUs
#136Earlier quoted context omitted.
Do people really care about efficiency for plugged-in devices? There is the environmental factor, but there are people on 100% renewable a too...
I bought an m series device to replace my windows desktop mostly for efficiency reasons. It saves me hundreds a year in electricity costs at the moment (quite literally, I calculated it beforehand and checked real usage afterwards). It also means my office is now silent and cool. It’s a big QoL improvement for me.
Re: Apple M2 Ultra SoC isn’t faster than AMD and Intel last year desktop CPUs
#13750% slower than the absolute best of class NVIDIA discrete GPU offering that consumes massively more wattage is hardly a damning statement.
Maybe, but most of these comparisons are based on GPU performance (ie. games). For other workloads like machine learning, Tensor cores on NVIDIA GPUs will blow Apple Silicon GPUs out of the water. The M2 Ultra is 27 TFLOPS. The 4080't Tensor Cores are 48.7 TFLOPS in FP32, 194.9 TFLOPS in FP16, 389.9 TFLOPS in FP8 with FP16 accumulate. (IIRC on Apple Silicon GPUs FP16 performance is roughly the same as FP32.) (There i…
Then there's the power consumption difference to consider. This seems like one of those cases where benchmarks reveal only a fraction of the larger picture.
Re: Apple M2 Ultra SoC isn’t faster than AMD and Intel last year desktop CPUs
#138I find the article quite informative. Yes, M2 and the other chips are completely different products with different goals. If one wants to say that something completely trumps the other, it will be wrong. But here is what is visible: The M2 core is probably in the same ballpark as Zen 4 core, likely a tiny bit below. That may become very tiny if Zen 4 core runs at lower frequency to equalize the power. This doesn't ac…
It still has the advantage of a much larger memory pool.
I did a quick comparison exercise - I priced two workstations with similar configurations, one from Dell, the other from Apple. While there are x86 (and ARM) machines that'll blow the biggest M2 out of the water, the prices, as far as Apple can go, aren't much different.
https://twitter.com/0xDEADBEEFCAFE/status/166747612998729728...
Re: Apple M2 Ultra SoC isn’t faster than AMD and Intel last year desktop CPUs
#139The M2 has been a bit underwhelming in general through all of its iterations: Apple jumped into such a lead with the M1 [1], so it was disappointing when they slowly iterated while Intel and AMD have made enormous strides catching up. Everyone keeps citing TDP, but given that we're talking about desktops that just isn't a huge factor. Having said that, the 7950X was released late February, and the 13900KS was release…
It's a no brainer anyway to get more performance from desktop and non apple much cheaper due to apples pricing.
Apple has a huge advantage price / performance wise with the cheap m based Mac book air.
The comparison with a Mac book pro which costs 2-3k is slightly less so.
Re: Apple M2 Ultra SoC isn’t faster than AMD and Intel last year desktop CPUs
#140Earlier quoted context omitted.
Maybe, but most of these comparisons are based on GPU performance (ie. games). For other workloads like machine learning, Tensor cores on NVIDIA GPUs will blow Apple Silicon GPUs out of the water. The M2 Ultra is 27 TFLOPS. The 4080't Tensor Cores are 48.7 TFLOPS in FP32, 194.9 TFLOPS in FP16, 389.9 TFLOPS in FP8 with FP16 accumulate. (IIRC on Apple Silicon GPUs FP16 performance is roughly the same as FP32.) (There i…
FLOPS are one thing, but 192 GB of unified memory that can be used as VRAM is something else. That could be a big win on the inference side of things, where even an RTX 4090 GPU is limited to only 24 GB. Then there's the power consumption difference to consider. This seems like one of those cases where benchmarks reveal only a fraction of the larger picture.