My 9 year old PC has a higher score. It has an i7 2600 (non-K).
This is the kind of response that makes you appreciate how little knowledge so many members here actually have of what is happening. And there will be more of these comments to come in this thread, many more.
Well, this chip was released this year and not two years ago. And this benchmark does run native ARM code (translated from x86 but still native). There are many caveats here for sure but let's be accurate.This is a seriously good results on 2 year hardware and using Rosetta! This benchmark is not run natively, so it's GOOD! I fail to see why people are so negative.
Secondly pretty Apple doesn't want the competition to know what they are capable as they for sure will be scared what the true performance will be and if they even have a chance to beat it.
Unless I'm being dumb (entirely likely), but when I searched Geekbench, I saw this. Using Geekbench 4.4.1 instead of 5.2.0. Much better scores. (I admit, I skimmed the 7 pages, but didn't see it posted yet).
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My 9 year old PC has a higher score. It has an i7 2600 (non-K).
People only got these machines loaned to them after signing a contract where they specifically agreed that they wouldn’t do this. You excuse breaking that with an eye roll and an “of course”? Huh. Remind me never to enter into any contracts with you.Yea because no one was going to do that![]()
You are so right; if Apple does decide to launch a 2-year old design CPU, run it on just 4 of the 8 cores and under-clock it slightly and run everything through Rosetta then this benchmark will support your musings.
Many hold a view that Apple will not do any of the above. But you never know, you could be right.
My 9 year old PC has a higher score. It has an i7 2600 (non-K).
Well, this chip was released this year and not two years ago. And this benchmark does run native ARM code (translated from x86 but still native). There are many caveats here for sure but let's be accurate.
People only got these machines loaned to them after signing a contract where they specifically agreed that they wouldn’t do this. You excuse breaking that with an eye roll and an “of course”? Huh. Remind me never to enter into any contracts with you.
What you heard about THIS chip? You know the chip in the Dev Kit Macs is not the one that will ship in the production machines, right?I'll take your word for it. Just seems along way off for what I heard about this chip. But I'll remain hopeful.
the baseline CPU for geekbench 4 is different than geekbench 5. so you can't compare the two without some scaling.
Maybe I am misunderstanding Rosetta 2, but why would there be much in terms of runtime performance penalty? I thought it was doing at-install translation of the x86 -> ARM calls so it then runs native from that point on. It is not doing on-the-fly emulation -- once the app runs it is going direct to ARM.
"It's not a basis on which to judge future Macs, of course, but it gives you a sense of what our silicon team can do when they're not even trying," he continued. "And they're going to be trying.”
- Craig Federighi speaking about the DTK hardware.
That's just ridiculous. My system consumes about 230 watts under full load, which is maybe 3-4x more.Your 9 year old PC is running native X86 code With hyper threading and likely consuming 10-15x more power to do so.
Nice GPU!OpenCL comparison (Just found it on twitter 🤷♂️):
Also Metal:
That's obviously just a PR talk. Unless he is really trying to say that they were not trying to design the best chip for iPads."It's not a basis on which to judge future Macs, of course, but it gives you a sense of what our silicon team can do when they're not even trying," he continued. "And they're going to be trying.”
- Craig Federighi speaking about the DTK hardware.
That's just ridiculous. My system consumes about 230 watts under full load, which is maybe 3-4x more.