Enable subtitles ... šHe seems very thorough, unfortunately I dont understand a single word. I saw some charts in english when I scrolled quickly. Will try to make out some of it later, thanks!
Enable subtitles ... šHe seems very thorough, unfortunately I dont understand a single word. I saw some charts in english when I scrolled quickly. Will try to make out some of it later, thanks!
I did,but they didnt work. Mightve been my browser. Or he was too thorough for subtitling, tooEnable subtitles ... š
That is what Intel did for over a decade, and while Intel is down the toilet right now, it is not because of Tic-Toc strategy.The fact that m3 is on 3nm would suggest they share the same CPU design as the A17 Pro. Apple does not take old designs and apply them to new technology that's a waste of money and effort.
Yes, but the pattern relies on that A16 was always intended for 4nm, which we do not know for a fact.BTW, regarding performance. Looking at GB6 single-core results and the chip frequencies, we get the following (I only consider highest scores I can find):
A14: ~ 740 points/GHz
M1: ~ 750 points/GHz
A15: ~ 750 points/GHz
M2: ~ 760 points/GHz
A16: ~ 760 points/GHz
A17: ~ 780 points/Ghz
M3: ~ 790 points/Ghz
Notice an interesting pattern?
Intel failed when they said Mobile CPU wouldnt be as big as desktop.. How is that working out for intelThat is what Intel did for over a decade, and while Intel is down the toilet right now, it is not because of Tic-Toc strategy.
Not that this fact suggests m3 is a16, Im merely saying itās a very proven strategy.
Yes, but the pattern relies on that A16 was always intended for 4nm, which we do not know for a fact.
The use of ~ is also handy to prove your point. It could just as well be that M3 is derived on A16 core, but 3nm vs 4nm and higher clocks allowed them to improve more than usual.
What i think most fail to understand is M3 was actually made and should have been released Before A17 pro.. due to bad production Apple has been holding these devices since Summer 2023. So its actually the A17 pro thats based upon the M3, not the other way around.
Yes, I hope someone can do this!Might be worth taking a look at the M3 and A17 device trees to see what codename has been assigned to the CPU cores. If it is Everest and Sawtooth, then we may have our answer.
Then again, Samsung did make the chips for the first few iPhone generations, but neither them nor ARM became truly dominant in the new era. It's now Apple Silicon versus Qualcomm. Superficially it's all about performance per watt, but deeply you're in trouble when your customer makes much more profit from your ideas than you do. Eventually he will find a way to eat your lunch too. Poor ARM! š¢ The true reason for Apple's success with A- and M-series is vertical integration down from the silicon up to the ļ£ætv+ service running on top of it all. The Intel tick-tock model and TSMC's fabless manufacturing service are just tiny aspects of the whole competitive business.Intel failed when they said Mobile CPU wouldnt be as big as desktop.. How is that working out for intel š
The 2024 iPad Pro will get the T8132. Looks like this will be the "Real" M3 perhaps with the A17 NPU?I said this in another thread, but I'll repeat it here.
The M3's chip ID also supports this. Generally, for a given A chip, the corresponding base M chip has a chip ID number that is increased by two. For example:
A14: T8101 -> M1: T8103
A15: T8110 -> M2: T8112
A16: T8120 -> M3: T8122
A17 is T8130, so a base M-series chip based on it would be expected to be T8132. However, M3 is T8122, suggesting that it is based (at least in part) on A16, which is T8120.
Interesting observation though I think the more likely case is that they're simply incrementing the IDs and not matching architectures. We already know that the M3 CPU and GPU are based on A17 Pro.The 2024 iPad Pro will get the T8132. Looks like this will be the "Real" M3 perhaps with the A17 NPU?
BTW, regarding performance. Looking at GB6 single-core results and the chip frequencies, we get the following (I only consider highest scores I can find):
A14: ~ 740 points/GHz
M1: ~ 750 points/GHz
A15: ~ 750 points/GHz
M2: ~ 760 points/GHz
A16: ~ 760 points/GHz
A17: ~ 780 points/Ghz
M3: ~ 790 points/Ghz
Notice an interesting pattern?
At for the M3 Max, you get 4 more P cores and thatās something you canāt surpass with an overclock.This is what I do not like about the M2 and M3 chips.
My 16ā M1 Max MBP could be just as fast as the M2 Max no problem if Apple allowed us to overclock the M1 Max to the same clock frequencies.
You are in the end paying a lot of $$$$ for extra performance which we could have gotten for free with a simple overclock.
At for the M3 Max, you get 4 more P cores and thatās something you canāt surpass with an overclock.
Still sure that the M3 got the CPU from A17 pro?Interesting observation though I think the more likely case is that they're simply incrementing the IDs and not matching architectures. We already know that the M3 CPU and GPU are based on A17 Pro.
Still sure that the M3 got the CPU from A17 pro?
look here:Of course, it's the same CPU. What doubts do you have?
look here:
Post in thread 'M3 vs M4'
https://forums.macrumors.com/threads/m3-vs-m4.2425630/post-33120194
Yes seem so š I understood in this way the M4 got the ācorrectā CPU from A17 proDid you just link me to my own post? What is the relation to A17 Pro?
Yes seem so š I understood in this way the M4 got the ācorrectā CPU from A17 pro
Thx for explanation!No, the A17 Pro CPU behaves identically to that of M3 and it lacks the new instructions that seem to be part of M4. I did test both M3 and A17 so Iām quite confident about it.