Pretty ironic comment coming from you. Apple has the world's first 3nm chip(s) under production. You need to show yourself out.Seem like you have outdated information.
Pretty ironic comment coming from you. Apple has the world's first 3nm chip(s) under production. You need to show yourself out.Seem like you have outdated information.
The fact that Apple panicked the entire chip-making world into getting off their asses and working hard again can't possibly be seen as a bad thing by anyone, including Apple.Apple is living rent-free in PC chipmakers’ heads
AMD did not claim that the 7040 series is 20% faster and 50% more energy efficient than M2. It did claim that its AI engine is faster and more efficient than M2 media engine.outperform the Apple M2 CPU by up to 20 percent while being up to 50 percent more energy efficient
How do you want to make a comparison with a rumored SoC that has not been released and has no public benchmarks?Apple has the world's first 3nm chip(s) under production.
And before someone mentions power, 99% of people buying a 13900K or 7950X don’t care.
I'm sorry but we're only the first revision of the M1 and now you're saying its sinking like the titanic. The M2 isn't even fully out. Even so, Many of AMD's iterations from year to year had only minor improvements. The Zen 3 line of CPUs had some really nice and fast CPUs, but not earth shattering release every year.Apple’s chip division was a big competitive advantage over the competition that division is sinking like Titanic
Stop the lie! Since 2005 Apple only ever cared and bragged about performance per watt.When Apple was ahead, people ran with the narrative that the performance of Apple Silicon left everyone else in the dust and Apple bragged about it during presentations. Now that the others have caught up, we can’t go and say performance doesn’t matter to Apple. That’s hypocritical.
I draw my chip designs by hand and then carve them out of the wafers by hand with a tiny chisel. There is no I in “team” therefore a team is clearly inferior.Let’s not forget that chip design comes down to single individuals, not teams upon teams of experts working together. /s
both,not just the perf/watt...apple did mention that one time with Intel , after that only when the mac begin to use apple own chips...otherwise, check every event with mac and iphone and ipads...to see that there are so many performance gain charts etc, so there are more performance mentions charts than performance per watt (intel, then Intel with haswell, and now macs with M series) ...so dont be like that when he is right and you arentStop the lie! Since 2005 Apple only ever cared and bragged about performance per watt.
Short answer: No. She is exactly where she needs to be. CEO of Apple would be a better position for her to think about when Tim Cook decides to step down. She has not “conquered” Intel or NVIDIA OR Apple, but she’s doing somewhat better than average.I am surprised that Apple’s stock isn’t losing more value. Apple’s chip division was a big competitive advantage over the competition that division is sinking like Titanic now that they’ve lost most of their best chip designers. AMD, which has so much less money and resources, has already caught up in both battery life and performance and Qualcomm is getting closer too. They’re already ahead in the GPU department and the CPU single core is only 15-20% behind the A16. Remember, Qualcomm used to be 70% slower in single core just two years ago.
Maybe it’s time for Apple to take trucks of money to Dr Lisa Su’s door and convince her to replace Johny Srouji, who has done wonders but it might be wise to change leadership. AMD during Lisa Su‘s tenure has literally conquered both Intel and Apple. She has two championship rings.
I would like to see at least RDNA GPUs in the Mac again.What I’d much rather see is Apple put AMD chips in their machines. AMD have been killing it for years. It’d ultimately be so bad for the market if AMD lost all their talent to a company that only puts their chips in their own computers and charges exorbitant prices.
Bring back x86. Bring back Boot Camp!
Apple sells an experience, made possible by integrating hardware, software and services together. Their processors make up just one aspect of this. It's hardly the end of the world.I am surprised that Apple’s stock isn’t losing more value. Apple’s chip division was a big competitive advantage over the competition that division is sinking like Titanic now that they’ve lost most of their best chip designers. AMD, which has so much less money and resources, has already caught up in both battery life and performance and Qualcomm is getting closer too. They’re already ahead in the GPU department and the CPU single core is only 15-20% behind the A16. Remember, Qualcomm used to be 70% slower in single core just two years ago.
Maybe it’s time for Apple to take trucks of money to Dr Lisa Su’s door and convince her to replace Johny Srouji, who has done wonders but it might be wise to change leadership. AMD during Lisa Su‘s tenure has literally conquered both Intel and Apple. She has two championship rings.
It's disingenuous to claim that the only point of using tiered core architecture is to excel in benchmarks. If anything, the rational for having just one fast core can be explained easier than having two (or more) such cores. Your claim about Intel architecture makes even less sense. Intel started using two types of cores - just like Apple and other ARM processors. Yet, somehow, when Apple does it, it makes practical sense, but Intel does it to inflate their benchmark scores?In the link you posted the Snapdragon Gen 2 has a GB5 single-core score of 1490. The iPhone 12 (A14) has a GB5 single-core of 1590. That's Qualcomm's latest and fastest failing to match Apple's two year old CPU core.
And sure, in multi-core it is very close to A16. Which it achieves by combining one very fast core with two slower core with two more slightly slower cores with three more efficiency cores (that's a lot of different types of cores). While A16 only uses two fast cores + four efficiency cores.
Anyway, what's the real-world value of this kind of CPU design? It really seems like Snapdragon 8 Gen 2 was primarily developed to excel at benchmarks. One very fast (and power hungry) core to get high scores in single-core benchmarks and four mid-performance cores to get good multi-core scores (similar to what Intel is doing recently). But what is the utility of any of this in an actual phone (not to mention that there were reports of some vendors disabling the fast core when running non-benchmark software to save battery life)? At least Apple's design makes practical sense.
It's disingenuous to claim that the only point of using tiered core architecture is to excel in benchmarks.
If anything, the rational for having just one fast core can be explained easier than having two (or more) such cores.
Your claim about Intel architecture makes even less sense. Intel started using two types of cores - just like Apple and other ARM processors. Yet, somehow, when Apple does it, it makes practical sense, but Intel does it to inflate their benchmark scores?
Different performance levels of P and E cores between Apple and Intel may be related to the fact that Apple design is prioritising mobile applications (iPhone specifically) and Intel design might be prioritising performance applications (desktops and, especially, servers). Apple E cores would be absolutely useless on the servers.I am not criticizing the tiered core architecture itself. I am criticizing how it’s utilized. A phone doesn’t need excellent multi-core throughput to begin with. Nobody is running heavy-duty computations on phones. High multi-core capabilities of the iPhone is a consequence of its very fast CPU - but the CPU itself is designed for common user-facing applications and low latency work. High multi-core capabilities of the Snapdragon is due to Qualcomm throwing a large amount of cores together. This is not motivated by any real-world performance concerns. It’s purely marketing.
I don’t disagree. In fact, I’m sure that the iPhone would do just fine with a single P-core.
Intel uses a tiered architecture because they have reached the limits of performance scalability. Their main cores are fast but power hungry. Their auxiliary cores have ok throughput for die area and energy usage. So they use them to augment the main cores in power-constrained throughput scenarios. It’s an architecture driven by the need to be performance leader (where performance is defined by some rather artificial marketing metric) rather than by technological excellency. In other words, Intel does this only because they can’t do better. AMD for example doesn’t to as their cores have much better vertical scalability.
This approach is very different from Apple‘s, where E-cores are used for low-energy background computing only. You can’t use Intel’s auxiliary cores for that. They consume as much power as Apples P-cores. They are not power-efficiency cores. They are area-efficiency cores.
I am surprised that Apple’s stock isn’t losing more value. Apple’s chip division was a big competitive advantage over the competition that division is sinking like Titanic now that they’ve lost most of their best chip designers. AMD, which has so much less money and resources, has already caught up in both battery life and performance and Qualcomm is getting closer too. They’re already ahead in the GPU department and the CPU single core is only 15-20% behind the A16. Remember, Qualcomm used to be 70% slower in single core just two years ago.
Maybe it’s time for Apple to take trucks of money to Dr Lisa Su’s door and convince her to replace Johny Srouji, who has done wonders but it might be wise to change leadership. AMD during Lisa Su‘s tenure has literally conquered both Intel and Apple. She has two championship rings.