Assuming TSMC's 5 nm is roughly equivalent to Intel's 7 nm, that means TSMC will be a full 2 years ahead of them by 2022, assuming Intel actually hits that claimed target date.
Assuming TSMC's 5 nm is roughly equivalent to Intel's 7 nm, that means TSMC will be a full 2 years ahead of them by 2022, assuming Intel actually hits that claimed target date.
You're definitely right about Apple having deep access to Intel's internal roadmap but this Apple Silicon Mac transition is years in the making. The decision was made around the time the 64-bit A7 SoC was introduced.Apple likely had deep access to Intels internal roadmap and saw where this was heading
The real problem is that the 2023 date won’t hold. If they’re already copping to it this early, it’s going to be a bumpy ride to 7nm.We'll have that opportunity soon: Apple's first ARM laptops vs. Intel's Tiger Lake ...
AMD has confirmed that Zen 3 will still be based on TSMC 7nm (which is about on par with Intel's 10nm). Zen 4 on TSMC 5nm will probably not hit before 2022. So for desktop and server CPUs it's probably not that bad for Intel.
Isn't that more a function of the GPU than the CPU? Users with the 5600 not great improvement in terms of fan noise with that GPU.Move over, Intel. You're the 2020 version of the PowerPC. Can't wait for ARM. Typing this on a 16" MBP with blaring fans just because an external monitor is plugged in.![]()
Thats quite strange, check is something is wrong with you setup, resolution, background software... this is not related to intel. If the fan are spinning, CPU or GPU is hot, maybe something is taking CPU od do you keep your machine where it can dissipate?
yield issues again ... I worked there for 15+yrs but left 10+yrs ago, they had lost their groove back then ... and they started to get rid of a lot of senior people who knew what they ere doing and didn't really replace the technical leadership with capable folks, and they are now run by a finance guy when they really need technical leadership ... I think the apple move will hurt them much more in the long run than analysts seem to think ... I've now completely lost my confidence in them
Apple being a good example.Great to hear inside perspective validating conjecture. Sadly, many many companies are run that way now.
Maybe. One would hope they have learned from their mistakes in the 10nm transition.The real problem is that the 2023 date won’t hold. If they’re already copping to it this early, it’s going to be a bumpy ride to 7nm.
We haven't even seen a TSMC 5nm desktop/server class CPU yet. But TSMC's execution since ~2017 has certainly been impressive. If they can keep it up, Intel will have a hard time catching up.If I had to bet, just based on their track record, I’d guess Intel will be on 10 until 2024-2025. TSMC is starting risk production of 3nm next year with volume in 2022. You’re talking about at least 2, maybe 3 generation lead.
It may have been agreed that Apple would announce their switch before Intel announced their delay-- this is all bad news for Intel, but I think if Apple was seen as jumping ship after this announcement, the optics would have been worse.Apple probably received this internal memo from some time ago from Intel. Now just becoming public.
Apple doesn't need to scale the process. They can just shop their chips to whoever does it best, or share their business across a couple and watch them compete for their share of the pie-- just like they do with a lot of iPhone components today.Scaling a process is not a easy task so if you think that Apple is going to snap their fingers and have a processor that can pass the speed and perform of a i9 or a Xeon has to be kidding themselves. Yes Apple is at the A12 but it is going to take a couple more generations to get their performance levels up of the current Intel processors provide now. Scaling is not easy.
That would be cool but I'm not banking on that.I wouldn't be surprised if the reason we aren't hearing about Bootcamp support for Windows Intel on Apple Silicon is because Microsoft is planning to use Macs as a test bed for wider deployment of Windows ARM
A huge hat-tip to Johny Srouji and his team, Tim Cook, and Apple for the foresight, investment, and years of planning that will soon make Apple beholden to Intel no longer. And instead have in-house silicon that will offer better performance, custom features, and with a lower cost.
Truly amazing what Apple pulled off.
Some kind of bug? haven’t been paying attention.Isn't that more a function of the GPU than the CPU? Users with the 5600 not great improvement in terms of fan noise with that GPU.
I don't think this means they'll outsource manufacturing of their mainline CPUs. They now have the capability of packaging chips with different process nodes (Foveros). They'll probably outsource things like IGPUs, Atom CPUs and similar things.Man, this is not a good look for Intel. Third party foundries? That's an earth shattering statement.
Their architecture is top notch. The only reason that AMD has been able to catch up (and overtake in some areas) is TSMC's superior process node. I bet the upcoming Intel 10nm Cores will clobber AMD 7nm in per-core performance.For a couple decades now, Intel has really only had one thing going for it: their process. The x86 instruction set is antiquated and crufty. They fail repeatedly at designing new architectures. AMD is making it clear that Intel can't even ship the best version of the Intel Architecture.
Their storage unit is growing strongly, and they are a becoming a leading supplier of chips for 5G basestations.Aside from some hobby projects, they can't seem to ship anything that isn't an x86 chip or an x86 support chip.
I think it's exactly the opposite. Their architecture is great, but the process technology is holding them back.The only thing that has kept that that company alive is that their process technology is advanced enough to keep their crippled architecture competitive.
There is no other foundry that is competitive with TSMC. Samsungs nodes have inferior package density.Apple doesn't need to scale the process. They can just shop their chips to whoever does it best, or share their business across a couple and watch them compete for their share of the pie-- just like they do with a lot of iPhone components today.
That would be cool but I'm not banking on that.
10 years ago, isn’t that when they introduced the 14nm process?yield issues again ... I worked there for 15+yrs but left 10+yrs ago, they had lost their groove back then ... and they started to get rid of a lot of senior people who knew what they ere doing and didn't really replace the technical leadership with capable folks, and they are now run by a finance guy when they really need technical leadership ... I think the apple move will hurt them much more in the long run than analysts seem to think ... I've now completely lost my confidence in them
I too suspected they had macOS running on A series with the A7 at the time. When Phil Schiller described the A7 as having desktop class performance, I said ok, so they have macOS running on this thing already.You're definitely right about Apple having deep access to Intel's internal roadmap but this Apple Silicon Mac transition is years in the making. The decision was made around the time the 64-bit A7 SoC was introduced.
Thankfully not Apple. Firing on all cylinders.Great to hear inside perspective validating conjecture. Sadly, many many companies are run that way now.
Steve Jobs was the weapon behind this. It was under his leadership that Apple acquired PA Semi and later on Intrinsity to build the semiconductor team.Bob Mansfield. Not Srouji. Mansfield is the secret weapon behind this. Srouji is just taking the credit. This is why he left the leadership page.