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Why would you possibly care the ARM chip in your phone was fabricated in an Intel plant?
Because
Called it ages ago. Intel has the leading technology when it comes to fabs and is under utilising them due to the slowdown in the sales of PC's. Each new shrinkage requires more and more capital than the previous process so if you are not really growing (outside of server based chips) then the only option is to open up your foundries.

Apple's huge cash reserves and massive demand for chips based on the best possible tech + Intel's leading foundries = was going to happen eventually. Intel is no longer competing in the SoC market so it makes sense. Good news for us consumers, Intel's 14nm process is the best in the business and ahead of anything TSMC, Samsung or GloFo have, so better performance + lower battery life and with the potential for a massive order from Apple they will have the cash needed to stay ahead of the pack at the 10nm and 7nm levels.
 
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That said, Intel can't get power consumption under control for **** in their x86 line. Sure it means they have by far the fastest CPUs out there but they're hot and power hungry. Which is exactly what you don't want in a thin phone!
You're being so inconsiderate of people who live in cold climates!
[doublepost=1471417942][/doublepost]Folks are always throwing around, "Apple should just buy XYZ" ideas (my favorite was always the one that they could buy the entire NFL - for no particular purpose, but it'd be funny)... it'd never actually transpire, but imagine what would/could happen if Apple outright bought Intel: suddenly they'd own some of the very best fabs and could put them to work making A-series processors on smaller processes, they could prioritize exactly the types of CPUs they needed for laptops and desktops without having to wait on a roadmap that suits Intel's needs/whims, I'm guessing Intel has a treasure-trove of patents they could use license-free for bits for the A-series chips, and they could put some of their in-house chip engineers into Intel's design labs to add bits that Apple found especially useful into Mac-specific x86 chips. If they wanted to be mean, they could cut off, or severely curtail, the supply of CPUs to other computer makers (depending on what long-term contracts others have in place with Intel), but again, that'd be cruel, and would likely raise the ire of the FTC. But at least they wouldn't have to wait their turn near the back of the line for the specific CPU variations they wanted to order.
 
I doubt Apple would sign a design deal with ARM that didn't let Apple fab wherever they pleased. Why would they let ARM have a say in the fabrication, and why would ARM even want that?

Because it allows ARM to control the descendants of the instruction set, ensures quality of their brand and product, offset costs to producers, and most importantly: allows them to profit massively from the success of others using their existing IP. Take your pick, there are many more reasons.
Lol Apple does not get to write their own little magic book that allows them to supersede the fact that it's not their technology because they're a "tough negotiator". ARM can do whatever they want to profit off their work and Apples investments into the A series would not be possible without ARMs IP which is in ever single iPhone. It's how ARM and the entire market operates: Apple can choose anyone, anyone who is a part of the foundry program.

What the other guy said does make some sense. Heres some info from an (older) anandtech article -:

AMD, Intel and NVIDIA all make money by ultimately selling someone a chip. ARM’s revenue comes entirely from IP licensing. It’s up to ARM’s licensees/partners/customers to actually build and sell the chip. There are two amounts that all ARM licensees have to pay: an upfront license fee, and a royalty.

The upfront license fee depends on the complexity of the design you’re licensing. An older ARM11 will have a lower up front fee than a Cortex A57. The upfront fee generally ranges from $1M - $10M, although there are options lower or higher than that (I’ll get to that shortly).

The royalty is on a per chip basis. Every chip that contains ARM IP has a royalty associated with it. The royalty is typically 1 - 2% of the selling price of the chip. For chips that are sold externally that’s an easy figure to calculate, but if a company is building and selling a chip internally the royalty is based on what the market price would be for that chip.


So it seems both Apple as a designer, and Intel as a manufacturer both need agreements in place with ARM for things to go ahead. This seems to be confirmed by the wording used in the relevent bloomberg article -:

Adding licenses for ARM’s technology could open up that business to fabricating chips based on those designs for companies such as Qualcomm Inc. and Apple Inc., which now have their chips produced by Taiwan Semiconductor Manufacturing Co. and others.

I could be reading too much into it, and be totally off track, but it seems that way to me at least. Someone could always email ARMS IP licensing sales team https://www.arm.com/products/buying-guide/licensing/index.php to confirm if they truly cared.

Quoting this entire thing. Thanks for getting this.
I've been in this industry for awhile now.
 
Called it ages ago. Intel has the leading technology when it comes to fabs and is under utilising them due to the slowdown in the sales of PC's. Each new shrinkage requires more and more capital than the previous process so if you are not really growing (outside of server based chips) then the only option is to open up your foundries.

Apple's huge cash reserves and massive demand for chips based on the best possible tech + Intel's leading foundries = was going to happen eventually. Intel is no longer competing in the SoC market so it makes sense. Good news for us consumers, Intel's 14nm process is the best in the business and ahead of anything TSMC, Samsung or GloFo have, so better performance + lower battery life and with the potential for a massive order from Apple they will have the cash needed to stay ahead of the pack at the 10nm and 7nm levels. No doubt this Intel Modem in the new iPhone 7 is just Apple testing the waters.
Years ago it may have been a huge boon. There was huge disparity in the lithography process of Intel vs everyone else. 45nm vs 22nm or whatever it was a few yeasr ago.

But not so anymore. I don't follow this segment much anymore, but a quick google search shows Intel's latest and greatest 6th gen processors are on 14nm technology, but very simliarly is Apple's A9 using Samsung's 14nm.

And there is probably some difference between the two different 14nm processes... and while technologically/scientifically significant. At the end user level, I feel like it's probably splitting hairs.

So this is a whole lot of ... meh to me. Too late. The mobile movement by Android/iOS gave urgency and funding and motivation for so many other fabs to catch up, keep up, and close the gap.

Is Intel running scared? They need some of this mobile cash flow they've been missing out on...?
 
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Seems like a conflict of interest. Doesn't Intel have chips that are, at least theoretically, in competition to the ARM processors?
 
I wonder how much small these fabs can get? 10nm is ridiculously small. I'm sure they're pushing the boundaries of physics at this point.
 
Are ARM and Qualcomm different things? I thought most phones now used Qualcomm chips. And I thought Apple designed their own?

ARM is the architecture that both Qualcomm and Apple use. Think of it like x86.
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Seems like a conflict of interest. Doesn't Intel have chips that are, at least theoretically, in competition to the ARM processors?

Where? They just killed their mobile atoms. Core M give off too much heat to be in tablets, let alone phones.
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I wonder how much small these fabs can get? 10nm is ridiculously small. I'm sure they're pushing the boundaries of physics at this point.

I want to say a roadmap once said they were shooting for as small as 7nm before they hit a wall on that.
 
I have lived to see the day where Intel license other chip manufacturers, its not 1999 any more.
 
I wonder how much small these fabs can get? 10nm is ridiculously small. I'm sure they're pushing the boundaries of physics at this point.
I remember when years ago when it was "common knowledge" that the circuit paths couldn't possibly get any smaller, because they were hitting the limits of physics. But the nanometer counts in question then were an order of magnitude higher than now. And the whole cycle had also repeated already. They found ways around the foreseen limits several times already, I suspect they may do it again.
 
Years ago it may have been a huge boon. There was huge disparity in the lithography process of Intel vs everyone else. 45nm vs 22nm or whatever it was a few yeasr ago.

But not so anymore. I don't follow this segment much anymore, but a quick google search shows Intel's latest and greatest 6th gen processors are on 14nm technology, but very simliarly is Apple's A9 using Samsung's 14nm.

And there is probably some difference between the two different 14nm processes... and while technologically/scientifically significant. At the end user level, I feel like it's probably splitting hairs.

So this is a whole lot of ... meh to me. Too late. The mobile movement by Android/iOS gave urgency and funding and motivation for so many other fabs to catch up, keep up, and close the gap.

Is Intel running scared? They need some of this mobile cash flow they've been missing out on...?
I don't think you realise what each foundry names their process is not really a good indication of performance. Intel's 14nm process is far superior to Samsungs or TSMC's 14/16nm processes.
 
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The dawn of Intel fabbed ARM chips will soon be upon us.

Yup, this is good. Intel keeps raising the revenue it needs to stay ahead of the foundry game, consumers get better chips in their phones + more competition in the marketplace. Now all we need is for AMD to smash it with Zen and the world of silicon and chips will be back to something exciting and competitive.
 
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