Apple is definitely making their own baseband chip. Not sure why you’re mentioning TSMC, Foxconn or Japan Display since Apple isn’t going to take in-house the currently outsourced chip fab, device assembly or the manufacture of display panels.Doable but probably won't because that would take investment not only initially but ongoing with every new version and also assuming the risk and management overhead that industry leading companies TSMC, Foxconn, Japan Display, and Intel are assuming now. All the billions spent on propping up the stock price with buybacks and the $250+ billion in cash doing nothing but earning interest says Apple would rather not get serious about it.
Apple throws yet another partner, Intel, under the bus. Consumers want fair competition and not forced competition. Tim Cook's collusion with Intel to force Intel baseband radio and remove Qualcomm, which is seen as superior, as an option could mean PR nail in the coffin for Intel baseband modem future efforts. Everything backfired and worse for the industry and consumers due to #1 domestic terrorist Tim Cook.
I’m sure the decision to cancel their 5G program was made some time ago. Apple would have supplied its demand forecast to Intel and when it fell off a cliff in 2021-2023, because of Apple’s own baseband chip program, the decision was likely made (for them) then. Apple reportedly told them last summer 2020 and beyond was in jeopardy.Obviously, Intel did not make a decision after today's announcement. That would be just too fast. Decisions of such magnitude are not made that quickly. It's possible that Apple notified Intel in advance that they were settling with Qualcomm. It's also possible that Intel made this decision first and then notified Apple.
Didn’t know that, thanks for the info.The number of bars don't mean anything. They're whatever the phone manufacturer wants them to be. There's no standard. I often times find it to mean I have a good call connection but it doesn't represent my data connection.
To see what's really going on you have to dive in to the service menu.
Apple is definitely making their own baseband chip. Not sure why you’re mentioning TSMC, Foxconn or Japan Display since Apple isn’t going to take in-house chip fab, device assembly or the manufacture of display panels.
re: the stock buybacks, the fact that the best return on invested capital is purchasing AAPL only demonstrates that Apple believes their share price is undervalued. So far it’s been a good use of their cash hoard, and there’s still plenty available to invest as they see fit.
Wonder if both sides saw weaknesses in their sides, which is why we got this settlement.
Qualcomm of course has lots of other customers. But Apple once accounted for, and now will again account for, a huge portion of Qualcomm's income. Qualcomm estimates about 2-1/2 billion dollars in incremental annual income ("as product shipments ramp") as a result of this settlement.
That's a lot of money for a company that made $5.3 billion and $5.7 billion in FY 2015 and FY 2016, when it still had Apple as a major customer. Qualcomm only made $2.5 billion in FY 2017 after it lost Apple as a major customer, and it lost $4.9 billion in FY 2018. The numbers for those last 2 years are pretty misleading as there were some major one time items which were accounted for - e.g., fines imposed by regulatory bodies and costs associated with the failed NXP deal. But, still, Apple represented a big chunk of its business which for a time was lost. It desperately needed to make up with Apple, and sooner rather than later. It had spent huge amounts of money buying back its stock, yet its share price was still greatly depressed before news of today's settlement hit.
On the legal front, Qualcomm had mostly been losing the important decisions. Yes, it won a few minor - essentially inconsequential, other than when it came to optics - decisions. But on the important issues it lost over and over. Even without a possible loss in the Apple v Qualcomm case for which a jury was selected yesterday, its business model had been greatly disrupted. Its ability to conduct business as it had previously has been significantly eroded.
1) A baseband chip is a low margin part? Even if that were true, when you need 200+ million of them, even a $5 difference is a billion dollars a year.There are reasons Apple doesn't have a fab or assembles products itself or makes it's own displays, and these reasons apply to modems. Why spend the resources to build a new company for a inexpensive low margin part unless you had something unique, and also something that will be a drain on management's attention. It's smarter just to buy it from a leading supplier and for a good price. Apple's making ARM processors can be justified as the most important part of the smartphone but it's also true that ARM encourages it and makes it easy. Apple has the market power and is clever enough to come up with ways to have a lot of input while still outsourcing risk. All the glued together parts in iphones make repairs expensive but they also make assembly cheaper while at the same time reducing errors, which is why despite all the complaints about Apple quality problems in assembly are never mentioned.
They "folded" because Apple agreed to pay what they wanted. It's Apple that folded here.
Apple already owes Qualcomm past/future royalties no matter whose chip they use, whether it’s the Qualcomm, Intel, Mediatek, Samsung or their own chip. These costs are already bundled into the selling price. The difference is the rates under this agreement are acceptable to Apple.I wonder if that 6 year licensing fee will be passed on to consumers![]()
Qualcomm has lost my respect. Wouldn't it be fantastic if this was a stunt by Apple because they are very close to releasing their own in-house 5G chip? Sign a licensing agreement suggesting a big buy, but then not actually buy any chips? Please, let's hope that Apple doesn't have to use Qualcomm for the next 6-8 years.
It’s hard to say how long Apple will (need to) purchase Qualcomm chips. Depending on when Apple began their baseband chip program in earnest—and whether they started/are starting from scratch—it could actually take 5+ years before their own chip is ready."The companies also have reached a six-year license agreement, effective as of April 1, 2019, including a two-year option to extend, and a multiyear chipset supply agreement."
Yet to be determined if Apple will use both suppliers or not.
1) A baseband chip is a low margin part? Even if that were true, when you need 200+ million of them, even a $5 difference is a billion dollars a year.
2) Apple wants to design their own modem for the much the same reason they’re going to design their own chips to replace Intel on the Mac—to remove supplier risk and have their destiny in their own hands instead of being at the mercy of a supplier. They’ll have better control over schedule, cost and quality.
3) Even though it’s built on top of standards, that doesn’t mean that there isn’t plenty of room to innovate in the baseband space. It will also give Apple more leverage in negotiating rates for non-FRAND patents they might wish to use. If a patent holder wants too much money, Apple has motivation to design around it and unlike Intel, Apple doesn’t have to care about the requirements of other customers.
4) The baseband chip is just as essential in a smartphone as the CPU. I’m not sure what you mean by “ARM encourages it and makes it easy. Apple has the market power and is clever enough to come up with ways to have a lot of input while still outsourcing risk.” With this statement, you seem to be implying that Apple isn’t the sole designer of their ARM CPU; they are, and thus have 100% input wrt its design. The only risk being outsourced is to TMSC for the semiconductor fab portion, and I don’t expect Apple will ever open their own foundry.
5) Glue isn’t relevant to Apple’s plans for a baseband chip.