APPLE BUYS CHIPS FROM COMPANIES IT EVENTUALLY DECIDES TO COMPETE WITH
Apple is famous for designing its own chips. But getting there required years of buying critical components from companies it would eventually try to replace.
For years, Apple depended on outside semiconductor companies for some of the most important technology inside the iPhone.
Then Apple started doing something very Apple:
build it itself.
The pattern is fascinating because the companies supplying Apple today can sometimes become the companies Apple eventually wants to compete with.
APPLE DIDN'T ALWAYS MAKE ITS OWN CHIPS
The modern iPhone is packed with Apple-designed silicon.
But Apple didn't start there.
Building a semiconductor from scratch requires:
Engineers
Patents
Manufacturing partners
Years of development
Huge amounts of capital
Specialized expertise
So outsourcing critical components can make perfect business sense.
Instead of spending years developing something internally, Apple can buy it from a specialist.
The problem comes later.
If that component becomes strategically important, Apple has to keep depending on someone else.
QUALCOMM BECAME ONE OF THOSE SUPPLIERS
For years, Qualcomm was an important supplier of cellular technology to Apple.
Qualcomm provided chipsets used in iPhones.
But Qualcomm wasn't simply another component supplier.
It also owned an enormous portfolio of cellular patents and had a major position in the wireless technology ecosystem.
That created a complicated relationship.
Apple needed Qualcomm.
And Apple increasingly wanted more control over the technology inside its phones.
THEN APPLE AND QUALCOMM STARTED FIGHTING
In 2017, Apple sued Qualcomm over its licensing practices.
Qualcomm responded with its own legal actions.
The dispute spread across multiple countries.
And while the two companies were fighting in court, Apple still needed cellular technology for its products.
That creates an extraordinary business relationship:
Customer
↓
Supplier
↓
Legal opponent
All at the same time.
THEN INTEL ENTERED THE STORY
Apple also worked with Intel on smartphone modem technology.
Intel was trying to compete with Qualcomm in the modem business.
Apple became an important customer.
But Intel's smartphone modem business struggled to reach the scale and profitability it wanted.
Then, in April 2019, Apple and Qualcomm suddenly ended their worldwide legal fight.
They signed a new patent agreement.
And they also agreed to a multiyear chipset supply agreement.
So Apple had just settled with the company it had been fighting — and agreed to keep buying its chipsets.
But Apple was already thinking beyond that relationship.
THREE MONTHS LATER, APPLE BOUGHT INTEL'S MODEM BUSINESS
On July 25, 2019, Apple announced that it would acquire the majority of Intel's smartphone modem business.
The price:
$1 BILLION
About 2,200 Intel employees would move to Apple.
Apple would also receive intellectual property, equipment and other assets.
And Apple said the acquisition would give it more than 17,000 wireless-technology patents when combined with its existing portfolio.
This was much bigger than simply buying a supplier.
Apple was buying the people and technology needed to become more independent.
APPLE WAS BUILDING ITS OWN MODEM CAPABILITY
The logic was straightforward.
If cellular connectivity is one of the most important components of a smartphone, depending permanently on another company creates a strategic vulnerability.
Apple already designed its own processors.
It increasingly designed other pieces of the system.
So why not eventually control the modem too?
The Intel acquisition gave Apple a major team and a large intellectual-property portfolio to accelerate that effort.
THIS IS HOW VERTICAL INTEGRATION WORKS
Think about Apple's evolution:
Buy technology
↓
Learn the technology
↓
Hire the engineers
↓
Acquire intellectual property
↓
Develop internally
↓
Reduce dependence on suppliers
This doesn't mean Apple immediately stops buying everything from outside companies.
It means Apple gains more control over strategically important parts of the product.
AND APPLE STILL USES SUPPLIERS
This is an important distinction.
Apple hasn't become completely self-sufficient.
It still relies on a huge global supply chain.
In 2026, Apple announced a new multiyear agreement with Broadcom expected to exceed $30 billion, covering custom silicon components and wireless connectivity technologies.
So Apple's strategy isn't:
"Never buy chips from anyone."
It's closer to:
"Own the parts that are strategically important, while continuing to work with specialists where that makes sense."
BROADCOM SHOWS THE OTHER SIDE OF THE STRATEGY
Broadcom is an especially interesting example.
Apple and Broadcom have worked together for decades.
Yet Apple also continues expanding its own silicon capabilities.
In July 2026, Apple announced a new agreement with Broadcom involving more than 15 billion U.S.-made chips and advanced wireless technologies.
So even while Apple develops more technology internally, it continues buying enormous quantities of specialized components from outside companies.
That's not a contradiction.
It's a supply-chain strategy.
WHY WOULD APPLE DO BOTH?
Because there are two different questions:
"Can we manufacture this ourselves?"
and
"Should we manufacture this ourselves?"
Those aren't the same thing.
Apple can decide that a particular technology is strategically important enough to own.
For another component, outsourcing may still be cheaper, faster or more efficient.
The decision depends on:
Cost
Intellectual property
Performance
Supply security
Engineering expertise
Strategic importance
Manufacturing capacity
THE REAL POWER IS IN THE KNOWLEDGE
The most interesting part of Apple's modem strategy wasn't the $1 billion purchase price.
It was the 2,200 engineers who came with it.
Apple wasn't simply buying equipment.
It was buying accumulated knowledge.
It was buying people who already understood:
how cellular modems work
how the patents work
how the industry works
how to develop the technology
That's much harder to build overnight.
APPLE'S CHIP STRATEGY BECAME A COMPETITIVE ADVANTAGE
Apple's move toward custom silicon became especially visible with the Mac.
In 2020, Apple announced that it was moving the Mac from Intel processors to Apple silicon.
The first Apple silicon Macs launched with the M1 chip.
That wasn't just about making a faster processor.
It was about controlling the relationship between:
hardware
↓
software
↓
operating system
↓
power management
↓
performance
The more of the system Apple controls, the more tightly those pieces can be designed together.
BUT THE SUPPLIER RELATIONSHIP NEVER COMPLETELY DISAPPEARED
This is where the story gets interesting.
Apple can design a chip.
That doesn't mean Apple physically manufactures every transistor itself.
Companies such as TSMC manufacture Apple's custom silicon.
Other suppliers provide:
Sensors
Memory
Displays
Wireless components
Packaging
Manufacturing services
Apple's competitive advantage therefore isn't necessarily making everything itself.
It's deciding which parts of the stack it needs to control.
THE APPLE FORMULA
The pattern looks something like this:
Outside supplier
↓
Apple depends on it
↓
Technology becomes strategically important
↓
Apple invests in internal expertise
↓
Apple acquires talent/IP where necessary
↓
Apple develops its own version
↓
Apple still keeps selected suppliers
That's very different from simply "eliminating suppliers."
It's about gaining bargaining power and technological control.
THE STRANGEST PART
Apple and Qualcomm had a global legal battle.
Then they settled.
Then Apple agreed to keep buying Qualcomm chipsets.
Three months later, Apple bought Intel's smartphone modem business.
The message was clear:
Apple still needed suppliers.
But it also wanted the ability to eventually depend less on them.
THE BUSINESS LESSON
A supplier can be extremely useful without being someone you want to depend on forever.
When a technology becomes central to your product, the economics can change.
At first:
"Why spend billions developing this when someone already makes it?"
Later:
"Why should we depend on another company for something this important?"
That's the moment outsourcing can turn into vertical integration.
MAACAT PERSPECTIVE
Apple's chip strategy isn't really about making every component itself.
It's about control.
Apple can buy a technology when that is efficient.
It can partner with specialists when that makes sense.
But when a component becomes too important to the product, Apple has repeatedly shown a willingness to invest heavily in bringing more of the technology in-house.
That's why the most interesting Apple supplier isn't necessarily the one Apple stops buying from.
It's the one that teaches Apple how to eventually need it less.
In technology, today's supplier can become tomorrow's competitor — or tomorrow's acquisition target.
