Apple Seeks Intel, Samsung to Reduce TSMC Dependency

Key Takeaways

- Apple is in early-stage negotiations with Intel and Samsung for chip manufacturing
- Apple executives have visited Samsung's Texas factory, which will produce advanced chips
- The company recently merged hardware teams under Chief Hardware Officer Johny Srouji
Apple's decade-long reliance on TSMC for chip manufacturing may be coming to an end. The company is in early negotiations with both Intel and Samsung to diversify its chip supply chain, according to multiple reports.
This marks a potential return to Intel, which Apple abandoned when it shifted MacBooks to its own silicon in 2020. The Taiwanese chipmaker TSMC has been Apple's sole chip supplier since 2014, when it began producing the Apple A8 chip.
Why Apple Is Moving Now
The urgency is real. Supply chain disruptions and a global chip shortage, made worse by surging demand from AI data centers, have exposed the risks of single-supplier dependency. Apple acknowledged this directly in its most recent earnings call, stating that relying on TSMC alone "might prove to be problematic in the future."
Apple has reportedly been exploring alternatives for some time. But the AI boom changed the timeline. TSMC's production capacity is stretched thin as every major tech company scrambles for advanced chips to power their AI infrastructure.
Samsung's Texas Bet
Key Apple executives have already visited Samsung's factory in Texas. The facility is expected to begin producing advanced chips relatively soon, making it a potential candidate for Apple's manufacturing needs.
Samsung has struggled to match TSMC's yields and production consistency in recent years. Winning Apple's business would be a significant validation of its manufacturing improvements.
Intel's Second Chance
The Intel negotiations are notable given the history. Apple famously dumped Intel chips from its Mac lineup starting in 2020, citing performance and power efficiency concerns. The switch to Apple Silicon was widely seen as a rebuke of Intel's stagnating chip development.
Intel has since invested heavily in its foundry business, aiming to manufacture chips for other companies. Landing Apple as a customer would be a major coup for CEO Pat Gelsinger's turnaround strategy.
Internal Reorganization
The supplier diversification effort coincides with a significant internal restructuring at Apple. The company recently merged its hardware engineering and hardware technologies teams under Johny Srouji, Apple's Chief Hardware Officer.
Srouji led Apple's transition to custom silicon and oversees the teams that design the A-series and M-series chips. Consolidating hardware leadership under him suggests Apple is preparing for a more complex manufacturing landscape with multiple suppliers.
The Scale Problem
Apple's main challenge is finding manufacturers who can deliver chips at the scale and consistency it requires. The company ships hundreds of millions of devices annually. Each iPhone, iPad, Mac, and Apple Watch contains Apple-designed chips.
TSMC has met these requirements for over a decade. Intel and Samsung have not proven they can match that performance. Both companies will need to demonstrate improved yields and production capacity to secure Apple orders.
Logicity's Take
Apple's TSMC dependency has been an open risk for years. The company ships too many devices to rely on a single supplier in a single country. Intel and Samsung both have something to prove here. Intel needs foundry customers to justify its pivot, and Samsung needs a win to stay relevant in advanced chip manufacturing. Apple has the leverage to get favorable terms from both.
What Happens Next
These negotiations are described as "early stage." Even if Apple reaches agreements with Intel or Samsung, it would take years before either could produce chips at meaningful scale for Apple devices.
TSMC will remain Apple's primary supplier for the foreseeable future. But the mere fact that Apple is actively courting alternatives signals a strategic shift. The era of TSMC exclusivity appears to be ending.
Related coverage on Apple's US manufacturing strategy
Frequently Asked Questions
Why is Apple looking for alternatives to TSMC?
Apple wants to reduce supply chain risk. Relying on a single chip supplier in Taiwan exposes the company to geopolitical tensions, natural disasters, and capacity constraints from AI-driven chip demand.
When did Apple stop using Intel chips?
Apple began transitioning away from Intel in 2020 with the launch of M1-powered Macs. The company cited better performance and power efficiency with its own silicon designs.
Where is Samsung's US chip factory?
Samsung has a semiconductor facility in Taylor, Texas, with additional operations in Austin. Apple executives have reportedly visited the Texas factory.
Could Intel or Samsung replace TSMC for Apple?
Not immediately. TSMC has the most advanced manufacturing processes and proven scale. Intel and Samsung would need to demonstrate consistent yields and production capacity before Apple would shift significant orders.
Who is Johny Srouji?
Johny Srouji is Apple's Chief Hardware Officer. He led the development of Apple Silicon and now oversees the merged hardware engineering and hardware technologies teams.
Need Help Implementing This?
Navigating supply chain diversification or chip sourcing decisions for your hardware products? Our team can help analyze your options and connect you with the right partners. Reach out to Logicity for expert guidance.
Source: GSMArena.com / Ro
Manaal Khan
Tech & Innovation Writer
Related Articles
Browse all
Alienware AW2726DM Review: The $350 QD-OLED Gaming Monitor That Changes Everything
Dell's Alienware AW2726DM shatters the OLED gaming monitor price barrier at just $350, delivering 27-inch QHD resolution, 240Hz refresh rate, and Quantum Dot color that rivals monitors costing twice as much. This isn't an incremental price drop. It's a complete reset of what budget-conscious gamers can expect.

iPhone Fold Launch 2026: Apple's First Foldable Could Capture 19% Market Share Instantly
Apple's long-awaited foldable iPhone is finally coming, and analysts predict it'll rocket the company to third place in the foldable market behind Samsung and Huawei. The secret weapon? Some seriously clever material science that could solve the crease problem that's plagued every foldable phone so far.

FAA Approves Military Laser Weapons for Drone Defense: What the New Airspace Rules Mean for Border Security
The FAA has given the Pentagon full approval to use high-energy laser systems against drones in US airspace, ending a two-month standoff that started when lasers shot down party balloons mistaken for cartel drones. The decision comes after safety assessments concluded these weapons don't pose increased risk to civilian aircraft.

China Chip Subsidies Reach $142 Billion: 3.6x More Than US Spent on Semiconductor Manufacturing
A new CSIS report reveals China has poured $142 billion into semiconductor subsidies over the past decade, dwarfing US spending by a factor of 3.6. But here's the twist: despite this massive investment, Chinese chipmakers still lag years behind TSMC and struggle with abysmal yields at advanced nodes.
Also Read

Student Hacks Taiwan High-Speed Rail, Halts 4 Trains
A 23-year-old university student used software-defined radio equipment to trigger emergency brakes on Taiwan's high-speed railway, stopping four trains for 48 minutes. The attack exploited a TETRA communication system that had not rotated its security parameters in 19 years.

OpenAI Opens ChatGPT Ads to All US Businesses
OpenAI is expanding its ChatGPT advertising pilot with a self-serve Ads Manager and cost-per-click bidding. The company has partnered with major ad agencies and tech platforms to let businesses of all sizes run campaigns inside ChatGPT.

OpenAI Claims GPT-5.5 Instant Cuts Hallucinations by 52%
OpenAI's new default ChatGPT model promises significantly fewer made-up claims, especially in high-stakes topics like medicine, law, and finance. The company also says GPT-5.5 Instant will ease up on emoji use and deliver tighter responses.