Apple Flirts With Intel and Samsung: TSMC’s Unrivaled Reign Faces Its First Real Challenge
Apple’s rumored plan to tap Intel or Samsung for its next-gen A21 SoC isn’t just supply chain tinkering — it’s a seismic threat to TSMC’s dominance in premium chip manufacturing. The world’s most valuable tech company is reportedly testing the waters with Intel and Samsung as alternatives to TSMC for future iPhone and MacBook processors, according to Notebookcheck. If Apple pulls the trigger, it would force a realignment of power in a market where TSMC has long been the kingmaker.
Apple’s motivation isn’t only about cost or technology. The company’s dependence on a single supplier exposes it to geopolitical shocks and operational bottlenecks. TSMC’s factories are clustered in Taiwan — the epicenter of global chip production but also the center of rising US-China tensions. The supply chain vulnerabilities became glaring during the COVID-era shortages and the recent threats of Chinese military action. Apple, whose annual chip bill reaches tens of billions, knows it’s playing with fire by betting everything on TSMC.
The move would also be a public endorsement for Intel’s and Samsung’s foundry ambitions, which, until now, have been overshadowed by TSMC’s technical lead and reliability. If Apple says yes, both contenders could gain instant credibility — and a massive new revenue stream. But neither can match TSMC’s scale or yield rates yet. Apple risks trading predictability for resilience; the industry risks a new era of fierce competition, tighter margins, and fractured supply lines.
Apple’s Outsized Role in TSMC’s Business: The Numbers That Dictate the Future
Apple isn’t just a big customer for TSMC — it’s the second-largest, right behind Nvidia. In 2023, estimates put Apple’s chip orders at roughly $18 billion, or about 25% of TSMC’s annual revenue. That’s more than the combined chip spend of Qualcomm, AMD, and MediaTek. TSMC’s market share in advanced nodes (5nm and below) exceeds 90%, and Apple’s A-series and M-series chips are all fabricated on these bleeding-edge processes.
Volume matters: Apple ships over 200 million iPhones and tens of millions of Macs annually. Every SoC — from the current A17 Pro to M3 — is produced by TSMC, with Apple’s orders often dictating foundry expansion and node migration schedules. TSMC’s business model is essentially built around Apple’s relentless push for smaller, faster, and more efficient chips.
Intel’s and Samsung’s foundry capabilities lag behind in both volume and process maturity. Intel’s most advanced commercial node, Intel 4 (7nm equivalent), is only just entering mass production, while Samsung’s 3nm GAA has struggled with yield and performance issues. TSMC’s 3nm node, meanwhile, reportedly hit yields near 70% in 2023 — Samsung’s hovered below 30%. Intel’s foundry revenue was around $1.3 billion in 2023, a fraction of TSMC’s $70 billion. Samsung, though bigger in memory chips, trails TSMC in logic foundry market share with about 15% versus TSMC’s 60%. If Apple defects, it would instantly reshape the pecking order.
Intel and Samsung: Hungry Challengers, Hard Realities
Intel has poured over $40 billion into new fabs and foundry services since 2021, aiming to claw back its lost manufacturing edge. CEO Pat Gelsinger’s “IDM 2.0” strategy is focused on advanced node production and courting major external customers. Intel’s Ohio and Arizona facilities are scheduled to ramp up by 2025, targeting 2nm and below. The company’s new Intel Foundry Services (IFS) has already signed deals with MediaTek and Qualcomm — but Apple would be its crown jewel.
Samsung, meanwhile, has history with Apple: it produced A-series chips for iPhones from 2010 to 2016 before Apple moved to TSMC. Samsung’s foundry arm boasts the world’s first 3nm GAA process, but persistent yield issues and performance gaps have kept it from wooing premium clients. Samsung’s $17 billion Texas fab is expected to boost capacity and reduce reliance on memory revenue, but the company has yet to prove it can deliver Apple’s volumes with the precision Cupertino demands.
Both challengers face daunting expectations. Apple’s chip specs require not only advanced nodes but also colossal output, near-flawless yield, and airtight supply logistics. Intel’s past struggles with node delays and process migration, and Samsung’s uneven record with chip quality, leave Apple’s hardware teams wary. If either wins the contract, they’ll need to hit production targets that have tripped up even TSMC’s best engineers.
Inside the Negotiation: Stakeholder Incentives and Calculated Risks
Apple’s calculus is clear: diversify to protect against supply shocks, political risk, and technological lock-in. The company’s hardware roadmap relies on uninterrupted access to bleeding-edge nodes, and any hiccup — from a Taiwan earthquake to a trade embargo — could delay flagship launches or force costly redesigns. Apple wants leverage in pricing and technology discussions, and splitting orders among rivals helps.
TSMC, acutely aware of Apple’s importance, is likely to fight tooth and nail to keep the business. Expect aggressive bids, node acceleration, and possibly even discounts. TSMC has begun building fabs in Arizona and Japan, partly to reassure Apple and other US clients about geopolitical risk. Losing Apple would not just hurt revenue; it would cede prestige and invite scrutiny from other top-tier customers.
Intel sees Apple as a validation of its foundry comeback. Winning a slice of Apple’s chip orders would turbocharge its credibility, attract other marquee clients, and justify the billions spent on fab expansion. The company’s US base also appeals to Apple’s desire for “Made in America” branding and political goodwill.
Samsung’s incentives are equally strong. Landing Apple would restore its reputation as a top-tier logic foundry, diversify revenue away from volatile memory markets, and help fund future R&D. But Samsung must overcome lingering doubts from Apple’s engineers, who remember past yield headaches and delays.
When Tech Giants Ditched Their Chip Suppliers: Lessons from Past Shakeups
Apple’s potential shift recalls its previous breakups — notably the move from Samsung to TSMC for A-series chips in 2016. That switch, driven by performance and supply chain friction, forced Samsung to ramp up yield and pushed TSMC to innovate faster. The result: TSMC surged ahead in advanced node development, and Samsung doubled down on memory and vertical integration.
Qualcomm’s decision to spread Snapdragon production across Samsung and TSMC also reshaped the mobile chip landscape. Dual sourcing drove competition and helped lower prices for OEMs, but it occasionally led to inconsistent performance between devices.
Historically, when major clients diversify foundry partners, innovation accelerates, prices drop, and supply chains become more resilient — but product consistency sometimes suffers. Apple’s evaluation of Intel and Samsung echoes these dynamics, and the stakes are even higher given Apple’s outsized volume and influence.
What’s At Stake for Semiconductors — and For the Devices in Your Pocket
If Apple diversifies its chip suppliers, the ripple effects will hit every corner of the industry. TSMC would lose pricing power, and Intel and Samsung would gain both credibility and revenue. Competition for Apple’s business could spark a new wave of innovation as foundries race to offer smaller nodes, faster chips, and better yields.
Consumers stand to benefit from accelerated upgrades and more stable device launches. If Apple can avoid supply chain disruptions, iPhone and MacBook launches become more predictable, and price wars among foundries could eventually trickle down to retail pricing. But splitting chip production introduces risks: inconsistent performance, potential delays, and integration headaches. Apple’s famously tight product engineering would be tested like never before.
For the semiconductor sector, Apple’s move could mark the start of a broader shift toward regionalization. More fabs in the US, Europe, and South Korea means less exposure to Asia-Pacific tensions — but higher costs and complex logistics.
Apple’s Decision Will Define the Next Decade of Chip Manufacturing
If Apple commits to Intel or Samsung, expect Intel’s foundry business to scale rapidly. The company could emerge as a credible rival to TSMC by 2027, especially if its 2nm roadmap holds. Samsung would likely double down on logic chip R&D, aiming to close the yield gap and win more premium clients.
TSMC will not sit idle. The Taiwanese giant will push for faster node migration, expand its global footprint, and invest heavily in both technology and customer retention. Expect new fabs in the US, Japan, and possibly Europe, alongside aggressive courting of Nvidia, AMD, and Qualcomm.
Industry-wide, Apple’s diversification will fuel regionalization and supply chain resilience. The days of “all eggs in one basket” are over for chipmakers and their clients. Foundries will compete not just on process technology but on geographic safety and operational flexibility.
Prediction: By 2030, Apple will source chips from at least two major foundries, with Intel and Samsung both playing meaningful roles. TSMC will remain the technical leader, but its market share will shrink. The winners will be those who can deliver both cutting-edge performance and geopolitical peace of mind. The chip wars are entering a new phase — and Apple is the kingmaker once again.
Impact Analysis
- Apple considering Intel or Samsung disrupts TSMC's dominance in premium chip manufacturing.
- A shift would increase supply chain resilience amid geopolitical tensions in Taiwan.
- Intel and Samsung could gain credibility and significant revenue if Apple chooses them.
