Samsung Chairman Lee Flies to Taiwan After Strike - Offers Memory Priority to Poach TSMC Clients 2026
Memory supply priority - the power to decide who gets chips first, and at what price - has become Samsung's most potent weapon in the AI era. On May 22, 2026, Samsung chairman Lee Jae-yong flew to Taipei just 24 hours after an 18-day worker strike ended, meeting MediaTek CEO Rick Tsai directly to propose a three-part deal that could crack TSMC's manufacturing monopoly.
Why Memory Became the Semiconductor Industry's New Power
AI server investment surged through late 2025 and into 2026, creating an unexpected bottleneck: DRAM. Prices for high-bandwidth memory used in AI training systems roughly doubled in the six months leading up to Q1 2026, according to TrendForce market data. For chip designers like MediaTek - which ships processors for roughly half the world's Android smartphones and designs custom AI chips for Google - securing enough memory at a reasonable price is now a survival-level concern, not just a procurement issue.
This is the opening Samsung recognized. As the world's largest memory producer by volume, Samsung controls a lever that TSMC simply does not have. TSMC manufactures chips but does not make memory. Samsung makes both - and at the leading edge of each category.
What Lee Jae-yong Actually Offered MediaTek
Sources cited by Digitimes and TechTimes describe a bundled proposal with three components. First, Samsung would expand its use of MediaTek application processors in Galaxy smartphones - a significant revenue guarantee for MediaTek. Second, MediaTek would shift a portion of its advanced chip manufacturing from TSMC to Samsung's 2nm foundry process. Third, and most critically, Samsung would grant MediaTek priority memory supply access and preferential pricing as part of the agreement.
The strike context matters. The 18-day walkout by Samsung's union had threatened approximately 4% of global DRAM production capacity. Lee resolving the strike and immediately flying to Taiwan signals that Samsung views foundry client acquisition as a board-level priority - not a mid-level sales conversation.
Samsung 2nm Yield: The Technical Prerequisite
A deal like this would have been impossible to propose one year ago. Samsung's 2nm manufacturing yield - the percentage of chips that come off the production line without defects - sat around 20% in 2025, far below the 70-80% threshold that makes commercial production economical. By May 2026, that figure had improved to approximately 55-60%, per industry analyst estimates. That is the threshold at which customers can reasonably consider Samsung as a TSMC alternative rather than a backup option.
TSMC's comparable 2nm process, known as N2, reportedly runs at yields above 70%, so Samsung has not closed the gap entirely. But 55% is sufficient for early adopter designs, particularly for companies that have a compelling reason - like priority memory access - to accept slightly higher defect rates in the short term.
What This Means for Consumers and Investors
If the deal advances, the downstream effects are real. Foundry competition between Samsung and TSMC would put downward pressure on chip manufacturing prices, which eventually flows through to device costs. For mobile device users, the deal could stabilize Android smartphone supply - MediaTek getting priority LPDDR access reduces the chip shortage risk that periodically disrupts mid-range phone production. For investors, Samsung foundry order gains would benefit not only Samsung but also SK Hynix - which supplies competing HBM modules and would benefit from any industry narrative that positions Korean chipmakers as credible TSMC alternatives.
For background on the strike that preceded this trip, see our earlier report: Samsung Union Strike May 21 - $11.7B AI Memory at Risk
Key Takeaways
• Samsung offered MediaTek a three-part bundle: Galaxy chip partnership, 2nm foundry orders, and priority memory supply at a discount.
• AI demand has made DRAM a scarce resource - Samsung is the only company that can combine world-class memory with leading-edge foundry in a single deal.
• Samsung's 2nm yield reached 55-60% in 2026, making it commercially viable as a TSMC alternative for the first time.
Sources: Digitimes, TrendForce, TechTimes
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