Intel's Foundry Ambitions Face Hurdles: Clients Fear Angering TSMC, Need to Prove Tech Prowess

Intel's ambitious push into the semiconductor foundry market faces significant hurdles, according to foreign media reports. Experts suggest that potential clients are hesitant to switch from TSMC, fearing repercussions from the dominant chip manufacturer. This reluctance stems from tight production capacity and the substantial cost of adopting a new supplier.

While Intel has forged alliances, including with the Trump administration, its technological prowess remains a key question mark. The company's 18A process, intended to rival TSMC's 2-nanometer technology, has shown improvement but reportedly still lags behind in yield and overall competitiveness. Industry insiders note that Intel CEO Pat Gelsinger has not provided definitive proof of technological parity.

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Nobody wants to offend TSMC, because there is still a capacity gap in the market. Everyone is scrambling for wafers, which gives TSMC a huge bargaining advantage.

For large integrated circuit design companies, the current tight global chip supply means that choosing Intel not only requires significant financial commitment but also risks jeopardizing their crucial relationships with TSMC. "Nobody wants to offend TSMC," one industry source stated, highlighting the company's strong negotiating position due to the ongoing capacity crunch.

Analysts suggest that while clients may cautiously explore Intel, a gradual approach is likely. Apple's decision to place small orders for older chips with Intel is seen as a low-risk move that probably won't harm its relationship with TSMC, even if it generates billions in additional revenue for Intel. However, the company's success ultimately hinges on delivering on its manufacturing promises, a challenge that remains central to its strategy.

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Pat Gelsinger has always emphasized that 18A is scaling up mass production, but what he hasn't discussed is how competitive 18A is in key metrics like performance, power consumption, and chip area (PPA) compared to TSMC's equivalent process.