Why Samsung Foundry Struggles to Keep Up with TSMC in 2024?

That report was especially bad news for Samsung Foundry, which has had a tough time keeping up with the likes of Taiwan Semiconductor Manufacturing Company (TSMC) in the cutthroat business of chip manufacturing.

Although Samsung took the lead in adopting the advanced 3nm gate-all-around (GAA) technology, it has faced yield issues and production inefficiencies. These issues have greatly handicapped its opportunities to obtain big client deals, and TSMC was more than ready to step into the gap.

Samsung Struggling Against TSMC

In other words, TSMC has earned itself a sturdy reputation for being able to deliver fast and reliably. So, they quickly become the partner of many High-Tech Giants like Apple Nvidia, and Qualcomm. In the competitive world of AI and the demand for more processing power, each of these companies would have a need/desire to go with TSMC for their 3nm process because the performance characteristics seem to be better.

Importantly, Google shifting its future SoC fabrication over to TSMC from Samsung’s advanced process nodes instead of using Samsung as in the case of previous generations’ Tensor chips will be a significant loss for Samsung as it loses out on key clients which would no bode well especially since until recently Google was facing volume availability issues.

These problems have led TSMC to claim about 60% of the world’s semiconductor foundry market while Samsung is down to about 11.5%. All of this underscores the long road that Samsung has ahead if it hopes to claw its way back into contention. To tackle these challenges, Samsung is speeding up the development of its next-generation nodes, starting with 2nm which will adopt new technologies like Backside Power Delivery (BSPDN).w These developments are expected to enhance energy efficiency and performance, both key in winning future contracts.

TSMC, on the other hand, is continuing to progress and win over leading tech companies as partners making it hard for Samsung to catch up. This allows Samsung to keep in front of the rapid industry innovation cycles it can now persist but enables Samsung senior executives to double down and fix its production inefficiency/manufacturing capability.

In the end, what determines whether Samsung has a future in this market is if it can solve these production issues and innovate quickly. With demand for premium power-efficient chips on the rise, Samsung is under pressure to keep up with TSMC. The results of that competition will matter as much for the future of tech and how chips flow across the globe as anything ever has, so what Samsung does next is crucial to its position in an evolving semiconductor landscape.

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