The Taylor plant in Texas was set to be a significant site for Samsung, aiming to boost the local semiconductor supply chain. Unfortunately, recent setbacks have placed the Korean tech giant in a challenging position, drastically falling behind its main competitor, TSMC, in the semiconductor advancements. These hurdles have led Samsung to pull back on its investments, affecting the U.S. plans to provide subsidies necessary for the plant’s full operation.
Samsung had originally pledged a massive $17 billion investment in the Taylor facility, yet negotiations over subsidies have reached a standstill. Despite Samsung signing a preliminary memorandum of understanding with the U.S. back in April, news from Business Korea indicates that the promised subsidies are still delayed. This setback has occurred against the backdrop of shifting political dynamics, particularly with the latest election resulting in Trump’s victory, leading to a reevaluation of Samsung’s strategic investment plans.
On December 10, the U.S. Department of Commerce announced a $6.165 billion subsidy for Micron, following an MOU signed on April 25. Despite Samsung finalizing a similar agreement 10 days prior to Micron, it has yet to see any concrete action on the promised financial support, putting its substantial investment at risk. The delay in subsidies is further compounded by Samsung’s struggles with advanced foundry technology, especially its poor yields with the 3nm GAA process—recording only a 20% yield against an ambitious 70% target.
These technological hurdles might explain why Samsung has postponed delivery of ASML’s cutting-edge EUV equipment for the Taylor plant. Nevertheless, Samsung’s resilience is notable, as it is reportedly working on developing 2nm technology, codenamed ‘Ulysses,’ suggesting that its efforts have not been entirely thwarted. However, for subsidies to be realized, Samsung needs to reassess and confirm its continued financial commitment to the Taylor project.
The ongoing situation remains complex, with Samsung’s next steps and further developments in the semiconductor field being closely watched by the world.
