Samsung is actively negotiating with AMD to become a supplier for its groundbreaking 2nm chips, potentially intended for the upcoming EPYC Venice CPUs. This move signals Samsung's aspirations to rebound significantly in the foundry market, positioning itself as a formidable competitor to TSMC.
Despite Samsung's ambitions, it has struggled to establish itself as a dominant player in the foundry sector, primarily because its main competitor, TSMC, has been the preferred choice for high-profile clients such as Apple, AMD, and Tesla. However, recent reports from Sedaily indicate that due to supply chain challenges faced by TSMC, Samsung has made considerable enhancements to its foundry capabilities and is now in discussions with AMD. The collaboration centers on Samsung’s SF2 process for manufacturing next-generation CPUs, with a strong likelihood that these chips will be for the EPYC Venice series.
The aim is to finalize this agreement by January of the following year, pending an assessment of whether Samsung's process can meet AMD's high-performance standards. Industry experts are optimistic about production occurring soon after the contract is established.
In recent months, Samsung Foundry has secured significant contracts with both Apple and Tesla, creating substantial momentum for their external business operations. One compelling reason for AMD to consider Samsung for the EPYC Venice CPUs is that the current production of these data center processors is tied to TSMC's limited 2nm processes. As TSMC’s production capacities are stretched thin, partnering with Samsung appears to be a strategic move.
It is important to note that while the Olympic Ridge consumer CPUs are also a possibility for future collaborations, their expected launch isn’t until late 2026. Therefore, the immediate discussions seem focused on the EPYC series rather than the Ryzen lineup. If Samsung successfully meets AMD's requirements for the EPYC Venice chips, there could be increased potential for Olympic Ridge CPUs to utilize Samsung's foundry alongside TSMC.
Moreover, as artificial intelligence continues to grow exponentially, companies like AMD may find it necessary to adopt a dual-sourcing strategy to keep up with demand. With TSMC currently unable to meet this escalating need, Samsung Foundry emerges as a viable alternative. Intel is also in the running as a possible partner for companies looking to diversify their manufacturing sources. Although Intel's 18A and 14A nodes show promise, many customers remain cautious, preferring to see the performance of Intel’s products before committing to their foundry services.
What do you think about Samsung's increasing role in the foundry space? Is dual sourcing the future for fabless companies, or do you believe TSMC will maintain its dominance? Share your thoughts in the comments!
