Samsung Finalizes Basic Design for Second-Generation 2nm GAA Process, Aiming to Integrate the Technology into Future Exynos Chipsets and More

Samsung is making significant strides in the foundry market with its advancements in the first-generation 2nm Gate-All-Around (GAA) technology. Reports indicate that the South Korean tech giant is not just regaining momentum but could potentially challenge TSMC’s dominance in the next few years. Recently, it has been confirmed that Samsung has completed the fundamental design for its second-generation 2nm GAA node. This new technology is expected to play a crucial role in the mass production of upcoming Exynos system-on-chips (SoCs).

Advancements in 2nm GAA Technology: A Path Towards Enhanced Performance

Known as SF2P, detailed insights from South Korean publication ZDNet highlight Samsung’s ambition to revitalize its competitiveness in the foundry sector with this next-generation 2nm GAA process. Currently, the company is progressing with the mass production of its Exynos 2600 prototype, with its semiconductor and LSI divisions aiming for a yield target of 50% within a few months. These developments suggest that Samsung is on track to establish a solid presence in the market, evidenced by promotions around their SF2P technology initiated by both the company and design houses.

The timeline for mass production is set for the next year, contingent on the successful completion of the trial phase. If all goes smoothly, the second-generation 2nm GAA technology will enable Samsung to enhance future Exynos chipsets significantly. Compared to its predecessor, the SF2P technology promises a notable performance boost of 12%, a reduction in power consumption by 25%, and an 8% decrease in area size. While the report does not disclose specific clients interested in this new manufacturing process, Qualcomm emerges as a likely contender.

Specifically, Qualcomm’s Snapdragon 8 Elite Gen 2, tailored for the upcoming Galaxy S25 series, is expected to leverage Samsung’s 2nm GAA wafers for its mass production. This collaboration hints at Qualcomm’s potential strategy to diversify sourcing, balancing production between Samsung and TSMC. As developments in the first-generation 2nm GAA node continue, it is crucial to foster competition within this sector, ensuring that the leading foundry companies deliver their best offerings.

For more detailed insights, refer to the report from ZDNet.

Further information and images can be found in the source article.