Samsung’s 3rd-Generation 2nm ‘SF2P+’ Process Set to Launch in Two Years, Focused on Yield Stabilization Over Advancing Technologies

Samsung is currently navigating a series of challenges that have led to the postponement of its pioneering 1.4nm process. However, this delay is not indicative of failure for the South Korean semiconductor giant. Instead, Samsung is strategically positioning itself to unveil an advanced third-generation 2nm process within the next two years, promising a significant leap in performance and efficiency over its predecessor.

Optimizing the Third-Generation 2nm Process

Recent developments unveiled during the SAFE forum on July 1 highlight Samsung’s commitment to innovation. The company introduced its third-generation 2nm process, known as the SF2P+, which utilizes a novel technique called Optic Shrink. This cutting-edge process is expected to enhance performance by an impressive 20-30% compared to the second-generation technology, although the specifics of these improvements in comparison to the existing node remain unspecified.

Alongside the advancements in the 2nm domain, Samsung has reached significant milestones in the design of its second-generation 2nm technology, aiming for mass production in the coming year. This focus on refining existing technologies rather than hastily adopting newer processes indicates Samsung’s priority on stabilizing yields—a crucial factor for maintaining competitive edges.

Collaboration and Future Products

Samsung’s foundry and LSI division is actively collaborating on the prototype mass production of the upcoming Exynos 2600 processor, which is anticipated to utilize the 2nm GAA node. The company’s yield target for this project is set at 50% in the near term, with expectations for that figure to rise by year-end. Furthermore, there are unconfirmed reports suggesting that Qualcomm may launch a version of the Snapdragon 8 Elite Gen 2 chipset crafted on Samsung’s 2nm GAA technology, with production trials already identified under the code name ‘Kaanapali S’.

Looking Ahead

Given the current trajectory outlined in recent reports, Samsung appears to be making significant strides. Nonetheless, it remains premature to assess the company’s overall position fully. As we approach the end of the year, more insights may emerge with the anticipated debut of the first 2nm GAA chipsets. Stay tuned for ongoing updates as this narrative unfolds.

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