Samsung Targets 130% Growth in 2nm GAA Orders by 2026, Aiming at Profitable Customers Amid TSMC Supply Challenges

The recently reported progress in Samsung’s 2nm Gate-All-Around (GAA) manufacturing process has demonstrated a yield of 50 percent. Although there remains potential for enhancement, this significant achievement positions Samsung as a contender alongside TSMC, particularly as TSMC navigates some production challenges. This development comes at a moment when Samsung is aiming for a remarkable 130 percent increase in orders for its 2nm GAA technology. Notably, Tesla has already made a substantial commitment to this cutting-edge technology through a $16.5 billion agreement.

Analysts View Samsung’s Ambitious 130 Percent Increase in 2nm GAA Orders as a Confidence Indicator

Success in the 2nm GAA process hinges on achieving healthy yield rates and ensuring stable mass production. As reported by DigiTimes, Samsung is aggressively pursuing orders to bolster its position in next-generation lithography. The company’s Exynos 2600 chipset indicates that yield stability is on the horizon, allowing Samsung to shift its attention towards artificial intelligence (AI) chip manufacturing. Analysts in South Korea perceive the specified 130 percent increase as a clear indicator of Samsung’s confidence in securing its customer base.

Additionally, Samsung’s plant in Taylor, Texas, originally intended for 4nm production, is reportedly being repurposed to focus on 2nm GAA technology. This strategic move not only aims to chip away at TSMC’s market share but also aligns with local U. S.interests, enhancing relations with the current administration. As part of this initiative, test operations of extreme ultraviolet (EUV) equipment are slated to commence in March, reflecting Samsung’s rapid strides in establishing its presence in the 2nm market.

Interestingly, while the report referenced major clients, it notably did not mention Qualcomm, which raises questions about potential partnerships. Many industry players view Samsung as a formidable alternative to TSMC; however, the absence of dialogue concerning a possible collaboration with Qualcomm is noteworthy. Current speculation suggests that the upcoming Snapdragon 8 Elite Gen 6 and Snapdragon 8 Elite Gen 6 models are anticipated to exclusively leverage TSMC’s 2nm N2P node, implying a lack of ongoing discussions between the two companies.

For more detailed insights, see the full report from DigiTimes.

Additional images and information can be found at WccfTech.