Samsung is the firm but segment. A few days ago, a that Samsung Foundry is having trouble producing 3nm chips. However, Samsung has refuted those rumors, claiming that all those rumors are groundless.
Recently, analyst Ming-Chi Kuo reported that Samsung is having yield-related issues with the fabrication of 3nm chips. They claimed that these issues could force Samsung MX to go all-out with the Snapdragon 8 Gen 4 for the series. However, Samsung has those reports, calling them “groundless.”
A report claimed that a defect in second-generation 3nm process node had affected 2,500 lots (65,000 monthly 12-inch wafers), leading to a loss of around KRW 1 trillion ($720 million). It was also reported that all those wafers had to be discarded due to defects. However, some reports claim the “discarding all of them” part is incorrect, and the actual status is still under the evaluation phase.
Samsung's current capacity for the second-generation 3nm chip fabrication process is 60,000 sheets per month. Additionally, the South Korean firm has set up several inspection processes throughout production, so it is unlikely that such a large-scale defect will occur.
The story continues after the video below.
Samsung application processors (or system-on-chip) for the Galaxy S25 series. So, phones sold in some regions will use Samsung's own Exynos 2500 (tentative name) chip fabricated by Samsung Foundry. Phones in other regions will use the Snapdragon 8 Gen 4 processor fabricated by market leader TSMC. Both chips are reportedly made using a 3nm process.
The South Korean firm usually uses the same dual-source strategy, but for the Galaxy S23, the company had to due to yield and performance issues in Exynos chips fabricated by Samsung Foundry. Whether Samsung will face a similar issue this year remains to be seen.
Samsung is also expected to use the 3nm Exynos W1000 chip in the Galaxy Watch 7 series. This chip is also fabricated on Samsung Foundry's 3nm process node. According to recent reports and leaks, it is a 5-core chip that is almost confirmed to be used in the Galaxy Watch 7 and the Galaxy Watch Ultra.
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Samsung denies it is having trouble in manufacturing 3nm chips
Recently, analyst Ming-Chi Kuo reported that Samsung is having yield-related issues with the fabrication of 3nm chips. They claimed that these issues could force Samsung MX to go all-out with the Snapdragon 8 Gen 4 for the series. However, Samsung has those reports, calling them “groundless.”
A report claimed that a defect in second-generation 3nm process node had affected 2,500 lots (65,000 monthly 12-inch wafers), leading to a loss of around KRW 1 trillion ($720 million). It was also reported that all those wafers had to be discarded due to defects. However, some reports claim the “discarding all of them” part is incorrect, and the actual status is still under the evaluation phase.
Samsung's current capacity for the second-generation 3nm chip fabrication process is 60,000 sheets per month. Additionally, the South Korean firm has set up several inspection processes throughout production, so it is unlikely that such a large-scale defect will occur.
The story continues after the video below.
Samsung application processors (or system-on-chip) for the Galaxy S25 series. So, phones sold in some regions will use Samsung's own Exynos 2500 (tentative name) chip fabricated by Samsung Foundry. Phones in other regions will use the Snapdragon 8 Gen 4 processor fabricated by market leader TSMC. Both chips are reportedly made using a 3nm process.
The South Korean firm usually uses the same dual-source strategy, but for the Galaxy S23, the company had to due to yield and performance issues in Exynos chips fabricated by Samsung Foundry. Whether Samsung will face a similar issue this year remains to be seen.
Samsung is also expected to use the 3nm Exynos W1000 chip in the Galaxy Watch 7 series. This chip is also fabricated on Samsung Foundry's 3nm process node. According to recent reports and leaks, it is a 5-core chip that is almost confirmed to be used in the Galaxy Watch 7 and the Galaxy Watch Ultra.
The post appeared first on .