TSMC shows why this is the top foundry in the world. According to the Taiwan Economic Daily, its 2NM production currently produces 60 %, which means that Silicon Weear dies out of every 100, 60 % of them meet quality control. The second largest foundry, the Samsung Foundry, has been suffering from problems in its production for years and shows 40 % production in its latest performance trials in 2NM, which is 50 % behind the TSMC.
Production is a very important metric because they can determine chip pricing and whether a chip is available or low supply. Let’s re -use an example from last week. We say that two different bakery chocolate chip cookies are making. Both 100 cookies and TSMCs are baking (your mouth in the cookie company soft melt) is able to sell 60 of the 100 cookies that they broke or fell to 40 cookies. Sammy’s cookies baked 100 cookies and only 40 were in a state of sale.
If both cookie companies expected to sell $ 200, TSMC can sell each cook in 33 3.33 ($ 200/60). Sammy’s cookies will have to receive $ 5 per cookie to make $ 200 ($ 200/40). So you can see how important the production is when the chip comes into the industry.
TSMC’s star staded customer list includes top -tire tech firms like Apple (TSMC’s Amber One Customer), NVIDIA, AMD, Qualcomm, and Meditik. Apple, NVIDIA, and AMD have already saved 2NM production and is expected to finalize the 2NM design in September. With its excess production, TSMC assures its customers that they can produce large numbers of chips they look for.
The Samsung Foundry may have thought that being the first foundry to use the Gate All-As Pass (GAA) transistors would benefit. These transisters use vertically stacked horizontal nanoses to cover the channel on all four sides. This reduces the current leak and allows chips to provide better performance and more energy efficiency to use these transistors.
The Samsung Foundry started using GAA with its 3NM production last year but failed to take advantage of its head start and now TSMC will use GAA for its 2 NM production. The use of GAA will improve the performance of TSMC chips from 10 % to 15 %, energy consumption will be reduced by 25 %, and the transistor density will increase by 15 %. This improvement compares 2NM chips of TSMC to its 3NM silicon. The Taiwan Economic Daily also says that TSMC’s 2NM production has crossed the top of the line where the foundry can now engage in mass production of chips on 2 nm node.
The Samsung Foundry is expected to use its 2 NM process node to build the Ecinos 2600 application processor (AP) at home. This processor will strengthen some of next year’s Galaxy S26 flagship model in some markets.
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