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The Taiwanese Commercial Times reports that Huawei will be TSMC's first customer to use their "7+ nanometer" and 5nm EUV processes. Many chip companies, including Huawei, Apple, and AMD, already have publicly announced 7nm chips from TSMC in the pipeline, but those chips reportedly won't be fabricated on an EUV process. According to the chip maker's own roadmap, 5nm EUV production isn't due until sometime in 2019, while specifics for the 7+ process are a little more vague. Thanks to Digitimes for spotting (but not linking) the report.
Huawei is fully committed to increasing the self-sufficiency rate of the chip. The large-scale operation adopts advanced processes such as 16 nm and 7 nm. The wafer foundry leader TSMC directly benefits, and will take orders for Huawei foundry next year. Huawei is also the second largest TSMC client... We are optimistic about the huge business opportunities in AI related fields next year, and Huawei has also expanded its layout by developing chips on its own. Huawei recently announced the first data center processor Hi1620 with ARM architecture, which uses TSMC's 7-nm process and is expected to enter mass production next year. Huawei's new chip has joined the development of the ARMv8 architecture customized core codenamed TaiShan, which supports 48-core or 64-core configurations and will support next-generation PCIe Gen 4 high-speed transmission.
Huawei is fully committed to increasing the self-sufficiency rate of the chip. The large-scale operation adopts advanced processes such as 16 nm and 7 nm. The wafer foundry leader TSMC directly benefits, and will take orders for Huawei foundry next year. Huawei is also the second largest TSMC client... We are optimistic about the huge business opportunities in AI related fields next year, and Huawei has also expanded its layout by developing chips on its own. Huawei recently announced the first data center processor Hi1620 with ARM architecture, which uses TSMC's 7-nm process and is expected to enter mass production next year. Huawei's new chip has joined the development of the ARMv8 architecture customized core codenamed TaiShan, which supports 48-core or 64-core configurations and will support next-generation PCIe Gen 4 high-speed transmission.
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