Last updated: August 20th, 2019 at 16:27 UTC+02:00
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Abhijeet Mishra / SamMobile
In theory, this means that Samsung Electronics should now have enough photoresist to create chipsets using the EUV manufacturing process for the next eight-to-nine months. The new Exynos 9825 employed by the Galaxy Note 10 series in most regions was manufactured on a 7nm LPP process using EUV (extreme ultraviolet lithography). With enough photoresist to last for three quarters, the chipset’s production should theoretically be unhindered, at least for a while.
Unfortunately, the trade restrictions imposed by the Japanese government also affect the export of hydrogen fluoride and fluorinated polyimide. Both of these compounds are vital to the manufacturing of displays, and the recent report makes no mention of any new temporary export agreements pertaining to them.
However, about a month ago Samsung Display was reportedly discussing with South Korean chemical manufacturing companies about the possibility of acquiring colorless polyimide locally instead of having to rely on Japanese suppliers. At that time, it was said that Samsung Display had enough polyimide inventory to last for two-to-three months. The display situation remains unclear, but at least it’s good to know that Samsung will be able to manufacture its EUV-based chipsets for the foreseeable future.