Global version of Huawei Mate 40 can get MediaTek processor instead of Kirin 1020

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Global version of Huawei Mate 40 can get MediaTek processor instead of Kirin 1020

This week, the Taiwan Semiconductor Manufacturing Company (TSMC) officially confirmed that, in accordance with the instructions of the American authorities, since May 15, 2020, it has not accepted orders from Huawei for the production of HiSilicon Kirin chips. This could force Huawei to release the Mate 40 flagship smartphone family based on two different processors.

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Huawei

U.S. sanctions do not apply to orders already made, and shipments must be made before September 14, 2020. But the problem is that before the restrictions were imposed, Huawei ordered only 8 million 5nm Kirin 1020 chips, which will serve as the hardware basis for the Mate 40 and Mate 40 Pro. The expected sales of these smartphones exceed 10 million units, which means that Huawei will face a shortage of single-chip systems.

The company cannot order an additional batch of Kirin 1020 from TSMC, so it will have to use a different processor. Earlier it was reported that Qualcomm intends to apply to the US Department of Commerce for the right to supply its chips to Huawei. But even if the request is satisfied, it will apply only to the next generation of the flagship Snapdragon chipset of the 800th series, which can be installed in the P50 and Mate 50 models. And for the Mate 40, the Chinese manufacturer needs to look for the third option.

Huawei has little choice – either Samsung Exynos or MediaTek. The company will most likely prefer MediaTek. But no matter which partner Huawei ultimately chooses, it will need a chip with a performance corresponding to Kirin 1020. According to some reports, the Kirin 1020 is 50% faster than the Kirin 990, which is used in the Mate 30 and P40 series.

Also Read:  Huawei to stop releasing Kirin SoCs due to US pressure

However, we are unlikely to see a Mate 40 with a Kirin 1020 SoC in the global market. Most likely, it will be sold exclusively in China. The version on an alternative single-chip system will “reach” us.