Dimensity 9000 Has Stronger Tuning Than 8 Gen1
The first new machine equipped with the new Snapdragon 8 Gen1 has been listed for sale, while MediaTek’s new Dimensity 9000 terminal has only given official news, when it will be released and which day it will be sold are not yet determined, but this does not seem to affect the praise of Dimensity 9000 in cell phone manufacturers this year.
According to the news brought by Digital Chat Station today, the Dimensity 9000 has been capped in terms of power consumption, the normal tuning is much stronger than the Snapdragon 8 Gen1, next year Qualcomm’s share of the high-end market is expected to be affected by the Dimensity 9000.
In the first quarter of next year with the release order of the new Dimensity 9000, OPPO Find X4 series is the first, positioned as a balanced flagship, the main camera using the IMX766 + self-researched MariSilicon NPU chip, the image will be strengthened again; Vivo’s X80 series will also be equipped with Dimensity 9000 but is expected to remain only the standard version, the image for 50-megapixel large base micro cloud platform, with a self-research ISP.
Next is the Redmi, the price will be very cost-effective as always, that is cheap, but in the heat and game tuning will be more aggressive, which also shows that the Redmi will be officially used in the K50 Gaming Edition of the Dimensity 9000; last is the new Honor machine, this may be the latest one, so in terms of configuration is still not sure.
Furthermore, he also revealed that Oppo/OnePlus of the new program, it seems to be the OPPO and OnePlus first on 80W, Realme 150W progress quickly, the OPPO has a higher ready for commercial use. Find X Series is after the Spring Festival in February and March, the specific time has not been determined. Currently, Dimensity 9000 and Snapdragon 8 Gen1 version are ordinary telephoto programs, source does not know if the rumored oversized cup can land high-quality large base telephoto or periscope super-telephoto, the former he knows there is a prototype.