It is said that Realme and OnePlus are expected to be equipped with OPPO's self -developed Marya X -core image.

As we all know, it is equipped with OPPO's independent design and independent image NPU chip -Mariana Marisilicon X on the @Oppo Find X5 Pro. From the perspective of the current reputation of the video experience, especially later In the reno8 series, the chip's installation brings a good reputation for user. A few days ago, there were digital news. This self -developed image chip is expected to put it on the new machine of @Realme real mobile phones and @加 而 mobile phones.

A few days ago, the digital blogger @Digital chat station broke the news, "Snapdragon 8+V1+MEMC combination boxing, decentralized the self -developed chip blue factory is still at the forefront. The Marisilicon X of the Green Factory should be released to the real self -only one." According to public information, Mariana MarisilicOn X is an OPPO -based and independently developed image -specific NPU chip. It uses a 6nm process. It is currently equipped with some models in the OPPO Find X5 series and Reno8 series, and has a good reputation.

It is reported that MarianilicoCon X also integrates the self -developed Marineuro®️ AI computing unit, providing the maximum effective computing power of 18TOPS, and the energy efficiency performance of 11.6TOPS / W. In actual photography, Marisilicon X can effectively improve the imaging speed of the mobile phone and assist in algorithm processing. For example, when processing OPPO's self -developed noise reduction algorithm, Marisilicon X can achieve 40FPS processing speed with 4K specifications, effectively improving the later efficiency.

In addition, Mariana Marisilicon X also uses an innovative double -layer storage architecture, integrates the memory subsystem on the film, and is also equipped with an independent DDR bandwidth with a transmission speed of 8.5GB / second. In addition, the Marilumi image processing unit supports the maximum processing level of 20bit and supports 20bit Ultra HDR.

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