Xiaomi used to build devices on other people's processors, but recently the company released own chip XRing O1. Аnd this time ...

Xiaomi Pad 7S Pro will be launched in China this week, and the company has begun teasing some of the key specifications of the upcoming tablet. It is confirmed to arrive with the Chinese firm's ...

Xiaomi has begun teasing the arrival of its upcoming tablet, the Pad 7S Pro, suggesting a possible launch later this month in ...

Xiaomi has launched the XRing O1, claiming to use a 3nm process, while Huawei and Lenovo have successively introduced 5 nm-class chips. The fact that China can still bypass multiple US sanctions and ...

Deep dive into Xiaomi's XRING O1 chip performance in the 15S Pro! We run extensive benchmarks, gaming tests, and real-world scenarios to see if this processor can push Xiaomi to world number 1.

Xiaomi XRING O1 was launched on May 22 It is the first in-house chip developed by Xiaomi The Xiaomi XRING O1 features a 16-core GPU ...

Xiaomi has entered the custom chipset game with the Xring O1, a highly customized SoC that stands apart from rivals like MediaTek and Qualcomm, featuring a unique CPU cluster layout, no system ...

On May 22, China's Xiaomi launched its self-developed 3nm mobile system-on-chip (SoC), the XRing O1, making it just the fourth company worldwide, after Apple, Qualcomm, and MediaTek, to design and ...

Xiaomi has officially unveiled its first high-end, self-developed mobile processor, ‘Xring O1’. It is a flagship system-on-chip (SoC) built on TSMC’s advanced second-generation 3-nanometer ...

The original 15 Pro is powered by the Snapdragon 8 Elite, the S-model comes with an in-house design from Xiaomi. In AnTuTu’s performance ranking, the ...

Xiaomi reportedly pushed up the launch of the highly anticipated YU7 to the end of June, one month earlier than expected, as ...

Investing.com -- Xiaomi (OTC: XIACF)’s founder, Lei Jun, announced on Tuesday that the company has commenced mass production of its self-developed Xring O1 advanced mobile chip. The first two devices ...