Xiaomi takes aim at MediaTek with 3nm XRing O1 breakthrough

Xiaomi takes aim at MediaTek with 3nm XRing O1 breakthrough

Xiaomi's launch of the XRing O1 at its "New Starting Point" event in Beijing marked more than just a new chip release—it was a direct challenge to industry giants Apple, Qualcomm, and MediaTek. Backed by over CNY13.5 billion (approx. US$1.87 billion) in R&D across four years, the XRing O1 is Xiaomi's first successful flagship SoC since the ill-fated Surge S1, signaling a serious shift in the company's silicon ambitions, as and report.

It is reported that the United States intends to ban TSMC from supplying advanced chips to Chinese companies. CNBC reported that Xiaomi's first self-developed processor XRING 01 uses TSMC's advanced technology. In the future, the Trump administration may not ignore this issue, and TSMC may be banned by the United States from cooperating with Xiaomi.

Xiaomi has announced what is believed to be the first 3-nanometer semiconductor from a Chinese company. Taiwan's MediaTek is considering switching from Qualcomm products, and the strengthening of US export controls on China has resulted in NVIDIA and Qualcomm losing major customers in the Chinese market.

Xiaomi's homegrown chip has more powerful specs on Geekbench as it rivals Snapdragon 8 Elite AP

Xiaomi's homegrown XRING 01 application processor delivers a competitive Geekbench score.

Xiaomi has taken a decisive step in his path as a technology manufacturer with the launch of his first fully designed high-performance chips at home: the XRING O1, intended for cell phones and tablets, and the XRING T1, oriented to smart watches. This bet marks a turning point for the Chinese company, which [...] The post Xiaomi launches its own chips and marks a milestone in its technological independence appeared first on Diario Digital Cronio…

Xiaomi Wants to Take on Apple with XRING O1 Processor

Xiaomi, a Chinese tech giant, known for its wide range of consumer electronics as well as cars now, is in the process to launch its first ever mobile chip.