Xiaomi launches Xring O3 chip, a mobile processor with record performance produced by TSMC
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Tecnoblog
tecnoblog.net

Xiaomi launches Xring O3 chip, a mobile processor with record performance produced by TSMC

Xiaomi announced on Monday, August 24th, the Xring O3, its latest internally developed processor for mobile devices. This high-performance chip will be introduced later this year in the anticipated Xiaomi 18 Fold and, according to the manufacturer's data, aims to compete at the top of the smartphone segment.

Manufactured by the Taiwanese company TSMC using the 3-nanometer process, the component achieved a score of 5.22 million points in the AnTuTu V11 test. This feat makes it the first mobile SoC to surpass the five-million-point barrier.

The development cycle for this project consumed 459 days of engineering team work. To maintain this and other endeavors, the Chinese company's semiconductor division has an ambitious investment plan of 50 billion yuan (equivalent to approximately R$ 36 billion in direct conversion), to be distributed over ten years.

The Xring O3 directly succeeds the Xring O1, which was launched in 2025. Its CPU architecture deviates from the standard by implementing a deca-core design, composed exclusively of high-performance cores, eliminating the need for energy-efficient cores.

The processor set includes two C1-Ultra cores operating at a maximum frequency of 4.35 GHz, four C1-Premium cores running at 3.68 GHz, and four C1-Pro cores at 3.15 GHz. In evaluations conducted on Geekbench 6.5, the Xring achieved 3,945 points in single-core and 15,221 in multi-core, surpassing even solutions used in personal computers.

In terms of graphics, the 16-core Mali-G2 Ultra NX GPU promises an 85% increase in raw processing and a 64% decrease in power consumption compared to the previous generation. Additionally, the Xring O3 sets a historical milestone as the first global mobile chip to support the new generation of LPDDR6 RAM memory, offering a bandwidth of 113.8 GB/s.

To manage local artificial intelligence tasks, the manufacturer enhanced the Neural Processing Unit (NPU) to achieve a performance of 200 TOPS (trillions of operations per second). The company also integrated a dedicated security core to handle advanced cryptography directly in hardware.

The Xring O3 will serve as the main engine for the Xiaomi 18 Fold, the brand's next premium foldable. Its commercial launch is scheduled for September in the Chinese market, and pre-orders have already been made available to the local public.

Sources connected to the supply chain indicate that Xiaomi has set a cautious production target, ranging between 200,000 and 300,000 units of this new chip for the first batch.

Xiaomi's initiative extends beyond smartphones. Taking the opportunity, the manufacturer expanded its product range to other areas of its ecosystem, presenting two more innovative semiconductors.

The Xring O100 is a 6-nanometer neural chip focused on integrated AI, with a bandwidth capacity of up to 1.22 Tb/s. It is designed to natively run the proprietary MiMo language model on devices such as robots, virtual assistants, and smart appliances.

Finally, the Xring D100 takes the position of the company's first 3-nanometer processor, intended for data management for autonomous and intelligent driving. This hardware incorporates a 20-core CPU, a 16-core NPU, and supports up to 160 GB of unified memory. Both chips are expected to be released to the market by the end of 2027.

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Xiaomi unveils Xuanjie O3 chip, flagship SoC exceeding 5 million points in AnTuTu
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pandaily.com

Xiaomi unveils Xuanjie O3 chip, flagship SoC exceeding 5 million points in AnTuTu

At a chip technology briefing, Xiaomi introduced the flagship mobile System-on-a-Chip (SoC), the Xuanjie O3. This chip demonstrated an AnTuTu benchmark score of 5.22 million points, becoming the first flagship SoC to surpass the 5 million mark. The development of this product took the company 459 days.

The Xuanjie O3 is designed as an 'AI flagship' SoC for premium devices. It combines a deca-core CPU with fully big cores (six super-big cores and four big cores reaching a frequency of 4.35 GHz) and a multi-core counter that exceeds 15,000, providing a 60 percent performance increase. The Graphics Processing Unit (GPU) features a 16-core G2-Ultra NX with third-generation ray tracing, which increases graphics performance by 85 percent while simultaneously reducing power consumption by 64 percent.

Furthermore, the Xuanjie O3 is the first mobile processor to support LPDDR6 memory with a bandwidth of 113.8 GB/s, which is 48 percent more than the Xuanjie O1. The Neural Processing Unit was rebuilt using MiMo models on Xiaomi devices, offering up to 200 TOPS of tensor computing and 3.13 TFLOPS of vector computing, improving on-device AI performance by approximately 45 percent.

The image processing pipeline has been upgraded to a fifth-generation flagship ISP, supporting cameras up to 432 megapixels, triple 64MP plus 64MP plus 50MP arrays, and 24-bit color depth, in addition to AI-powered 4K60FPS night video noise reduction. The self-developed RISC-V security core now possesses both China's internal encryption certification and CCRC EAL5+ assurance level.

The Xuanjie O3 integrates AI capabilities into all modules: two SME2 accelerators in the CPU, eight NX neural accelerators in the GPU, an AINR block inside the ISP, an AI super-resolution hardware block in the DPU, and an AI engine in the ADSP. Low power consumption optimizations, including a unified merge bus and top-level topological metal placement, ensure a static latency of 82 nanoseconds.

The release of this chip completes a lineup of three chips: the O3 is now entering mass production, while the O100 and D100 are completing their development phase and are planned for commercial market launch next year. The first devices equipped with the Xuanjie O3 will be the Xiaomi 18 Fold and Xiaomi Pad 9 Pro Max, expected in September.

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