Xiaomi XRING 01 Underperforms in Independent Benchmark: 13% Slower Than Company Claims
Reality Check for Xiaomi’s In-House Chip as AnTuTu Scores Fail to Match Launch Hype
Xiaomi’s ambitious debut of its XRING 01 chipset has hit a snag as independent benchmarks reveal that the real-world performance falls short of the company’s bold claims. During the official announcement, Xiaomi touted an AnTuTu score of 3,004,137, but third-party testing tells a different story.
Independent Testing Shows 13% Performance Gap
Chinese tech reviewer S.White, using the AnTuTu V10 benchmark, recorded a score of just 2,613,424—13% lower than Xiaomi’s figure.
- This raises questions about the controlled environment under which Xiaomi’s initial scores were produced.
- Ambient temperature and thermal throttling are believed to have played a key role in the performance drop.
XRING 01 Trails Snapdragon 8 Elite and Dimensity 9400
The Snapdragon 8 Elite and MediaTek Dimensity 9400, both built on the same TSMC 3nm N3E process, outperformed the XRING 01 in identical conditions.
- Snapdragon 8 Elite scored 2,954,535, powered by custom Oryon cores, giving it a performance edge.
- Dimensity 9400, despite lacking low-power cores like XRING 01, still scored higher—highlighting the efficiency gap in Xiaomi’s silicon.
Chip Efficiency, Not Just Specs, Comes Into Play
While Xiaomi’s XRING 01 boasts the smallest die size (109mm²) among current 3nm chips, this doesn’t translate to top-tier performance.
- The chip is currently used in the Xiaomi 15S Pro and Xiaomi Pad 7 Ultra.
- However, device-specific cooling systems, such as vapor chambers, have a significant impact on benchmark results.
Early Verdict: Promising Hardware, Underwhelming Execution
Though Xiaomi aimed to rival the giants of mobile silicon with its first in-house chipset, the early benchmarks show that raw performance still lags behind competitors.
- The lack of low-power cores, thermal performance issues, and inflated marketing claims may hurt initial consumer trust.
- More data—especially from teardowns and in-depth thermal analysis—will be essential to fully assess XRING 01’s capabilities in everyday use.
Until then, Xiaomi’s XRING 01 represents an ambitious but imperfect step into the realm of custom mobile silicon.
