Redmi is preparing to introduce the K100 Pro series, a move that signals the brand's readiness to deploy its next-generation flagship silicon. Buyers waiting for the latest high-performance Android hardware should note that the standard model is arriving after the Pro Max variant. This staggered release strategy gives early adopters a chance to secure the top-tier specs while the broader market waits for the standard device.
Benchmark data confirms flagship processor and 16GB RAM
The specific device appearing in benchmark tests carries the model number M098FE and runs on the Android 16 operating system. It utilizes the SM8850 chipset, which corresponds to the Snapdragon 8 Elite Gen 5 processor. This hardware combination positions the phone as a direct competitor in the high-end gaming and productivity segments.
Redmi K100 Pro Leaked Specifications
- Model Number: M098FE
- Chipset: SM8850 (Snapdragon 8 Elite Gen 5)
- RAM: 16GB
- OS: Android 16
- Geekbench 7 Single-Core Score: 2,065
Performance metrics from the Geekbench 7 listing show a single-core score of 2,065 and a multi-core score of 10,064. The test unit is equipped with 16GB of RAM to support these processing demands. These figures suggest a significant leap in computational power compared to previous generation devices in the K-series lineup.
Regulatory filings in China indicate that the device may support 100W charging speeds based on 3C certification data. While the benchmark listing confirms the core processing and memory specs, the charging capability remains a reported detail rather than a confirmed benchmark result. The device is expected to be showcased at ChinaJoy 2026, which will provide further official details on the hardware.
We have been tracking Redmi K100 Pro closely — see our earlier coverage on Redmi K100 Pro Max Launches First, for context on the series release timeline. The K100 Pro series represents the next step in Redmi's annual hardware refresh cycle. The official launch will confirm whether the 100W charging and other rumored features match the benchmarked performance.
Source: GIZMOCHINA
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