Xiaomi is preparing to launch the 18 Fold smartphone, a device that marks a shift in the company's hardware strategy by introducing its first proprietary mobile processor. This move matters to buyers because it signals Xiaomi's intent to control the core silicon that drives performance and efficiency in its flagship devices. The upcoming phone will debut the XRING O3 chip, which aims to set new benchmarks for mobile computing speed.
Leaked images show red finish and horizontal camera module
The Xiaomi 18 Fold is a foldable smartphone scheduled to arrive in September 2026. Leaked images show the device features a distinctive red finish and a horizontal rear camera module that spans the top of the phone. This module houses three lenses and an LED flash, giving the device a unique visual identity compared to previous models.
Key Specifications
- Processor: XRING O3 (10-core all-big-core CPU)
- GPU: G2-Ultra NX
- Memory: LPDDR6 (113.8GB/s bandwidth)
- Benchmark: 5.22 million AnTuTu points
- Launch: September 2026
At the heart of the 18 Fold is the XRING O3 chipset, which utilizes a 10-core CPU design where all cores are classified as big cores. Graphics processing is handled by the new G2-Ultra NX GPU, which supports the latest LPDDR6 memory standard. This memory configuration pushes bandwidth to 113.8GB/s and reduces static latency to just 82ns.
Performance claims for the XRING O3 are substantial, with Xiaomi reporting an 85% increase in graphics performance while using 64% less energy. The chip reportedly scored 5.22 million points on the AnTuTu benchmark, making it the first mobile processor to cross the 5-million mark. Xiaomi also states that multi-core performance is 60% better than last year's chip and memory bandwidth is 48% higher than the XRING O1.
The Xiaomi 18 Fold is confirmed for a global launch in September 2026, though an exact date has not been set. Current information relies on leaked photos and company claims, so the final design and performance metrics may change before release. We are tracking the launch to see how the proprietary chip performs in real-world usage.
Source: GIZMOCHINA
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