This is the most performance-driven Dimensity phone ever! The OnePlus Ace 6 Ultra is here.

The OnePlus Ace 6 Ultra has been officially registered and is scheduled for release in April. As the only model in the Ace 6 series equipped with the Dimensity flagship chip, this product has attracted the attention of many performance enthusiasts since its initial reveal.

This premium model features a deeply tuned Dimensity 9500 processor and incorporates the new Windspeed gaming kernel, aiming to improve the performance of the Dimensity platform from the underlying logic.

The core technology of the Windspeed gaming kernel lies in its deep dive into the chip’s underlying structure, using algorithms to achieve a precise balance between chip performance and actual game demands. This optimization method brings significant improvements in multiple dimensions, including power consumption control, temperature management, and image quality, with effects comparable to a chip’s self-iteration.

Specifically, this kernel breaks through the limitations of traditional Android kernels, significantly reducing unnecessary instructions in the processing and alleviating the processor’s computational burden from the source.

Even in the high-load gaming scenarios commonly faced in the industry, the OnePlus Ace 6 Ultra significantly reduces power consumption per frame. This means that the device can maintain excellent smoothness when running demanding games for extended periods, effectively avoiding issues such as frame drops and overheating. This performance makes the gaming experience more stable and comfortable.

In addition to its core driving engine, this machine is also equipped with a brand-new e-sports network chip and a Lingxi touch chip. These dedicated hardware components ensure high network connectivity stability and millisecond-level feedback for touch operations. By achieving true touch-display synchronization, the user experience reaches a level of precise, point-and-click control, laying a solid hardware foundation for seamless human-machine integration in gaming.