This morning, OnePlus teased the upcoming flagship, OnePlus Ace 2 Pro, on Weibo. The company revealed more exciting features for consumers. According to the official announcement, this Ace 2 Pro will introduce a range of technological innovations, delivering a fresh user experience.
OnePlus Ace 2 Pro Features
The OnePlus Ace 2 Pro has a 6.74-inch flexible OLED screen with a 120Hz refresh rate, 2772×1240 high resolution, and 450 PPI pixel density. This screen can achieve a peak brightness of 1600 nits and supports HDR10+ effects. Its ultra-narrow 2.17mm bezel further amplifies the captivating visual experience for users. The new Ace 2 Pro is its 1.5K Consonance touch screen. This screen is the world’s pioneer in using BOE Q9+ luminous material, injecting new life into the phone’s display quality.
Positioned as a 2023 second-half mobile industry benchmark, the Ace 2 Pro is powered by the Qualcomm Snapdragon 8 Gen2 mobile platform. With remarkable performance and a groundbreaking maximum of 24GB memory, it ensures smoother multitasking. It is backed by a 5000mAh battery and 150W fast charging technology.
Furthermore, the announcement by the company also indicated that the OnePlus Ace2 Pro is set to introduce an innovative “rain touch” technology developed exclusively in-house. As the official statement describes, this represents a significant advancement and enhancement of OnePlus’ distinctive ‘Consonance Touch’ feature. A special screen chip was carefully designed for this purpose. It tackles issues like ‘airspace convolution filter, ‘self-capacitance,’ and ‘Single Connected Domain Single Finger. These three touch algorithms make the Ace 2 Pro’s wet-hand touch genuinely outstanding, a unique industry achievement.
Read Also: OnePlus Ace2 Pro Announced: Will Be Released on August 16
Moreover, the OnePlus Ace 2 Pro introduces next-gen aerospace-grade diamond thermal gel. Additionally, it features superconducting thermal graphite technology to optimize heat dissipation. Compared to traditional graphite, these new technologies have 60% and 41% thermal conductivity.