Tonight, OnePlus has officially launched the OnePlus Ace 3V.

Priced at $299 for the 12GB+256GB model, $349 for the 12GB+512GB model, and $389 for the 16GB+512GB model, the device will go on sale on March 25. This device is the first in the world to feature Qualcomm's third-gen Snapdragon 7+ mobile platform, which utilizes the same cutting-edge Arm flagship architecture as the Snapdragon 8 Gen3, the same 4nm process technology, and the same Cortex-X4 super-large core. It delivers excellent memory read/write performance and flagship-grade communication capabilities.

Going further, the OnePlus Ace 3V will also feature OnePlus' exclusive "Tide Architecture", a technology that has been meticulously fine-tuned for the same technology used in flagship models, deeply embedding itself into the chipset's underlying layer to achieve an all-around performance improvement.

In terms of the display, the OnePlus Ace 3V employs a 6.74-inch screen with a 120Hz refresh rate, a resolution of 1.5K, and a peak brightness of 2150 nits.

Simultaneously, the device utilizes the Tianma U8+ eye protection light-emitting material for the first time, bringing the harmful blue light radiation below 4.8%. It supports full-scenario, no-blind-spot eye protection adjustments, including 2160Hz high-frequency PWM dimming technology in low-light environments and low-SVM 1 Pulse-like DC dimming.

Furthermore, the product has been developed under the guidance of ophthalmologists and has passed the Eye Health Safety Evaluation System (ECAP) test of the National Engineering Technology Research Center for Ophthalmic Diagnosis and Treatment.

In terms of battery life, the OnePlus Ace 3V is equipped with a large 5500mAh battery and supports 100W long-life wired flash charging. The official test results show a battery life of up to 1.86 days, and it can continue to play Douyin for 3.4 hours after playing King of Glory for 7 consecutive hours.

Camera

The OnePlus Ace 3V comes equipped with a Sony IMX882 sensor with 50MP and support for OIS. It also features Super Clear Image, Super Light Image, and ProXDR display algorithms.