The Pixelworks Visual Processor-equipped OnePlus Ace 3 Pro Enhances Mobile Gaming

June 27, 2024, Shanghai /PRNewswire/ -- Leading supplier of visual processing solutions, Pixelworks, Inc. (NASDAQ: PXLW), announced today that Pixelworks' X7 Gen 2 visual processor is integrated into the recently released OnePlus Ace 3 Pro smartphone. The deployment of neural network methods improves the overall rendering capacity and display quality of the smartphone while relieving a considerable amount of rendering burden from the application processor within the visual processor's AI-based distributed computing architecture. Notably, the OnePlus Ace 3 Pro, the company's newest IRX-certified smartphone, is ready to provide a remarkable visual gaming experience for a variety of IRX-certified titles. The IRX rending acceleration ecosystem combines the advantages of the Pixelworks visual processor with the viewpoint of game content developers, resulting in better rendering power allocation and customized tweaking for best results.The Glacier Battery technology, which OnePlus just introduced and was specifically created for high-performance devices, is a feature of the OnePlus Ace 3 Pro. This cutting-edge technology offers the market a special combination of a 6100mAh battery and 100W rapid charging. The OnePlus Ace 3 Pro, running on Qualcomm Technologies, Inc.'s Snapdragon 8 Gen 3 Mobile Platform, gets an overall AnTuTu score of 2,326,659 points. The smartphone has excellent performance together with an unmatched battery life. Regarding the gaming experience, the integrated Pixelworks visual processor is an essential component of OnePlus' Super Frame Rate and Picture Quality Engine. It works to continuously improve the rendering efficiency and display quality of the OnePlus Ace 3 Pro in order to provide complete optimization of gaming performance and visuals.

The AI distributed rendering architecture of the Pixelworks X7 Gen 2 visual processor combines high efficiency AI-based super resolution with ultra-low latency MotionEngine® technology. With material presented at up to 120 frames per second and 1.5K resolution, this enables the smartphone's application processor to render at as little as 1/4 of the frame rate and only 1/4 of the image resolution, all while maintaining highly immersive visuals. The approach lowers system power consumption and provides a longer and cooler gaming experience by optimizing the allocation of CPU power. MotionEngine® technology, with its ultra-low latency, improves the smoothness and stability of motion pictures while also increasing the frame rate of game material. This technique significantly reduces screen jitter, which is caused by mismatches between the native frame rate and the screen refresh rate. Constructed