お知らせ • Jan 05
Pixelworks, Inc. Powers OnePlus 11 Smartphone to Redefine Visual Excellence for Mobile Gaming
Pixelworks, Inc. announced the newly launched OnePlus 11 smartphone China version incorporates the Pixelworks X7 visual processing chipset and delivers a first of its kind solution, which was jointly developed and tuned by the two brands. By leveraging Pixelworks' core technologies, including the first ultra-low latency MotionEngine(R), low power super-resolution and industry leading professional color calibration, the OnePlus 11 smartphone redefines the visual boundary between virtual and real worlds, while also establishing a new level of visual excellence for mobile gaming. The OnePlus 11 smartphone is one of the first smartphones to utilize the Snapdragon(R) 8 Gen 2 Mobile Platform from Qualcomm Technologies, Inc. In terms of display, the smartphone sports a 6.7-inch 2K curved display with the real LTPO 3.0 technology and supports refresh rates of up to 120 Hz. In terms of camera, it features a triple-camera setup with a 50MP primary sensor, a 48MP ultra-wide lens, and a 32MP telephoto lens. The smartphone also incorporates a 5000mAh battery and supports 100W fast charging. Driven by a pioneering commitment to gaming and display performance, OnePlus introduced its long-awaited Super Frame Rate and Picture Quality Engine on the newly released OnePlus 11 smartphone. Following extensive planning and coordination, this new solution provides upgraded and consistently stable high frame rate and superior picture quality across a growing number of games, ushering in a new era of visual excellence for mobile gaming. Through cooperation with gaming engine partners, OnePlus utilizes its exclusive and self-developed HyperBoost gaming engine to help the smartphone's processor better allocate and manage resources needed for the games. Additionally, Pixelworks' professional rendering chipset optimizes the processed gaming data to ensure that game content runs seamlessly on the smartphone at high frame rate and with high resolution. As a key element of OnePlus' Super Frame Rate and Picture Quality Engine solution, the Pixelworks X7 visual processing chipset contributes further technical integration and visual optimization to the display pipeline. The number of high frame rate games powered by Pixelworks low-latency MEMC technology has now exceeded 100 titles. The technology has also brought comprehensive 120fps smooth gaming experience to consumers and set a new benchmark in the industry. The low power super-resolution technology uses an advanced algorithm to achieve image super-resolution reconstruction, generating high-resolution game graphics with clearer texture and richer details, surpassing the picture quality of the original game content. In addition, the chipset also maintains a consistently high standards in terms of SDR2HDR, color and brightness calibration, bringing users visual enjoyment with authentic picture quality and great eye-comfort. Coupled with the joint tuning efforts of Pixelworks and OnePlus, the OnePlus 11 smartphone succeeds in supporting both high frame rate and high picture quality simultaneously in top games, such as Glory of the King, Game for Peace and Genshin Impact. The resulting end performance overcomes historical systems-level limitations to uniquely deliver the full converged advantages of both 120 fps and a 2K resolution screen. Specific to the excellent visual display qualities enabled by the Pixelworks X7 visual processor, it provides the OnePlus 11 smartphone with the following advanced capabilities: Ultra-Low Latency MotionEngine(R) Technology -- Driven by advanced algorithms and innovative architecture, the technology supports ultra-low latency frame interpolation that can boost the frame rate of original content to as high as 120fps while maintaining comparable smoothness of picture quality. Further, the technology ensures minimal latency as low as 10ms, which is well beyond the range of human perception. This function has been optimized for over 100 popular mobile games, including Glory of the King, Game for Peace, League of Legends, Genshin Impact and Sky: Children of Light. Low Power Super-Resolution -- Pixelworks' visual processing technology leverages newly advanced algorithms to improve picture quality by boosting content resolution from low to high resolution, making it possible for smartphones to empower lower picture quality games with excellent visual quality on screens capable of displaying at higher refresh rates. With the boosted resolution, sharper and enhanced outlines of game characters and scenes look more authentic and smoother than the those displayed in native resolution. This mode has now been applied to multiple notable games, such as Genshin Impact, Glory of the King, League of Legends, Cross Fire, QQ Speed, Sky: Children of Light, Game for Peace and Moonlight Blade. AI Always-On HDR -- Converts source SDR (Standard Dynamic Range) content to HDR (High Dynamic Range) content in real- time. This function improves the color saturation and contrast of images, producing a more detailed and vivid display to human eyes. Based on AI display functions, this technology utilizes scene detection to intelligently adjust display parameters according to the scenes of different games to ensure smooth, real-time transitions from SDR to HDR. Absolute Color Accuracy -- Each OnePlus 11 smartphone is factory calibrated with Pixelworks' patented and high- efficiency calibration technology, producing an average Delta E value (an indicator of color accuracy) less than 1, which enables consumers to enjoy real-to-life color for all apps and content covering 100% P3 and sRGB color gamuts. By leveraging the 3D LUT method, Pixelworks visual processing technology conducts advanced color calibration to comprehensibly and precisely manage numerous display attributes, including hue, saturation and brightness, making the color displayed on the screen look as vivid as what human eyes detect in the '3D space'. Additionally, Pixelworks technology compensates for the color saturation to guarantee the consistent and most true-to-life experience for human eyes in different color modes and lighting conditions.