Pixelworks, a leading provider of innovative solutions for video and display processing, unveiled its latest seventh generation mobile visual processor at its product launch event in Shenzhen, aiming to exceed users’ expectations and growing demand for uncompromised visual performance on mobile games.
Specifically designed to solve the fundamental pain points for visual performance of games on mobile devices, the X7 incorporates Ultra-low Latency MotionEngine® Technology coupled with upgraded intelligent display and Low Power Super-Resolution.
The Pixelworks X7 processor dramatically improves video and image quality on both LCD and OLED screens as well as enables refresh rates of up to 180Hz for FHD+ resolution and 144Hz for WQHD+ resolution, providing device manufacturers with extensive and comprehensive functions for achieving intelligent and superior display performance on mobile devices, from smartphones, gaming devices, tablets to AR/VR HMD.
“Our X7 processor brings together the industry’s highest quality and most advanced display enhancement features to enable breakthrough, PC-like visual performance for mobile gaming,” said Leo Shen, Sr. VP, GM of Mobile BU, Pixelworks. “Leveraging over two decades of Pixelworks display processing expertise,
together with more recent collaboration efforts with game engine partners, we are eliminating the boundaries for gaming on a mobile device – making high resolution, high frame rate and reduced power consumption a reality, while simultaneously driving down latency to nearly zero.
The alignment of our X7 processor and a growing gaming ecosystem provides significant benefits to both mobile device manufacturers and end users, as the demand for AAA games on mobile devices continues to grow faster than all other gaming platforms.”
The Pixelworks X7 processor combines the features from all previous generations, with painstaking optimization for increased performance advantages targeted at significantly elevating the visual experience for mobile gaming. New and enhanced features of the X7 visual processor include.