Revolutionizing Displays: Infinix Unveils E-Color Shift with E-Ink Prism Technology, a Game-Changer in Visual Experience
Infinix, a subsidiary of China’s Transsion Holdings, has taken the spotlight at CES 2024 by unveiling its cutting-edge E-Color Shift technology. This innovative technology leverages E-Ink Prism, enabling smartphone panels to undergo color changes and maintain vibrant hues without drawing power. The transformative capabilities of E-Color Shift were showcased alongside Infinix’s AirCharge and Extreme-Temp Battery concept devices. The AirCharge introduces multi-coil magnetic resonance technology, providing users with a cable-free charging experience for their smart devices. Meanwhile, the Extreme-Temp Battery addresses challenges related to battery freezing in extreme cold and hot conditions.
The showcase of these groundbreaking technologies occurred at the ShowStoppers event during CES, marking Infinix’s commitment to pushing the boundaries of innovation. E-Color Shift, with its utilization of E-Ink Prism, empowers users to personalize their phone’s back cover dynamically, displaying time, mood, and other features in a matrix arrangement without draining the device’s power. Infinix Mobility’s Deputy General Manager, Liang Zhang, emphasized the uniqueness of this approach, allowing users to express individuality and convey distinctive information through personalized phone designs that transcend basic color changes. This not only enhances the aesthetic appeal but also provides a fresh and customizable user experience.
The AirCharge technology eliminates the need for cables for charging smartphones. This charging technology uses multi-coil magnetic resonance and adaptive algorithms to facilitate wireless charging up to distances up to 20 centimetres and at 60-degree angles. It operates below 6.78MHz and offers charging power up to 7.5W. This would enable users to conveniently charge devices under desks while gaming or watching videos.
The Extreme-Temp Battery aims to address the common issue of lithium-ion freezing in standard batteries in extreme climate conditions. The new technology incorporates biomimetic electrolyte and fusion solid-state technology on the electrodes to work in different temperatures. It is claimed to work in temperatures as low as minus 40 degrees Celsius with a charging temperature range from -40°C to 60°C.