Lenovo has re-introduced its bendable phone concept, showcasing a more advanced version at the Lenovo Tech World ’23. This iteration, demonstrated by the Motorola Innovation Research team, carries forward the spirit of innovation seen in the previous model shown in 2016, but with notable enhancements. The concept phone displays a blend of flexibility and utility, hinting at the potential future of smartphone design.
Key Points
Concept Evolution: The new concept phone is an evolution from the 2016 prototype, showcasing a large smartphone with a flexible OLED display that can bend backward to wrap around the wrist, much like a cuff or bracelet
Advanced Flexibility: Unlike the earlier version, the 2023 model flaunts more flexible poses, ranging from a “happy worm” to a “tented mode.” This indicates a significant advancement in the flexibility and usability of the device.
Fabric Backing: The prototype now features a friendly orange fabric backing which, when snapped onto the wrist, is held in place by what appears to be a blank metal square, possibly magnetic, to prevent it from flying off with arm movements
Interactive Display: The concept also showed off on-device wallpaper-generation features, hinting at an interactive display that might come with personalized or AI-driven features.
Potential Future Integration: Though the concept is yet to be realized as a market-ready product, it aligns with Lenovo’s broader vision of integrating flexible hardware with AI, opening up possibilities for future consumer-centric adaptive display technologies
Read More: Is the Samsung Galaxy S24 Ultra a Glimpse into the Future of Smartphones?
Why you should care
The unveiling of this advanced flexible phone concept signals a continuous stride towards innovative smartphone design, reflecting the potential evolution of mobile devices to become more user-centric and adaptable to individual needs. While the market availability of such a design remains uncertain, it sets a fascinating precedent for the fusion of flexibility, utility, and AI in personal electronic devices.
