The conceptual Samsung 'Oxygen' smartphone has been designed by Mladen Milic and Michael Muleba as a stylish yet highly functional piece of equipment for consumers to appreciate.
Integrated with a sliding screen, the smartphone reveals a second screen when the main display is slid out of the way that offers access to an expansive QWERTY keyboard. This makes lengthy chats or messages simple to type out, while also enhancing the overall experience to feel less constrained by a single screen.
The conceptual Samsung 'Oxygen' smartphone hides the triple-lens camera system in the sliding screen portion that works to protect it between uses and keep the aesthetic of the device looking trim. The ultra-thin design ensures it fits well in the midst of other devices yet stands apart just enough to cause intrigue.
Sliding Screen Smartphones
The Conceptual Samsung 'Oxygen' Smartphone is Ultra-Thin
Trend Themes
1. Sliding Screen Smartphones - The evolution to sliding screens in smartphones presents opportunities for manufacturers to differentiate themselves and provide additional functionality.
2. Dual Screen Smartphones - The use of dual screens with different functions or form factors presents new opportunities for user experience and increased productivity on smartphones.
3. Foldable Smartphones - Foldable smartphones create opportunities for unique form factors and innovative use cases for consumers.
Industry Implications
1. Consumer Electronics - The consumer electronics industry can leverage sliding screens, dual screens, and foldable screens to create new product offerings and drive growth.
2. Smartphone Manufacturers - Manufacturers of smartphones have the opportunity to incorporate sliding screens, dual screens, and foldable screens into their designs to differentiate from competitors and offer new value to consumers.
3. Mobile App Development - The introduction of sliding screens, dual screens, and foldable screens on smartphones will require innovative mobile app development to fully utilize the potential of these new form factors.