Richmond, Yorkshire, UK --- Peratech is aiming to give users of smartphones and tablets a more intuitive user experience while unleashing more creative opportunities for product and app developers by adding new ways for consumers to interact with their devices.
The most recent forecasts indicate that shipments of smartphones will exceed 1.5 billion units in 2016 with tablet shipments expected to reach at least 240 million. Peratech is working with several well-known manufacturers of these devices to add QTC force sensors to multiple surfaces on their products. The sensors, which are supplied in the form of a polymer membrane as thin as 50 µm, can be applied under displays, along the edges and on the backs of handheld consumer electronic devices. They can be configured to sense X-Y position through touch and applied force in the Z-axis. There are single-touch and multi-touch versions.
Sensors used under a display can sense the force applied across the entire screen and compute the touch pressure for individual zones or functions. Alternatively, they can provide discrete pressure buttons in regions that match the graphical user interface layout. Home buttons can be made multi-functional and wear-prone dome switches replaced with a force-sensing button where a light touch of the finger gives a quick wake up to check the time or messages and a firmer press reads the fingerprint and unlocks the phone.
QTC sensors work under most surfaces. When applied to the sides and/or back of a smartphone, they sense the user’s grip and the amount of pressure applied, which can be used to control basic functions or apps. In addition, the back of a smartphone or tablet can be configured as a single- or multi-zone touch pad, opening up many more options for gaming input and interaction. On the device edges, QTC sensors may be used as switches and volume or brightness controls. Here, cutting holes in the case is eliminated and it’s easier to make products more robust and waterproof.
For further information, visit http://www.peratech.com