The Novalia Printable Keyboard is Ultra Thin
Michael Nieto — February 5, 2014 — Art & Design
References: theregister & geeky-gadgets
This newly designed printable keyboard is under development by the UK company 'Novalia' that has already created an awesome interactive drum poster. This unique keyboard has rear and metal plates with the circuit embossed to carry the special conductive ink. These plates enable both durability and performance. It can be produced on standard print machines designed for high volumes with an extremely thin layer.
This printable keyboard is still a prototype but has the potential to be used in the future. The thin diameter makes a great accessory for personal or office use. The Novalia keyboard is also equipped with a Nordic Semiconductor chip, which handles both the Bluetooth connectivity and the input processing during its use. With such advanced features, the usability of this keyboard is promising.
This printable keyboard is still a prototype but has the potential to be used in the future. The thin diameter makes a great accessory for personal or office use. The Novalia keyboard is also equipped with a Nordic Semiconductor chip, which handles both the Bluetooth connectivity and the input processing during its use. With such advanced features, the usability of this keyboard is promising.
Trend Themes
1. Printable Keyboards - The development of printable keyboards using conductive ink presents a disruptive innovation opportunity in the tech industry.
2. Thin and Durable Keyboards - The use of rear and metal plates with embossed circuits in keyboards offers a disruptive innovation opportunity for the electronics industry.
3. Wireless Connectivity in Keyboards - The integration of Bluetooth connectivity and input processing in keyboards opens up disruptive innovation opportunities in the wireless communication industry.
Industry Implications
1. Tech Industry - The development of printable keyboards using conductive ink presents a disruptive innovation opportunity in the tech industry.
2. Electronics Industry - The use of rear and metal plates with embossed circuits in keyboards offers a disruptive innovation opportunity for the electronics industry.
3. Wireless Communication Industry - The integration of Bluetooth connectivity and input processing in keyboards opens up disruptive innovation opportunities in the wireless communication industry.
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