State-of-the-art voice input and speech recognition, a 6-axis motion sensing ‘Air-mouse’, multi-touch trackpad technology, plus 39 developer-programable buttons and legacy IR hardware support, this reference design has everything you could ever want in a remote control.
The nRFready Smart Remote 3 reference design from Nordic Semiconductor is said to make the development of advanced Bluetooth Smart remotes as easy as clicking on a list of check box options. Besides making designing easy this remote control is what you call feature-packed with state-of-the-art voice input and speech recognition control, a 6-axis motion sensing ‘Air-mouse’, multi-touch trackpad technology, plus 39 developer-programable buttons and legacy IR hardware support to control IR-only products.
The Bluetooth remote control, based on the manufacturer's nRF51822 System-on-Chip (SoC), is designed to work as an add-on for Nordic’s existing nRF51 Development Kit.
Compared to the previous v2, the new design has a more robust wireless link and consumes 20% less power. A configuration Wizard that works in the Keil development environment has refined the developer element down to a list of check-boxes that allow every parameter of the remote to be configured and fine-tuned.
Elektor Magazine has been one of the leading sources of information on electronics for engineers, designers, start-ups and companies for 65 years. Our magazine is powered by an active community of electronics engineers – from students to professionals – who are passionate about designing and sharing innovative ideas.
For them, we publish hundreds of items a year, in formats such as articles, videos, webinars, and other learning formats. Our mission is to share knowledge in every possible way and inspire readers with the latest developments within the electrical engineering sector.
Thank you for your vote!
Leave further comments in the fields below.
Thank you for your vote!
If you wish to leave a comment with your rating, please first use the login below. If not, just close this window.
Discussion (0 comments)