Motion sensing for commercial handheld devices

Friday, 05 July, 2013

Motion sensing is fast becoming a ‘must-have’ function in consumer electronics today.

Gyro sensors, also known as gyroscopes, are the motion-sensing devices that enable such functionality by sensing changes in angular velocity.

In addition to their use in consumer electronics, gyro sensors can be integrated with portable medical devices and sports equipment, allowing patients to be monitored remotely by medical staff and athletes’ motion to be tracked for training purposes.

The A*STAR Institute of Microelectronics and Japan’s Shikino High-Tech Co have signed a research agreement to pioneer an energy-efficient, high-performance application-specific integrated circuit intellectual property (ASIC IP) block for a gyro sensor to be installed in commercial handheld devices.

Yuaki Osada, president of Shikino High-Tech, believes that the IME is an excellent choice of collaborative partner for the project due to the institute’s proven and outstanding capabilities, particularly in the area of analog technology development.

“It is a valuable opportunity for Shikino High-Tech to work with the IME in this advanced technology project,” says Osada. Dim-Lee Kwong, executive director of the IME, is enthusiastic about the venture with Shikino High-Tech. Noting the IME’s extensive research experience with Japanese companies, he is confident that the partnership will benefit both Shikino High-Tech and A*STAR. “This new collaboration will no doubt provide a strategic platform for the IME’s researchers to leverage existing capabilities in the development of innovative gyro sensor technologies.”

Related News

3D-printed diamond device powers medical implants

Researchers from RMIT University have developed a 3D-printed diamond–titanium device that...

DNA-inspired design enhances flexible fibre sensors

Drawing inspiration from the double helix of DNA, researchers have created a durable fibre sensor...

'Pain-on-a-chip' device identifies chronic pain types

Scientists have revealed a microfluidic device nicknamed 'pain-on-a-chip' that can...


  • All content Copyright © 2025 Westwick-Farrow Pty Ltd