Top of page
Technology

Fujitsu develops device that translates audio waves to vibrations

girl wearing device
The Ontenna, a wearable device for people with hearing disabilities, is worn in one's hair. Photo: FUJITSU

TOKYO – Major Japanese electronics makers have been rolling out products that help make life easier for people with hearing disabilities. Fujitsu’s new clip-on device that detects audio and enables people with hearing disabilities to feel sounds through vibrations and light will go on sale in July.

The Device is developed in collaboration with members of the deaf and hearing impaired community, Ontenna measures 6.5 centimeters in size and weighs 25 grams. Users can wear the device like a hairclip or an earring, or attach it to the collar or cuff. In real time, the device translates sounds detected by a built-in microphone into 256 different intensity levels of vibration and light, which indicates the loudness, rhythm and patterns of the audio.

By providing this service, Fujitsu aims to create a future that can be enjoyed by both hearing and deaf people.

Ontenna will be sold online at a cost of around 25,000 yen. The device is also expected to be used by those without hearing disability when watching sports, musical events and on other occasions.

You might also like

A womn in a wheelchair using a computer A womn in a wheelchair using a computer

How technology advances accessibility for people with disabilities

In today’s fast-evolving technological setting, the impact of technological progress…

Sign Language Sign Language

How AI can help map sign languages

Like spoken languages, sign languages evolve organically and do not…

kid infront of computer screen kid infront of computer screen

UNMC’s Munroe-Meyer Institute introduces autism diagnostic tool

The UNMC Munroe-Meyer Institute is piloting a new diagnostic tool…

Hussein Alawieh, a graduate student in Dr. José del R. Millán's lab, wears a cap packed with electrodes that is hooked up to a computer. The electrodes gather data by measuring electrical signals from the brain, and the decoder interprets that information and translates it into game action. Hussein Alawieh, a graduate student in Dr. José del R. Millán's lab, wears a cap packed with electrodes that is hooked up to a computer. The electrodes gather data by measuring electrical signals from the brain, and the decoder interprets that information and translates it into game action.

Universal brain-computer interface enables thought-controlled gaming

Imagine playing a racing game like Mario Kart, using only…