Samsung Electronics Co., Ltd. revealed the findings of a new study published in Clinical and Experimental Otorhinolaryngology, a renowned scientific journal dedicated to ear, nose, and throat (ENT) research. The study indicated that Galaxy Buds Pro’s Ambient Sound feature is effective in helping those with mild to moderate hearing loss to better hear sounds in their surroundings.
The research was carried out in partnership with Samsung Medical Center, Asia’s leading hospital with outstanding health care services and research achievements. Samsung has been working in collaboration with Samsung Medical Center for over 10 years, focusing on the impact mobile devices can have on hearing and researching new ways to optimize sound experiences for users. This latest research marks an important next step in Samsung’s ongoing commitment to collaborating on pioneering innovations that benefit people in their everyday lives.
The study assessed the efficacy of a hearing aid, a personal sound amplification product, and Galaxy Buds Pro. According to the authors, no other study has yet included true wireless earbuds when evaluating the clinical performance of hearing devices. The study is the first to demonstrate the potential benefit of true wireless earbuds for individuals with mild to moderate hearing impairments and has the potential to improve the lives of 1.5 billion people globally who are currently living with some degree of hearing loss1.
“With rapidly aging populations it’s expected that, by 2050, one in ten people will have hearing loss1. But while hearing aids are useful for managing hearing impairments, uptake remains relatively low, mainly due to the high price,” said Il Joon Moon, Associate Professor at the Department of Otorhinolaryngology at Samsung Medical Center. “The initial study findings are very promising and encourage people to discover alternative devices, such as Galaxy Buds Pro, that can support them in their day to day live
Galaxy Buds Pro, the hearing aid, and the personal sound amplification product underwent three key tests: electroacoustic assessment, sound amplification evaluation, and a clinical performance evaluation.