Solutions for difficult hearing situations

Do you still have trouble hearing in some situations? Maybe in noisy restaurants, over the phone, in meetings rooms or in the car. A wireless ‘FM’ system works together with your hearing aids to improve your speech understanding, delivering the sounds you want to hear directly to your ears – wherever you are.

What is FM

FM technology picks up the voice of the speaker via a body-worn transmitter microphone. It then uses harmless radio waves to send this signal wirelessly to the listener, who wears a tiny FM receiver. Learn more about how FM works  here.

Discover Dynamic FM

Dynamic FM is Phonak’s industry-leading FM technology platform.

Dynamic FM offers real sound performance benefits over traditional FM, in addition to numerous exclusive features to help users set-up and use their FM systems more easily than ever before. Learn more about Dynamic FM  here.

FM Transmitters

Phonak’s range of user-friendly FM transmitter microphones includes models designed for use at home and others for use in school. Learn about all these transmitters  here

FM Receivers

Phonak’s FM and Dynamic FM receivers work with virtually all hearing aid brands and models, while our iSense receivers have been designed for customers who don’t wear hearing aids and have otherwise normal hearing. Explore all these receivers  here

Profound hearing loss?

Is your hearing loss becoming more profound? If so a cochlear implant could help. Advanced Bionics cochlear implants can be used alongside Phonak’s FM technology to overcome the potential loss of communication with friends and family. Learn more at www.bionicear.com

Find us on YouTube

To watch inspiring FM stories and product user guides, check out our Phonak FM YouTube channel.

Have Your Say!

Give your thoughts on our FM products by joining our FM Consumer Panel.  more

Bridging the understanding gap

Roger is the new digital standard that bridges the understanding gap, in noise and over distance, by wirelessly transmitting the speaker’s voice directly to the listener.  more