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Roger SoundField sound amplification system
What is Roger SoundField sound amplification system?
Roger SoundField is a sound amplification system that uses a wireless microphone and strategically placed loudspeakers to evenly distribute and amplify speech throughout a room.
Why use a sound amplification system?
Phonak Roger SoundField is designed to make speech clear and accessible in shared spaces. By amplifying voices, it overcomes background noise, poor room acoustics, and distance, ensuring every listener can hear while reducing vocal strain for the speaker.
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Clear, intelligible speech across the room
- Improved listening in noisy or reverberant spaces
- Reduced vocal strain and repetition
- Natural, real-time conversation
Where can you use Roger SoundField?
Designed to support inclusive communication, Roger SoundField adapts to a wide range of environments, where speech clarity matters.
In classrooms, Roger SoundField ensures every student hears the teacher, regardless of where they sit. By amplifying the teacher’s voice across the room, it improves focus and comprehension, supporting inclusive learning for all students, including those with hearing disabilities1.
Enhancing workplace communication
In meetings, presentations, and collaborative spaces, clear communication drives productivity. Roger SoundField helps ensure every voice is heard, reducing misunderstandings and encouraging active participation.
Improving engagement in elderly homes
In elderly homes, clear speech is essential for comfort and wellbeing. By distributing speech throughout the room, Phonak Roger SoundField supports effortless communication between staff and residents, even in noisy or reverberant spaces, enhancing engagement and quality of interaction.
We are very satisfied with Roger SoundField. It is a great aid for us and helps to improve the quality of life for participants during various activities.
How does Roger SoundField work?
Roger SoundField transmits speech from the Roger microphone to the DigiMaster loudspeakers using adaptive digital transmission designed to overcome background noise and distance.
Delivers consistent speech understanding
The system continuously monitors room noise and automatically adjusts its amplification. If the noise level increases, the volume of the Roger system automatically increases, so the speaker’s voice is always heard above the noise and over distance2. Listeners experience consistent, intelligible speech throughout the room.
- Automatically adapts to noise levels
- Clear speech, even at the back of the room
- Real-time transmission for natural conversation
Improves engagement and inclusion
When speech is heard, listeners can focus. Engineered to overcome room reverberation, it supports active participation, better learning outcomes, and more productive collaboration.
Reduces repetition and protects voices
By amplifying voices, Roger SoundField allows speakers to communicate without raising their voices. This reduces strain and fatigue while minimizing the need to repeat information3.
What’s included in the system?
Easy to install and adaptable to any room size, the system includes a wireless microphone and one or more loudspeakers.
Roger Touchscreen Mic
Wireless microphone worn around the neck to capture and transmit the speaker’s voice to the Roger DigiMaster loudspeakers in real time.
Roger DigiMaster 5000
Standalone speaker featuring 12 mini loudspeakers, ideal for medium-sized spaces such as classrooms and meeting rooms.
Roger DigiMaster 7000
High-performance speaker with 15 mini loudspeakers, designed for larger spaces like lecture halls and auditoriums. Can be paired with an additional units to extend coverage.
Roger SoundField system
Frequently asked questions
Unlike standard PA systems, Roger SoundField automatically adjusts the volume of speech regarding the noise levels and distributes speech throughout the room to improve speech intelligibility for all listeners.
Roger SoundField can be used in as many rooms as needed within the same building. The system automatically manages its wireless connection, so multiple rooms can operate at the same time without interference. There’s no need for frequency planning, channel changes, or technical setup, making it simple to install and easy to expand across the entire building.
The loudspeaker (DigiMaster) spreads sound so everyone in the room can hear, but it can’t capture the speaker’s voice on its own. The microphone (Roger Touchscreen Mic) picks up the speaker’s voice and sends it to the loudspeaker, boosting volume and clarity. Together, they ensure that speech is clear and easy to follow for all listeners in noisy spaces or large rooms.
Yes! With the Roger SoundField system, you can move freely around the room while speaking. The Roger Touchscreen Mic, worn around your neck, has a range of over 25 meters (80 feet) and wirelessly transmits your voice to the loudspeakers. This ensures everyone hears you clearly no matter where you are, letting you speak naturally without raising your voice or losing clarity.
Roger SoundField works with any hearing devices that have a Roger receiver installed, regardless of the brand. To use the system, the hearing device must be paired with a compatible Roger receiver. Learn more about Roger receivers →
The DigiMaster 5000 is designed to provide clear sound in rooms up to 100 m² (about 1,076 sq. ft) or for approximately 100 listeners.
The DigiMaster 7000 is built for larger rooms and auditoriums. By connecting two units, you can cover up to 300 m² (3,230 sq. ft) or accommodate roughly 300 listeners, ensuring clear, even sound throughout the space.
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Footnotes
1 Zanin, J., & Rance, G. (2016). Functional hearing in the classroom: assistive listening devices for students with hearing impairment in a mainstream school setting. International Journal of Audiology, 55(12), 723–729.
2 Wolfe, J., Morais, M., Neumann, S., Schafer, E., Mülder, H. E., Wells, N., John, A., & Hudson, M. (2013). Evaluation of speech recognition with personal FM and classroom audio distribution systems. Journal of Educational Audiology, 19.
3 da Cruz, A. D., Alves Silvério, K. C., Da Costa, A. R., Moret, A. L., Lauris, J. R., & de Souza Jacob, R. T. (2016). Evaluating effectiveness of dynamic soundfield system in the classroom. Noise & health, 18(80), 42–49.