African Student Showcases Innovative LiFi Audio System Prototype for Conference Rooms

Image credit to Dr Max Fréjus SANYA

LiFi Audio System Prototype

A promising young African student has recently demonstrated a LiFi audio system prototype designed for conference rooms. The project was supervised by Dr Max Fréjus SANYA and produced by William ZANNOU from EGEI UCAO.

The prototype leverages Light Fidelity (LiFi) technology, which uses light waves instead of traditional radio frequencies to transmit data. This approach offers several advantages, particularly in reducing interference from other electronic devices commonly found in modern conference environments.

Image credit to Dr Max Fréjus SANYA

During the brief demonstration, the student explained how the system could significantly improve audio quality and reliability in scenarios where multiple microphones are connected to a sound mixer.

The potential applications of this technology extend beyond conference rooms. Church choirs, for instance, could benefit greatly from the reduced interference, ensuring clearer, more pristine vocal performances. Similarly, any event or venue requiring multiple microphones could see improved audio quality, reduced wireless communication interference and reduced technical issues.

While still in its prototype stage, this LiFi audio system represents a promising step forward in audio technology. It showcases the innovative spirit and technical expertise emerging from Africa's young scientists and engineers.

As the project continues to develop, it may transform how we approach sound management in various professional and cultural settings in the near future.

You can watch the demonstration on the link below. The video is in French but we have added English subtitles. Video credit to Dr Fréjus Max SANYA.