By using ambisonics, we can capture and reproduce sounds from all directions, allowing listeners to feel like they are in the middle of the action.

For example, let’s say you want to create a 360-degree video with spatial audio that allows viewers to hear sound coming from any direction. To do this, you would use an ambisonic microphone to capture all four channels (X, Y, Z, and W) of the sound field. Then, using software or hardware processing, you can convert these signals into a format that can be played back on headphones or speakers in a way that creates a realistic 3D audio experience for the listener.

In terms of configurations available, there are several options to choose from depending on your needs and resources. For example:

– Binaural recording involves capturing sound using two microphones positioned close together (usually one in front of each ear) to create a stereo image that mimics the way we hear sounds in real life. This can be useful for creating immersive audio experiences for virtual reality or augmented reality applications, as well as for producing high-quality recordings for music and film production.

– Surround sound mixing involves combining multiple channels of audio (usually 5.1 or 7.1) to create a realistic spatial audio experience that can be played back on speakers arranged in a specific configuration around the listener. This is commonly used in movie theaters, home theater systems, and live music venues to provide an immersive listening experience for audiences.

– Virtual reality audio processing involves using software or hardware tools to create 3D soundscapes that can be played back on headphones or speakers arranged around the listener’s head. This is commonly used in virtual reality applications to provide a realistic and immersive spatial audio experience, as well as for creating high-quality recordings for music and film production.

Overall, ambisonic audio configuration offers many benefits for spatial audio applications, including improved realism, increased immersion, and better sound quality. By using this technology, we can create a more engaging and interactive listening experience that allows listeners to feel like they are in the middle of the action.