Full-Sphere Immersion
Represent sound around, above and below the listener as one complete three-dimensional soundfield.
Ambisonics captures and reproduces a complete three-dimensional soundfield, allowing audio to surround the listener and adapt to loudspeakers, headphones, VR, 360 video and interactive environments.
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Ambisonics represents an immersive soundfield using spherical harmonic components rather than tying the audio to one fixed loudspeaker arrangement. The encoded scene can be rotated, processed and decoded for different playback environments.
First-Order Ambisonics provides an efficient foundation for spatial audio, while Higher-Order Ambisonics adds additional components to improve localisation, spatial detail and the stability of the immersive listening area.
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Represent sound around, above and below the listener as one complete three-dimensional soundfield.
The soundfield is not permanently tied to one speaker arrangement and can be decoded for different systems.
Higher Ambisonic orders provide greater spatial resolution, stronger localisation and more precise soundfield reproduction.
Compatible systems can rotate the complete soundfield in response to the listener’s viewing direction.
Ambisonics is especially suited to productions where the listener may turn, move or interact with the sound environment. The entire scene can respond naturally while maintaining the relationship between its individual sounds.
It can also be used for immersive music, environmental recordings, live installations and soundfield archiving, providing a flexible foundation for future playback and decoding.
Ambisonic material requires careful technical and creative assessment to preserve the complete spatial soundfield. We evaluate tonal balance, dynamics, orientation, phase, channel integrity and decoding behaviour.
Every project is checked across calibrated immersive loudspeakers and headphones to ensure that the soundfield remains stable, musical and accurate throughout the intended delivery workflow.