Abstract: Example technologies described herein relate to spatial audio on wearable playback devices, such as headphone and earbuds. Such technologies may include forms of binaural rendering of audio, which is played back on the wearable playback devices. These technologies may create or enhance an immersive listening experience which, to the listener, does not sound like you are listening on a wearable device, but are instead listening to a well-tuned, well-place, three-dimensional audio system of loudspeakers in a particular listening environment, such as the listener's actual living room.

Abstract: Spatial audio may be played on on wearable playback devices, such as headphone and earbuds. Spatial audio may include forms of binaural rendering of audio, which is played back on the wearable playback devices. Such technologies may create or enhance an immersive listening experience which, to the listener, does not sound like you are listening on a wearable device, but are instead listening to a well-tuned, well-place, three-dimensional audio system of loudspeakers in a particular listening environment, such as the listener's actual living room.

Abstract: There is provided a media playback system comprising: a first playback device, a second playback device positioned adjacent to a first wall, one or more sensors carried by at least one of the first or second playback device; one or more processors; and memory storing instructions that, when executed by the one or more processors, cause the media playback system to: determine, via the one or more sensors, an acoustic path length of sound propagating from the first playback device that is reflected from the first wall toward the second playback device; determine, based on the acoustic path length, an adjustment for playback of second audio data via the second playback device with respect to playback of first audio data via the first playback device; play back the first audio data via the first playback device; and play back the second audio data via the second playback device according to the adjustment.

Abstract: Example technologies described herein relate to spatial audio on wearable playback devices, such as headphone and earbuds. Such technologies may include forms of binaural rendering of audio, which is played back on the wearable playback devices. These technologies may create or enhance an immersive listening experience which, to the listener, does not sound like you are listening on a wearable device, but are instead listening to a well-tuned, well-place, three-dimensional audio system of loudspeakers in a particular listening environment, such as the listener's actual living room.

Abstract: Example technologies described herein relate to spatial audio on wearable playback devices, such as headphone and earbuds. Such technologies may include forms of binaural rendering of audio, which is played back on the wearable playback devices. These technologies may create or enhance an immersive listening experience which, to the listener, does not sound like you are listening on a wearable device, but are instead listening to a well-tuned, well-place, three-dimensional audio system of loudspeakers in a particular listening environment, such as the listener's actual living room.

Abstract: Example technologies described herein relate to spatial audio on wearable playback devices, such as headphone and earbuds. Such technologies may include forms of binaural rendering of audio, which is played back on the wearable playback devices. These technologies may create or enhance an immersive listening experience which, to the listener, does not sound like you are listening on a wearable device, but are instead listening to a well-tuned, well-place, three-dimensional audio system of loudspeakers in a particular listening environment, such as the listener's actual living room.