In most cases, itвЂ™s as simple as drilling a holes in a dummy head, putting a few small microphones around the ears, and then placing the dummy in the middle of a symphonic orchestra. Typically, binaural audio recordings can be captured using very old tech. Similarly, unless you have a highly trained ear, youвЂ™re most likely not going to be able to tell much of a difference. For example, unless the dummy head is an exact replica of your own head, it wonвЂ™t sound exactly the same. The trick is that everyoneвЂ™s ears are a little bit different.

For example, recording a drum set being played in a small bathroom with mostly tile is going to sound very different than the same drum set being played in an outdoor setting. The audio is captured using a dummy head with microphones embedded in its ears and placed in the environment where the sound is being made.

In this instance, stereo audio creates the illusion of immersion, but does not create a multidimensional or interactive soundscape.Д«inaural audio technically refers to audio captured in a way that a person would hear the sound exactly as they would in the real world. As a result, the audio being transferred through one side of the headset will differ from whatвЂ™s being produced in the other. Stereo audio is essentially recordings made through two distinct channels of audio. Spatial Audio: Major DifferencesДЇirst, we should define what we mean when we say stereo audio, binaural audio, and spatial audio. spatial audio? Why would you use or want one over the other two? Stereo Audio vs. The question must be asked вЂ“ what are the major differences between stereo audio vs. Audio tech is really experiencing a new wave of momentum and industry-leading audio engineers, sound designers, and developers are starting to push the limits of audio technology. Interestingly, spatial audio first appeared briefly in video games in the 1990s (a blog post for another time), but then disappeared until VR began to surge in 2012 when Oculus first emerged. However, rapid advancements in audio have introduced amazing innovations to how sound can be developed, processed, and experienced. To date, achieving this type of audio experience has been done through stereo sound. Sound is a critical component of entertainment experiences and is intended to draw in the audience or participants, like The VoidвЂ™s Star Wars VR experience. ItвЂ™s a sound that has become recognizable and increasingly popular among sound engineers at major motion picture studios. As the lights flicker above, that now-famous Hans-Zimmer-Inception-inspired sound thunders around you and reverberates throughout the theatre. think of the Hooke verse as a surround sound capturing microphone.You walk into your local multiplex, find your seat, and after a few minutes, the lights slowly start to dim. fun fact: when playing Hooke audio binaural 3d audio through a home theatre receiver, it will actually disperse to all of your speakers in surround sound. when audio passes through one of these receivers that licenses the surround sound tech, the receiver digitally splits it to the surround speakers in your room. once more, companies like Dts and dolby have created algorithms that home theater receivers license. surround systems can be anywhere from 5.1 (5 speakers, one subwoofer) to 7.1 to 21.1, all depends on how many speakers you want to mix for during the mixing process. once this surround sound mix is created, it can be played back through a surround sound speaker system. an engineer in a studio can take several mono and stereo audio files and use a computer program to create a surround sound mix. surround sound is mainly seen as a mixing process and playback experience. Companies like dts, dolby digital and thx invented surround sound technology for commercial and home theaters.

Binaural sound