Dolby Atmos entered India in 2012, with the launch of the first Atmos screen in Chennai in Chennai. That same year, Sivazi 3D of Rajnikant was released with dolby object -based audio technology and its premiere was in Sutham. Since then, Dolby Atmos has become a housewife, associated with earphones, headphones, domestic theater, smart TV, smartphones, and any other device. And so most of us understand this technology. A 3D sound stage that has the effect of watching movies or listening to music by using atomus -powered devices.
But this is only half of the works of the dolby laboratories. The second half of the implementation of the Atmos is well before hearing the final user experience. This is the post-production phase of a song or movie, where ATMOS-competent software is used to improve music or reproduce film audio, which produces a 3D sound stage effect.
Then, when the mixed songs using Atmos are run by an atoms -powered device, consumers get to listen to music that was described as a week through an experiment that “makes a deeper world and takes music to a new place where you can feel every detail.”
To experiment and learn more about how the technology creates the process of creating the music, I recently traveled to New Delhi’s only Dolby Atmos – Certified Studio, Skate’s fresh lime studios.
Dolby Atmos created music inside the Studio
Former Berkeli College of Music student Tanshiq Seth has presented a certified recording room from Dolby Atmos at the Fresh Lime Studios, where he and his team help musicians to make and manufacture their songs in the 3D Sound Stage Format.
The room is built around 7.1.4 dolby atmosphere configuration. It includes three tracking rooms, including a ISO booth, a straight room, and a vocal booth, and it comes with a complete gear suit from New Commons and Sennites. In particular, 7.1.4 Speakers setup refers to seven nearby speakers that are placed at the surface of the listeners, low -frequency effects are used to supply a sub -woofer, and four overhead or height speaker 3D local audio.
Dolby Atmos Setup
Photo Credit: Dolby
The music creation process center is a digital audiowork station (DAW), a software (usually Avide Pro tools or Stanburg Nando) that acts as the main focus for record, editing, mixing and producing audio (think of it as a sound photoshop). The DAW runs the Dolby Atmos Production Sweet, a software tool cut that allows sound engineers and music producers to create, mix and monitor the dolby atomosis content within DAW.
Within this tool set, the music producer accesses the ATMOS render, which enables individual devices, sounds or effects in virtual 3D space as a separate “audio object”. Unlike the traditional stereo, where elements are set on the left or right channel, the atomos enables the full freedom of movement by keeping the sound directly in front of the listeners, keeping the guitar rumors behind, or rotating the environmental effects.
In particular, a common setup supports 128 audio tracks, which can include 118 audio objects and 10 channel beds. According to the producer or artist’s preference, audio objects allow individual elements, such as the vocal line or trap hit, to move freely in the 3D space.
Seth told Gadget 360 that each producer can have a different vision of a song, and he can produce the record in a different way or produce different records, which makes the soundspace completely unique. Of course, there are some basic principles that should be followed, but everything else is a creative process.
As mentioned above, a track can either be created locally in Atmos or it can be upset (if the stereo version of the track already exists). The former, the artist and the mixing engineers make local decisions from the earth, and they can be more experimental in nature. When you are further enhanced with depth and dimension, the engineer regenerates the intention of stereo mix.
Once the atomos mix is ready, it is recovered as an audio defense model in the Broadcast View Format (ADM BWF) file to maintain all location and time data. This master file is the one that platforms such as Apple music, Amazon music, and hurricanes use to provide local audio to audiences.
Singer Sanjita Bhattacharya, who presented a song using the ATMOS, explained that it also provides a lot of freedom to make 3D sound stage artists a unique audio experience. He highlighted that, unlike stereo, where the audio linear arrives in the aircraft and can often feel flat, the dolby Atmos listeners feel that they are in the same room like an artist and band.
“With dolby atomosis, we require the environment to reflect the environment how the material was mixed, not only for priority, but also of local accuracy and emotional depth. This approach allows any place to be physically moving through any place, and makes it possible for listeners to have such a vitality.
Although most people know Dolby Atmos as a feature of playback in headphones or TVs, it can already have a real effect in the studio, where it is quietly changing how the music has been developed, layers and space designed.
