The project leaders are unique in their approach to audio. They want the audio to be equal or better than the video. No small task against 4 K resolution, sorry 8 K. With rooms that have 30′ ceilings, 60′ lengths and up to 40 channels of energy to create immersive sound enclosed in a concrete fortress that is 3′ thick, we must have large rates and levels of low frequency absorption. Since the full range energy can not leave the room, we must absorb all excess energy to achieve the highest resolution. A task our carbon technology was designed for.

The treatment will include our new smaller module design where we actually build a wall with units with each unit representing another “brick in the wall”. Sorry, could’t resist. ACDA-12 frequency specific modules at 30 – 50 Hz. , ACDA-10 broadband units from 30 – 200 Hz. and numerous prime number diffusion sequences will round out the treatment assignments. To calculate how many and where to place them will be no easy task. In one room, we have video walls that are 20′ high. Not only is the sound immersive, but so is the video. This is not your average project.

Engineers from B+O and Pioneer will meet the audio and video requirements and there will be lots of energy in rooms with surfaces that will not allow for any frequency “bleeds”. There will be no pressure relief valves in this shell. We must absorb all excess energy at amplitudes that will be as low as 60 dB spl to over a 100 dB spl in short time periods. Rates and levels of absorption at frequencies below 100 Hz. must be calculated for all surfaces.

There can be no error when competing with 8 K video resolution screens that are 20′ high and cover all four walls and the ceiling We must match the 8 K video resolution with a “8 K” audio resolution. Finally, a company who understands that high resolution video and high resolution audio go hand in hand. A synergy of resolution between audio and video that has never been seen or heard before. In this case, one plus one equals three.