Happy New Year!
My speaker specialist and I are currently working on the acoustic planning for our house. The rooms on the ground floor have a clear ceiling height of 2.68 m (8.8 ft), and on the upper floor, thanks to an open roof design in the center, it reaches almost 5.5 to 6 m (18 to 20 ft). Acoustically, we’re already anticipating a challenging situation, especially since the living and dining areas will have many windows and hard floors. The speaker expert has now suggested the Dekozell system as a potential solution to these problems. Although he can model it using Comsol Multiphysics and EASE (and the initial results don’t look good), he is not a drywall installer, so someone else will ultimately have to handle the installation.
So: Has anyone worked with the Dekozell system before? I was originally planning to install a suspended ceiling because of the lighting and various power supplies, but when I see these 5 cm (2 inch) thick panels, I’m starting to have doubts.
My speaker specialist and I are currently working on the acoustic planning for our house. The rooms on the ground floor have a clear ceiling height of 2.68 m (8.8 ft), and on the upper floor, thanks to an open roof design in the center, it reaches almost 5.5 to 6 m (18 to 20 ft). Acoustically, we’re already anticipating a challenging situation, especially since the living and dining areas will have many windows and hard floors. The speaker expert has now suggested the Dekozell system as a potential solution to these problems. Although he can model it using Comsol Multiphysics and EASE (and the initial results don’t look good), he is not a drywall installer, so someone else will ultimately have to handle the installation.
So: Has anyone worked with the Dekozell system before? I was originally planning to install a suspended ceiling because of the lighting and various power supplies, but when I see these 5 cm (2 inch) thick panels, I’m starting to have doubts.