At Rexing Consulting Group, acoustics isn't an afterthought — it's the foundation of every audio system we design. We approach every space through the lens of physics, analyzing how sound waves behave as they travel, reflect, diffract, and absorb within a given environment before a single piece of equipment is ever specified. From the reverberation time (RT60) of a gymnasium to the critical distance in a boardroom, we model each room's acoustic signature using industry-leading tools like EASE to ensure that speech intelligibility, coverage uniformity, and sound pressure levels meet or exceed AVIXA and ANSI standards. The result is a system designed for the room — not just installed in it.

Sound is governed by immutable laws of physics, and we leverage that science at every stage of our process. We account for the inverse square law to determine how sound energy decays over distance, factor in speaker directivity and dispersion patterns to eliminate hot spots and dead zones, and select amplification that delivers clean, undistorted power matched precisely to the impedance and sensitivity of every driver in the system. Whether we're designing a distributed audio system for a nurse call paging system or a line-array reinforcement system for a performing arts auditorium, our physics-based methodology ensures that what you hear sounds exactly the way it was engineered to sound — clear, balanced, and intelligible in every seat with numbers to back it up.