Sound Masking

Why Choose Sound Masking?

It’s too noisy.
It’s too quiet.
People are overhearing my private conversations.

These common complaints are indications of a sound problem due to poor workplace acoustics.  All can be addressed with a Qt Quiet technology™ sound masking system.

The ABC’s of Workplace Acoustics
Solve building acoustics issues using three simple guidelines.

A = Absorb sound (usually via ceiling tile).
B = Block sound (via workstation panels, wall placement and workspace layout).
C = Cover sound (via sound masking).

A layered approach is optimal, although Covering with sound masking leads to the most dramatic improvements in speech privacy, and typically at the lowest cost.

The Best Solution to Your Sound Problem
Higher cubicles, rearranging your workspace and building full-height walls are also solutions to workplace noise issues, but the addition of a sound masking system is the most cost-effective path to improved workplace acoustics.

Sound Masking can reduce distraction from coworkers noise office acousticsSpeakers for sound masking Emitters office acousticsYou have choices for commercial sound masking systems: “direct-field” or “in-plenum.”

Direct-Field Systems (Ours)
Direct field systems use miniature emitters to project a uniform sound directly into the workspace. The ceiling-mounted emitters disperse a pre-programmed spectrum and require no tuning. These are simple and inexpensive to install, and prevent overflow of sound into unintended spaces.  Direct field systems result in a quieter, far less complicated system that requires very little power. Paging and music require a direct field approach.  This technology is the newest evolution in sound masking for the workplace.

In-Plenum Systems (Theirs)
Plenum-based systems use large, paint can-like loudspeakers that are installed above the ceiling tile. Sound is projected upward and bounces off the ceiling deck, through the ceiling tiles and into the workspace below. These speakers require a complicated tuning process – and the resulting sound field is often still uneven with “hot” spots.  Noise easily spills into unintended spaces. Paging and music sounds inferior if done above the ceiling.  These systems require a great deal of power consumption and tuning effort while providing a lower quality result.