Description
Bose RoomMatch® DeltaQ™ array loudspeakers are expertly crafted for permanent installations in top-tier venues such as performing arts centers, auditoriums, sports arenas, dance clubs, and houses of worship. These loudspeakers utilize large-format waveguides offering a selection of 42 coverage patterns, which deliver unparalleled coverage control, superior sound quality, and exceptional vocal clarity, even in acoustically challenging environments.
FEATURES
DeltaQ™ technology revolutionizes line-array loudspeaker design by enabling variable “Q” (directivity) for each module within the array. This enhances sound quality by more precisely aligning array coverage to audience areas and distances, while also improving phase coherency.
42 large-format waveguide patterns – empowers sound engineers to tailor array coverage to the specific dimensions of any venue, minimizing wall reflections and achieving top-notch sound quality even in spaces with difficult acoustics.
Continuous-Arc Diffraction-Slot (CADS) Manifold – ensures seamless high-frequency array summation and offers a selection among 5 vertical-coverage patterns. The number of array modules can be determined based on sound level, low-frequency pattern control, and budget considerations, independently of total array vertical coverage.
Bose EMB2 compression drivers – provide the vocal intensity typically associated with 3-way systems, covering frequencies from 500 Hz to 16 kHz emitted from large-format waveguides for consistently even coverage and clear vocal projection.
Integrated Rigging – facilitates swift installation of arrays with up to 8 full-range modules, maintaining a 10:1 safety factor.
Available RMS215 or RMS218 subwoofers – enhance full-range performance down to 40 Hz or 25 Hz, supporting both flown and ground stack configurations.
Available Bose PowerMatch® amplifiers – configurable to deliver optimal power for all RoomMatch modules and subwoofers, featuring integrated loudspeaker DSP functions and an optional Dante® digital audio network interface.
