A ported loudspeaker can sound tight, deep and effortless when its cabinet volume, port dimensions and woofer are working together. If the alignment is off,…
The difference between a single flare and a bi-radial flare is heard as much in the room as it is measured on a test bench. Both horn profiles increase the…
A dedicated listening room gives a horn-loaded loudspeaker the space and control needed to perform at its best. High-efficiency systems can deliver exceptional…
Horn loudspeakers are often judged from the listening seat, yet their character across a room depends heavily on what happens away from the central axis. The…
A loudspeaker cabinet should remain as quiet as possible while its drivers are working. The woofer moves air deliberately; the cabinet walls should not add…
A horn loudspeaker is designed to control energy with unusual precision. Its compression driver, wooden horn, woofer and crossover work as a coordinated…
A passive crossover divides the audio signal between drivers, directing bass to the woofer and higher frequencies to the compression driver or tweeter.…
A multi-way loudspeaker divides the audible range between drivers, typically assigning bass to a woofer, midrange to a compression driver, and treble to a…
A woofer cone is the working surface that converts an amplifier’s electrical signal into moving air. Its material influences weight, stiffness, damping,…
A horn loudspeaker does more than increase the output of a compression driver. Its profile controls how acoustic energy leaves the throat, expands through the…