Surface Mount Loudspeaker The two-way SMS4990 (4 x 4-inch LF, 1 x 1.3-inch HF, 90-degree by 90-degree coverage pattern) SMS4990 advances the state-of-the-art for small loudspeaker technology in providing high quality sound and controlled directivity. The design incorporates several innovative technologies developed by EAW for much larger professional loudspeakers. […]
Surface Mount Loudspeaker The two-way SMS4940 (4 x 4-inch LF, 3 x 2-inch HF, 90-degree by 40-degree coverage pattern) advances the state-of-the-art for small loudspeaker technology in providing high quality sound and controlled directivity. The design incorporates several innovative technologies developed by EAW for much larger professional loudspeakers. 4 […]
Surface Mount Loudspeaker The two-way SMS2990 (4 x 3-inch LF, 1 x 1.3-inch HF, 90-degree by 90-degree coverage pattern) incorporates proprietary Theta Technology™, with the LF drivers configured in a precise arrangement to provide excellent pattern control and coherency below the LF/HF crossover. The LF drivers also couple at lower […]
Surface Mount Loudspeaker The two-way SMS2124 (4 x 3-inch LF, 2 x 2-inch HF, 120-degree by 40-degree coverage pattern) incorporates proprietary Theta Technology™, with the LF drivers configured in a precise arrangement to provide excellent pattern control and coherency below the LF/HF crossover. The LF drivers also couple at lower […]
Surface Mount Loudspeaker The SMS4124 advances the state-of-the-art for small loudspeaker technology in providing high quality sound and controlled directivity. The design incorporates several innovative technologies developed by EAW for much larger professional loudspeakers. The two-way SMS4124 (4 x 4-inch LF, 3 x 2-inch HF, 120-degree by 40-degree […]
Surface Mount Loudspeaker The SMS1990 two-way loudspeaker (2 x 3-inch woofers) features EAW’s Theta Technology that utilizes tuned driver spacing to create LF pattern control by placing pairs of smaller woofers symmetrically around the HF subsystem. The result is wide, well-controlled horizontal dispersion, meaning fewer loudspeakers are needed per project. […]
