EAW: About EAW

Inside EAW Technologies And Design Philosophies

EAW Focusing - Alignment and driver processing algorithms delivering performance comparable to premium studio monitors.
Beam Forming/Steering - Creation of more precise beam shapes and the ability to electronically steer them as desired.
Concentric Summation Array (CSA) - Precise LF & MF pattern control matching and Radial Phase Plug for symmetrical off-axis response.
Broadband Pattern Control - Dipolar Array Technology solves LF dispersion problems for stand-alone full-range loudspeakers.
Beamwidth Matched Crossover Design - Eliminates the uneven off-axis response that plagues typical two-way designs.
Crossover/Filter Design - Complex, asymmetrical passive crossover networks to optimize total system performance.
Bent Bass Horn - The size of the enclosure is minimized without minimizing sound quality and output.
Push/Pull Woofer Technology - Eliminates mechanically induced distortion when LF cones are driven at higher outputs.
Frequency Shading - Offsets the dipole action for desired dispersion of the LF drivers at the LF to HF crossover point.
Wave Guide Plates - Offers even, wide HF dispersion with enhanced output and pattern control for smaller systems.
Close Coupled Power Module™ - Self-powered loudspeakers with Close Coupled Processing for system-specific amplification.
Close Coupled Processing™ - EAW passive crossover/filter design philosophy applied to active signal processing.
Concentric Phase Aligned Array™ (CPAA) - Provides superior SPL and consistent directivity - making for very effective paging systems.
SuperSub - Usable LF response down to 21 Hz utilizing 12-inch transducers.
Radial Phase Plug - Precise aligning the transducers cone, dust cap and edge surround geometry to maintain temporal unity.
Divergence Shading - A superior method of achieving smooth, even SPL over longer distances.
Phased PointSource Technology™ - Addresses serious issues with large-scale sound reinforcement.
VA4 Technology™ - Significantly reduces interaction between array modules in the vertical plane.
Virtual Array™ - How well multiple systems work together is as important as how a single system behaves.