Adaptive technology allows vertical coverage to be perfectly customized to your venue across the entire 20KHz to 65Hz operating range resulting in even and musical coverage through the venue.

A modular design approach provides redundancy and full serviceability from the front of the unit making AC6 the easiest to service column loudspeaker available.

AC6 is designed to disappear visually while being rugged enough for portable use and carry an IP rating of IP54.  All wiring is designed to be hidden behind the column and can be passed through to columns above or below it.

• Frequency response down to 65Hz
• Fully customizable vertical coverage (ADAPTive)
• IP54 rating
• Clean and visually appealing
• Easy to install & service
• Ruggedized for portable use

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Each Anya module includes 14x 1-in exit / 35mm voice coil HF compression drivers loaded on a proprietary HF horn that expands to fill nearly the entire face of the enclosure. 6x 5-in MF cone transducers, arranged in two columns of three, use Radial Phase Plugs and Concentric Summation Array technology to enter the horn and sum coherently with the HF wavefront. Dual 15-in LF cone transducers use Offset Aperture loading to increase the spacing of the apparent acoustical centers, extending effective horizontal pattern control well into the LF range.

The module’s horizontal symmetry ensures coherent summation without anomalies through the crossover regions that result from physically-offset acoustic sources. This provides consistent, HF dispersion and broadband pattern control in the horizontal plane. Each Anya module includes a field-replaceable power and processing unit with 22 channels of digital signal processing and amplification to drive each of the module’s 22 transducers.

Via Resolution 2 software, Adaptive Performance controls all performance parameters of the total array to develop an asymmetrical output profile shaped so that all listening locations as defined by the user receive nearly identical response. By carefully crafting the size and spacing of the transducers, EAW engineers enabled Anya to create extreme coverage patterns (i.e., narrowly focused and directed almost straight down) while maintaining an appealing, musical sound quality.

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Each Otto module includes two high-power 18” cones featuring Offset Aperture loading to generate four optimally- spaced acoustical sources; one in each corner. In addition to perfect source spacing for the loudspeaker’s operating range, this loading also provides exceptional efficiency and minimizes harmonic distortion, even when the system is driven to maximum levels. Ingenious transducer, port and enclosure design allow Otto to achieve extremely high output levels, while providing impact and low-frequency extension typical of much larger enclosures.

The module’s rotational symmetry provides enormous flexibility in designing systems for optimal coverage; arrays can be constructed with all modules in the same orientation, or with woofer orientation staggered to configure directional coverage patterns. Resolution software determines the best configuration for a given application.

Each module includes a field-replaceable Power Plant, providing all power, processing and network capabilities. Via Resolution 2 software, Adaptive performance controls all performance parameters of the total array to deliver an output pattern that provides optimal coverage of audience areas and maximum rejection elsewhere.

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The module’s horizontal symmetry ensures coherent summation without anomalies through the crossover regions that result from physically-offset acoustic sources. This provides consistent, HF dispersion and broadband pattern control in the horizontal plane. Each Anna module includes a field-replaceable power and processing unit with 14 channels of digital signal processing and amplification to drive each of the module’s 14 transducers.

Via Resolution 2 software, Adaptive Performance controls all performance parameters of the total array to develop an asymmetrical output profile shaped so that all listening locations as defined by the user receive nearly identical response. By carefully crafting the size and spacing of the transducers, EAW engineers enabled Anna to create extreme coverage patterns (i.e., narrowly focused and directed almost straight down) while maintaining an appealing, musical sound quality.

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