Anna

3-WAY FULL-RANGE ADAPTIVE ARRAY MODULE

Anna is the newest addition to EAW’s flagship line of Adaptive Systems, providing all of the benefits of Adaptive Performance in a high- output mid-sized enclosure. Columns of Anna can be flown as mains or mixed with columns of Anya within the same array to extend Anya’s outstanding fidelity to even greater coverage possibilities.

ANNA
Core Technologies
ADAPTIVE PERFORMANCE
DynO
SYMMETRY OF SOURCES
CONCENTRIC SUMMATION ARRAY (CSA)
PHASE ALIGNED LF
FOCUSING
BEAMWIDTH MATCHED CROSSOVERS
Design + Build

Product Description

Each Anna module includes 8x 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. 4x 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 10-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 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 Anya to create radical coverage patterns (i.e., narrowly focused and directed almost straight down) while maintaining an appealing, musical sound quality.

The Details Matter

Specifications

Frequency Response
45 Hz to 18 kHz
Max SPL
147 dB
Operating Mode

Amplifier Channels
2x LF; 4x MF; 8x HF

Subsystem

LF 2× 10-in cone, 3 in voice coil
MF 4× 5-in cone, 38mm voice coil
HF 8×1-in exit, 35mm voice coil

Nominal Beamwidth
Horz 100° (for single column; scalable up to 360° utilizing multiple columns)

Vert Adaptive
Power Handling

LF 2 x 1000W
MF 4 x 500W
HF 8 x 500W

Connections

Neutrik® powerCON™ TRUE1™
Analog & AES In/Loop
2x Neutrik® etherCON™ (DANTE enabled)

Dimensions

Height: 11.3 in
Width: 40 in
Depth: 23.6 in

Weight

135 lbs (61.4 kg)

Add-on Options

Accessories

Distro Rack (12 modules) 115V 2041779
Distro Rack (12 modules) 230V 2042545
Distro Flybar 2042596
Distro Pallet 2042482
Flybar 2046533
Cable Power Loom (6 modules) 2045005
Cable Power Extender (6 modules) 2045006
Cable Network Loom Short (6 modules) 2045007
Cable Network Loom Long (6 modules) 2045008
Cable Network Extender (6 modules) 2045009
Caster Pallet (4 modules) 2046532
Cover (4 modules) 2046446
Spare LF Transducer Pack (1 Driver) 2046449
Spare MF Transducer Pack (1 Driver) 2046495
Spare HF Transducer Pack (8 Drivers) 2046481
Spare Amplifier Service Pack 2046448

Find the Right Speaker

Series Range

ADAPTIVE Subwoofer

Subsystem

2x VLF 18-in. cone w/ 4-in. voice coil

Nominal Beamwidth

Horizontal: Adaptive
Vertical: Adaptive

Frequency

22 Hz to 160 Hz

Max SPL

142 dB (Half Space)

3-WAY FULL-RANGE ADAPTIVE ARRAY MODULE

Subsystem

LF 2× 15-in cone, 4 in voice coil
MF 6× 5-in cone, 38mm voice coil
HF 14×1-in exit, 35mm voice coil

Nominal Beamwidth

Horz 70° (for single column; scalable up to 360° utilizing multiple columns)
Vert Adaptive

Frequency

35 Hz to 18 kHz

Max SPL

152 dB

This website stores cookies on your computer. These cookies are used to collect information about how you interact with our website and allow us to remember you. We use this information in order to improve and customize your browsing experience and for analytics and metrics about our visitors both on this website and other media. To find out more about the cookies we use, see our Privacy Policy.

If you decline, your information won’t be tracked when you visit this website. A single cookie will be used in your browser to remember your preference not to be tracked.