d&b audiotechnik Announces New Flush Mountable, High-performance, Flexible 44S Loudspeakerd&b audiotechnik announces the introduction of an innovative new addition to the company's extensive product repertoire, the 44S loudspeaker. The 44S is d&b's first ever flush mountable cabinet, delivering compact, high performance audio and a wide range of flexible mounting options. "For audio professionals who may be challenged by dimensions, architecture, or aesthetics, the 44S loudspeaker is a powerful, compact, flush-mountable loudspeaker that provides the sound needed, no matter what space they have to work with," comments Wolfgang Schulz, d&b product manager. "It's a very compact point source loudspeaker for flexible use in nearfield applications, and there is a big need in our industry for this type of form factor." An intelligent waveguide and baffle design creates a very smooth horizontal dispersion down to the lower frequencies while being tightly focused vertically. The 90 x 30-degree dispersion pattern keeps sound directed exactly where it should be, the company says. The asymmetric cabinet design and the optional back box supplies additional flexibility that allows adjustments of +/- 20º in 5º increments, accommodating different listening heights. A rotatable waveguide extends this to both horizontal and vertical positioning. Paired with the 10D or 30D installation amplifiers the 44S claims an exceptionally high performance to size ratio providing a powerful 121dB and123dB output, respectively, the company says. "We at d&b are very proud to showcase our ongoing commitment to the installation market with the launch of this new product", comments Schulz. "At a time when the market is challenged more than ever, it is important for us to bring flexible, multi-function solutions to the industry." The two-way passive loudspeaker cabinet measures just 128mm x 390mm x 150mm (5" x 15.3" x 5.9") in size and houses 2 x 4.5" neodymium LF drivers and 2 x 1.25" HF dome tweeters, delivering a frequency response of between 90Hz - 17kHz.
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