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Harman International Industries JBL Professional C222HP 2-way Speaker - 36 Hz to 20 kHz - 4 Ohm C222HP-TOP

Harman International Industries JBL Professional C222HP 2-way Speaker - 36 Hz to 20 kHz - 4 Ohm C222HP-TOP
Brand: Harman International Industries, Inc
Part Number: C222HP-TOP
Availability: 5 or more
Condition: New
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JBL Professional C222HP 2-way Speaker - 36 Hz to 20 kHz - 4 Ohm

Two-Way High Performance ScreenArray Cinema Loudspeaker The C222HP Two-Way ScreenArray® Cinema Loudspeaker combines JBL''s latest technological advances with a compact footprint and accessible price point, making it easy to upgrade the sonic experience in your small or mid-sized cinema. Featuring patent-pending Dual Dissimilar Arraying and Acoustic Aperture Technology, the C222HP provides remarkably uniform coverage and smooth, accurate sound reproduction for every member of your audience. The C222HP is perfect for small and medium multiplexes, studios and dubbing stages with space constraints. And since the C222HP uses the same driver technology trusted by top movie studios around the world, your audience will enjoy a more captivating, authentic experience from every seat in the house-just like the creators intended. The C222HP represents JBL''s most advanced cinema two-away ScreenArray®. Features Next-generation two-way ScreenArray® design for maximum output, improved coverage and minimum distortion Patent-pending Dual Dissimilar Arraying Technology creates coverage pattern for raked seating areas, and extends HF output power and pattern control a full octave in both spectrum extremes Patent-pending Acoustic Aperture Technology delivers improved drivers for lower distortion and higher sensitivity, plus enhanced mid-range performance for a smooth crossover transition 14" deep footprint saves space without sacrificing performance Designed to achieve a maximum throw of 35 m (115'') C222HP is designed for medium sized cinemas, studios, and dubbing stages. The unique 2-way design that includes the Acoustic Aperture allows for a smooth response through crossover frequencies