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| d&b solutionsShow telephone Website The V8 is a 3-way passive design housing 2 x 10″ LF drivers, one hornloaded 8″ MF driver and two 1.4″ exit HF compression drivers with 2.5″ voicecoils mounted to a dedicated waveshaping device. The symmetrical dipolar arrangement of the neodymium LF drivers around the centrally mounted coaxial MF and HF components allows a smooth overlap of the adjacent frequency bands in the crossover design. This results in an exceptional 80° horizontal constant directivity dispersion control nominally being maintained down to 250 Hz. | ▼ | d&b solutionsShow telephone Website The V8 is a 3-way passive design housing 2 x 10″ LF drivers, one hornloaded 8″ MF driver and two 1.4″ exit HF compression drivers with 2.5″ voicecoils mounted to a dedicated waveshaping device. The symmetrical dipolar arrangement of the neodymium LF drivers around the centrally mounted coaxial MF and HF components allows a smooth overlap of the adjacent frequency bands in the crossover design. This results in an exceptional 80° horizontal constant directivity dispersion control nominally being maintained down to 250 Hz. | ▼ | d&b solutionsShow telephone Website The V8 is a 3-way passive design housing 2 x 10″ LF drivers, one hornloaded 8″ MF driver and two 1.4″ exit HF compression drivers with 2.5″ voicecoils mounted to a dedicated waveshaping device. The symmetrical dipolar arrangement of the neodymium LF drivers around the centrally mounted coaxial MF and HF components allows a smooth overlap of the adjacent frequency bands in the crossover design. This results in an exceptional 120° horizontal constant directivity dispersion control nominally being maintained down to 250 Hz. | ▼ | d&b solutionsShow telephone Website The V8 is a 3-way passive design housing 2 x 10″ LF drivers, one hornloaded 8″ MF driver and two 1.4″ exit HF compression drivers with 2.5″ voicecoils mounted to a dedicated waveshaping device. The symmetrical dipolar arrangement of the neodymium LF drivers around the centrally mounted coaxial MF and HF components allows a smooth overlap of the adjacent frequency bands in the crossover design. This results in an exceptional 120° horizontal constant directivity dispersion control nominally being maintained down to 250 Hz. | ▼ | d&b solutionsShow telephone Website The compact Y8 line array loudspeaker is designed for use in vertical columns. The 2-way passive design features two 8” drivers in a dipole arrangement and a centrally mounted 1.4” compression driver with a wave transformer. Sophisticated horn geometry combined with the advanced bass-reflex port design delivers full bandwidth capabilities with an extended LF output. These high performance line array modules offer 80° horizontal directivity controlled down to 500 Hz. | ▼ | d&b solutionsShow telephone Website The compact Y8 line array loudspeaker is designed for use in vertical columns. The 2-way passive design features two 8” drivers in a dipole arrangement and a centrally mounted 1.4” compression driver with a wave transformer. Sophisticated horn geometry combined with the advanced bass-reflex port design delivers full bandwidth capabilities with an extended LF output. These high performance line array modules offer 80° horizontal directivity controlled down to 500 Hz. | ▼ | d&b solutionsShow telephone Website The compact Y12 line array loudspeaker is designed for use in vertical columns. The 2-way passive design features two 8” drivers in a dipole arrangement and a centrally mounted 1.4” compression driver with a wave transformer. Sophisticated horn geometry combined with the advanced bass-reflex port design delivers full bandwidth capabilities with an extended LF output. These high performance line array modules offer 80° horizontal directivity controlled down to 500 Hz. | ▼ | d&b solutionsShow telephone Website The compact Y12 line array loudspeaker is designed for use in vertical columns. The 2-way passive design features two 8” drivers in a dipole arrangement and a centrally mounted 1.4” compression driver with a wave transformer. Sophisticated horn geometry combined with the advanced bass-reflex port design delivers full bandwidth capabilities with an extended LF output. These high performance line array modules offer 80° horizontal directivity controlled down to 500 Hz. | ▼ | d&b solutionsShow telephone Website | ▼ | d&b solutionsShow telephone Website | ▼ | d&b solutionsShow telephone Website The B6-SUB is a high performance subwoofer designed for ground stacked applications, housing a long excursion 18” driver built into a bass-reflex design | ▼ | d&b solutionsShow telephone Website The B6-SUB is a high performance subwoofer designed for ground stacked applications, housing a long excursion 18” driver built into a bass-reflex design | ▼ | d&b solutionsShow telephone Website The 3-way passive V7P loudspeaker features two 10“ drivers in a dipole arrangement with a horn loaded 8“ MF driver and a 1.4“ compression driver mounted onto a rotatable CD horn. The innovative horn design for the centrally mounted 8“ MF driver produces a remarkable sensitivity resulting in an exceptional performance in the vocal range. An advanced bass-reflex and venting design delivers an extended LF output with full bandwidth capabilities. This point source, high performance loudspeaker offers 75° horizontal directivity matched with a vertical dispersion of 40°; the horn can be rotated by 90° to enable horizontal orientation. | ▼ | d&b solutionsShow telephone Website The 3-way passive V7P loudspeaker features two 10“ drivers in a dipole arrangement with a horn loaded 8“ MF driver and a 1.4“ compression driver mounted onto a rotatable CD horn. The innovative horn design for the centrally mounted 8“ MF driver produces a remarkable sensitivity resulting in an exceptional performance in the vocal range. An advanced bass-reflex and venting design delivers an extended LF output with full bandwidth capabilities. This point source, high performance loudspeaker offers 75° horizontal directivity matched with a vertical dispersion of 40°; the horn can be rotated by 90° to enable horizontal orientation. | ▼ | d&b solutionsShow telephone Website The E6 is a relatively small high performance multipurpose loudspeaker, employing an integrated coaxial driver. The horn with its 100° x 55° dispersion pattern can easily be rotated through 90° providing a 55° x 100° pattern without the use of tools. | ▼ | d&b solutionsShow telephone Website The E6 is a relatively small high performance multipurpose loudspeaker, employing an integrated coaxial driver. The horn with its 100° x 55° dispersion pattern can easily be rotated through 90° providing a 55° x 100° pattern without the use of tools. | ▼ | d&b solutionsShow telephone Website The J8 loudspeaker is a line array module designed for long throw applications. Its 3-way design uses an active crossover between the low and mid and a passive crossover between the mid and high frequencies. J8 is completely symmetrical horizontally with two 12″ neodymium low frequency drivers placed to the outsides in a dipolar arrangement | ▼ | d&b solutionsShow telephone Website The J8 loudspeaker is a line array module designed for long throw applications. Its 3-way design uses an active crossover between the low and mid and a passive crossover between the mid and high frequencies. J8 is completely symmetrical horizontally with two 12″ neodymium low frequency drivers placed to the outsides in a dipolar arrangement | ▼ | d&b solutionsShow telephone Website The J12 loudspeaker is a line array module designed for long throw applications. Its 3-way design uses an active crossover between the low and mid and a passive crossover between the mid and high frequencies. J8 is completely symmetrical horizontally with two 12″ neodymium low frequency drivers placed to the outsides in a dipolar arrangement | ▼ | d&b solutionsShow telephone Website The J12 loudspeaker is a line array module designed for long throw applications. Its 3-way design uses an active crossover between the low and mid and a passive crossover between the mid and high frequencies. J8 is completely symmetrical horizontally with two 12″ neodymium low frequency drivers placed to the outsides in a dipolar arrangement | ▼ |