JBL Professional Intellivox HP-DS370 - Powered Column Speaker with Active Beamforming (DDS), 3.74 m, IP55

The Intellivox HP-DS370 is a high-power, high-performance, 2-way, wide-bandwidth, beam-shaping, self-powered loudspeaker array with extensive outdoor capability. The HP-DS370 is a modern update to the classic Intellivox DS1608, the world's first commercially available high-power, beam-shaping loudspeaker array. Since the introduction of beam-shaping in 1999, Intellivox High Power models have been specified to solve speech intelligibility and music reinforcement problems in large, highly reverberant spaces and theaters. The Intellivox HP-DS370 is capable of delivering up to 108 dB SPL at 30 meters (100 feet), as well as a frequency response down to 18 kHz. With an array length of 3.7 meters (12 2 1/2 feet), the Intellivox HP-DS370 not only offers long-throw capability but also increased low-frequency control. The Intellivox HP-DS370 is capable of covering a substantial audience area while maintaining a uniform sound pressure level across the entire audience. For full-range applications, JBL-Axys beamforming subwoofers can be used in conjunction with the HP-DS370 to provide low-frequency enhancement and control, resulting in a full-range, high-fidelity performance system. The fourteen high-efficiency 6.5" drivers are arranged according to our proprietary algorithm. Two coaxially mounted 1" compression drivers extend the high-frequency response.Features? Excellent speech intelligibility? IP-55 outdoor rating? Integrated amplification and DSP? Slim, discreet design? Extended frequency response: up to 18 kHz? Wide horizontal dispersion? Vertical beamforming (DDS technology)? 32-bit floating-point DSP? Vertical beamforming control? Dual line inputs? Volume control? Delay (up to 20 seconds)? 8-band parametric EQ? 8 built-in password-protected, user-definable presets (recallable via third-party control devices)? AVC (Automatic Volume Control) via a built-in ambient microphone? Firmware upgradeable? Network-ready? Comprehensive surveillance? Simulation via DDA, Catt-Acoustic, Odeon, and EASE4.3