JBL Intellivox DSX180

Active Beam Shaping, Self Powered, Column Loudspeaker Array

The Intellivox-DSX180 is ideally suited for smaller less reverberant environments where improved speech intelligibility is required. It also can be used as a ‘fill system’ in larger Intellivox installations, providing coverage in shadow zones. A single Intellivox-DSX180 is capable of covering an area of up to 25 m while maintaining an even sound pressure over the audience area. The ten, custom designed, 4” loudspeakers and the four 1″ dome tweeters are driven by an eight channel class-D amplifier, powered by a sophisticated switched mode power supply, all of which combine to ensure years of reliable operation.

The dome tweeters in the DSX units not only improve the horizontal coverage at high frequencies but also enhance the subjective sound quality of the system for both speech and music.

An extensive set of surveillance functions have also been implemented to meet the stringent demands of typical Voice Alarm (life safety) applications. The unit can be controlled using our proprietary WinControl software which offers user friendly control of the beam steering parameters, audio processing and surveillance features. Its modest array length makes the Intellivox-DSX180 suitable for easy and unobtrusive implementation in even the most architecturally sensitive environment. The low frequency response of the system can be easily extended using a JBL sub woofer system.

Features

• Superb Speech Intelligibility
• Slim Unobtrusive Design
• Extended Frequency Response – up to 18kHz
• Higher Fidelity
• Wide Horizontal Dispersion
• Vertical Beam Shaping (DDS Technology)
• 32-bit floating point DSP
• Control of Vertical Beam Shaping
• Dual Line Inputs
• Volume Control
• Delay (up to 20 seconds)
• 8 band parametric EQ
• 8 user definable, password protected presets on board (recallable through third party control devices)
• AVC (Automatic Volume Control) via build-in ambient mic.
• Upgradeable firmware
• Network Ready
• Integral Surveillance
• Simulation via DDA, Catt-Acoustic, Odeon and EASE4.3