JBL IVX-587060 Intellivox 280 Series LoudSpeaker

Precise Audio Performance for Reverberant Venues
The Intellivox-DC280 is a state-of-the-art digitally steerable loudspeaker array designed to deliver exceptional vocal reinforcement in reverberant spaces. With its advanced technology and patented algorithms, this system ensures clear and intelligible speech, even in acoustically challenging conditions. It is capable of maintaining a consistent sound pressure level over distances of up to 35 meters, making it an ideal choice for larger venues.

Versatile Applications in Various Environments
Whether it's a house of worship, a conference hall, or a large lecture room, the Intellivox-DC280 adapts seamlessly to diverse settings. Its ability to extend its range in favorable acoustic environments enhances its versatility, while its sleek design allows for discreet integration into any space. This loudspeaker is perfect for scenarios where clarity and intelligibility are non-negotiable.

Advanced Technology for Reliable Operation
Equipped with sixteen custom-designed 4-inch loudspeakers, the Intellivox-DC280 employs an eight-channel class-D amplifier powered by a robust switched-mode power supply. This configuration ensures consistent performance, reduced distortion, and long-term reliability, making it a dependable solution for demanding applications.

Innovative Sound Steering Capabilities
The digitally steerable design of the Intellivox-DC280 uses cutting-edge algorithms to precisely direct sound where it is needed most. This ensures optimal audience coverage while minimizing unwanted reflections and ambient noise, resulting in an immersive and highly intelligible audio experience.

Built for Professional Use in Demanding Venues
Constructed with premium materials and professional-grade components, the Intellivox-DC280 is designed to withstand the rigors of continuous use in high-demand environments. Its robust build quality guarantees years of consistent operation, while its intuitive setup simplifies the installation process.