Cambridge DS1398 Network Low-Profile Loudspeaker

Compact and Versatile Sound Masking Solution
The Cambridge DS1398 is a network low-profile loudspeaker designed to deliver high-quality sound masking in environments with limited installation space. Whether installed in shallow floor cavities or ceiling plenums, this speaker provides uniform sound dispersion, ensuring a balanced acoustic environment for speech privacy and background noise control.

Designed for Shallow Floor Cavities and Ceilings
With a low-profile design, the DS1398 is ideal for installations where space is at a premium. It fits in floor cavities as shallow as 1-3/4 inches, making it a perfect solution for underfloor sound masking applications. Additionally, an optional bridge mount allows for seamless integration into ceiling plenums, offering flexibility for various architectural needs.

Engineered for Uniform Sound Dispersion
The DS1398 features dual performance-engineered drivers with tuned ports, delivering a full 360-degree dispersion pattern. This ensures consistent sound coverage across an entire space, reducing hotspots and maintaining an even sound masking effect. The speaker is well-suited for open office plans, healthcare facilities, and other areas where noise control is essential.

Compliance and Industry Standards
The DS1398 is ETL listed to conform to UL1480 and CSA C22.2 60065, ensuring safety and compliance for professional installations. It also meets the U.S. Trade Agreement Act (TAA) requirements, making it suitable for government projects and regulated environments. Additionally, it supports the WELL Building Standard criteria for sound masking, contributing to improved workplace acoustics and employee comfort.

Durable Construction and Easy Installation
This networked loudspeaker is built to last, with high-quality materials designed for continuous operation. The included clip allows for secure placement in both floor cavities and ceiling plenums. With its simple installation process, integrators can quickly deploy the DS1398 in large-scale projects without extensive modifications.