BOSCH DCNM-HDMIC High Directive Mic

The Bosch DCNM-HDMIC High Directive Microphone is engineered for professional conferencing applications where speech pickup precision and visual comfort are essential. Designed with a sleek and unobtrusive form, it allows users to maintain a clear view of the meeting room and fellow participants, ensuring an engaging and distraction-free meeting experience.

At the heart of the microphone’s performance are two precisely positioned microphone capsules, providing a high-directive response that focuses tightly on the speaker’s voice. This technology significantly suppresses ambient and background noise, making it a perfect solution for noisy, reverberant, or acoustically challenging environments. The enhanced directionality also supports greater speaking distance than standard stem microphones, offering flexibility in seating arrangements and reducing the need for close mouth-to-mic positioning.

The Bosch DCNM-HDMIC High Directive Microphone is specifically designed for seamless integration with the BOSCH DICENTIS Conference System, making it ideal for council chambers, parliaments, boardrooms, and large conference venues where speech intelligibility is critical.

For easy operation and visual clarity, the microphone features a dual-color LED ring:

• Red indicates the microphone is active and the participant has the floor

• Green indicates a request-to-speak has been accepted

This intuitive visual cue supports clear meeting flow and efficient speaking order management.

The microphone maintains low noise and low susceptibility to mobile phone interference, ensuring consistent audio quality throughout meetings. A secure connector mechanism allows quick installation and a reliable mechanical fit with DICENTIS devices.

Combining advanced acoustic performance, aesthetic design, and intelligent usability, the Bosch DCNM-HDMIC High Directive Microphone sets a new standard for professional voice pickup in modern conference systems, delivering superior speech focus for every discussion.