DPA Microphones 4188-DC-F-F03-LH 4188 Slim Directional Flex Headset Mic with 120mm Boom (Beige)

Unparalleled Clarity with DPA 4188 Slim Directional Flex Headset Mic
Introducing the DPA 4188-DC-F-F03-LH d:fine CORE 4188, a high-performance headset mic that embodies the fusion of the acclaimed d:fine 4088 directional capsule and Core amplifier technology. This beige, two-ear headset mic is designed for professionals demanding crystal-clear audio in live productions and broadcast environments. With a 120mm boom and a 3-pin LEMO connector, it offers excellent speech intelligibility and ample headroom to handle loud settings without compromising on sound quality.

Ergonomic Design for Extended Wear
The 4188 headset is crafted with user comfort in mind, featuring a flexible, lightweight design that adjusts to fit any ear size and head shape. Its secure mounting system ensures it remains inconspicuous and stable, even during lengthy performances or presentations, allowing users to focus fully on their delivery without discomfort.

Superior Sound in Any Setting
At the core of this headset mic is an electret-condenser capsule that captures sound with pristine clarity. The cardioid polar pattern is engineered to focus solely on the speaker’s voice while minimizing background noise and sidestepping feedback from external sound sources, crucial for maintaining professionalism in noisy environments.

Robust and Adaptable for Professional Demands
Designed to withstand the varied demands of professional use, the 4188 headset mic boasts humidity resistance and compatibility with most professional wireless systems, ensuring reliable performance indoors and outdoors. This resilience makes it an ideal choice for any venue, from quiet studios to bustling outdoor stages.

Streamlined Usability and Maintenance
This mic features a rotatable boom and ear hook that can be adjusted for left or right ear usage, enhancing its versatility. The 3-pin LEMO connector allows for quick and easy replacement of the cable or microphone boom, facilitating continuous operation and minimal downtime in live situations.