DPA Microphones d:fine CORE 4066 Omnidirectional Miniature Mic Boom with Mini-Jack Connector, Beige

Where versatility meets professional audio quality, the d:fine CORE 4066 Omnidirectional Miniature Mic Boom stands out as a top-tier choice for performers and broadcasters alike. This reliable and durable microphone boom, finished in a discreet beige, is expertly designed by the renowned DPA Microphones to deliver exceptional sound capture in a variety of demanding environments.

Crafted with a keen attention to detail, the d:fine CORE 4066 boasts a double-vent protection system that ensures your audio remains clear and uninterrupted, even in the presence of humidity - a common challenge in theatrical and live performance settings. The innovative drop stopper feature on the microphone boom further safeguards against moisture, ensuring that your recordings are crisp and free of unwanted noise.

The high-quality materials used in the construction of this microphone are not only water-resistant but also contribute to the longevity and consistent performance of the mic. This omnidirectional miniature mic boom is designed to be easily detachable from the headset mount, allowing users the flexibility to switch it between the left or right side with ease, adapting to individual preferences and requirements.

The d:fine CORE 4066 is an ideal companion for DPA headsets, offering seamless compatibility and enhancing the audio experience for users who trust in the DPA brand's legacy of excellence in audio equipment manufacturing. Whether it's for live performances, professional broadcasting, or high-stakes podcasting, this microphone boom is engineered to capture every nuance of sound with unparalleled clarity.

In summary, the d:fine CORE 4066 Omnidirectional Miniature Mic Boom with Mini-Jack Connector is a testament to DPA's commitment to producing versatile, high-quality, and professional audio solutions. It stands as a preferred choice for those seeking a microphone boom that promises both reliability and superior sound performance.