DPA Microphones 4088-DC-A-B00-LH-S 4088 CORE Directional Headset Microphone (Black)

Explore Unmatched Clarity with DPA 4088-DC-A-B00-LH-S CORE 4088 Directional Headset Mic
Dive into the superior sound quality with the DPA 4088-DC-A-B00-LH-S, a professional-grade directional headset microphone tailored for broadcast, theater, and live performance environments. Renowned for its open and natural sound profile, this microphone is exceptionally suited for both spoken word and vocal performances, providing clear and articulate audio consistently.

Exceptional Design for Optimal Performance
The 4088 Directional Headset Mic stands out with its elegant and sleek design. It features a secure, dual-ear fit that can be adjusted to wear on either the left or right ear, ensuring versatility and comfort for all users, including children and petite adults. Its small diameter of just 0.25 inches makes it one of the most discreet cardioid microphones available, maintaining a low profile without sacrificing sound quality.

Advanced Audio Engineering for Professional Use
This microphone excels in environments with high sound pressure levels, offering excellent off-axis rejection which is crucial in live performance settings where background noise and feedback potential are high. The cardioid pattern effectively suppresses sounds from afar, ensuring that the audio capture is isolated and distinctly from the intended source only.

Enhanced Bass Response and Feedback Reduction
The 4088 is engineered with a bass response optimized for a proximity of 2-3 cm from the sound source, which significantly reduces bass roll-off when the source is at a greater distance. This design consideration helps in minimizing background noise and combating feedback, making it an ideal choice for lively events and stages.

Long-Lasting Comfort and Adaptability
With a lightweight design weighing just 0.5 ounces, the 4088 is comfortable for prolonged use, making it perfect for extended performances and sessions. The boom of the microphone is intentionally lengthened compared to omnidirectional models to align perfectly at the corner of the mouth, minimizing 'popping' sounds and ensuring clearer speech capture.