Omnidirectional dual-ear headset mic with 120mm boom, CORE plus clarity, TA4F mini-XLR connector, IP58 rated, black finish, secure and lightweight fit.
The DPA 4466-OP-R-B10 CORE+ Omnidirectional Headset Microphone in black with a TA4F Mini-XLR connector is a premium dual-ear headset engineered for top-tier performance in theater, broadcast, worship, and public speaking environments. It features a refined omnidirectional 5.4 mm capsule with CORE+ technology, delivering an exceptionally clear, natural sound with impressive dynamic range and virtually no distortion-even at sound pressure levels up to 144 dB.
Its one-size-fits-all headset frame provides a secure and comfortable fit, thanks to a unique 3-point gripping system that ensures stability behind, below, and above the ears. The mic boom is fully adjustable in length and angle, with a secure locking mechanism for precise placement at the corner of the mouth-ideal for vocal clarity. The rugged TA4F connector offers reliable compatibility with wireless systems such as those from Shure. With a discreet, matte black finish and IP58-rated durability, the 4466 CORE+ is built to deliver consistent, professional audio in the most demanding live settings.
Caractéristiques
High-performance omnidirectional headset mic with ultra-clear, natural sound.
CORE+ technology ensures low distortion across a wide dynamic range.
Secure dual-ear design with 3-point grip and flexible, one-size-fits-all frame.
Adjustable 120mm boom arm allows precise placement and stable positioning.
Durable, discreet, and moisture-resistant-ideal for long-term, active use.
TA4F Mini-XLR connector for compatibility with Shure and similar wireless systems.
Perfect for theatre, presentations, broadcast, and live stage use.
Spécifications
General Specifications
Product ID: 4466-OP-R-B10
Microphone type: Electret condenser
Directional pattern: Omnidirectional
Operating principle: Pressure
Frequency response: 20 Hz to 20 kHz
Effective frequency range +/-2 dB: 40 Hz to 20 kHz with 3 dB soft boost at 8-20 kHz
Sensitivity (nominal, +/-3 dB at 1 kHz): 6 mV/Pa or -44 dB re 1 V/Pa
