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The beige 4266 CORE+ Omnidirectional Flex Earset Microphone from DPA combines the sound of the 4066 omnidirectional capsule and CORE+ amplifier in a lightweight and flexible single-ear earset. It can be used when talent…
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The beige 4266 CORE+ Omnidirectional Flex Earset Microphone from DPA combines the sound of the 4066 omnidirectional capsule and CORE+ amplifier in a lightweight and flexible single-ear earset. It can be used when talent needs to be mic'd quickly and easily, and it's lightweight, comfortable design means the person wearing the microphone will barely notice its presence, making it well suited to conference, speech, broadcast, and live-performance applications.
The ergonomic 4266 easily adjusts to fit any ear size and head shape, while at the same time, it mounts securely and is hardly visible. By rotating the boom and the ear hook, the microphone can be used on either the left or the right ear. The modular design allows the connector cable to split from the microphone boom, making it easy to swap out broken cables and/or wireless connectors quickly and easily without having to replace the entire microphone. The 110mm boom arm is also interchangeable and two protective caps are included that allow you to alter the mic's high-frequency response to suit your application and preference.
Built to withstand the rigors of long-term everyday use, DPA's MicroLock system features an easy-to-use, secure, and wear-resistant locking connector specially engineered to minimize accidental disconnection and ensure reliable performance. The compact design is well suited to situations where space is limited and a visually discreet solution is preferred.
The 4266 will work with a wide variety of wireless transmitters via separately available adapters. Simply choose the MicroLock adapter with the appropriate connector for your bodypack transmitter and you're good to go.
MicroLock is fully backwards compatible with the MicroDot connection; MicroLock parts can be assembled with MicroDot parts and function as if they were of the MicroDot type. Please note that the locking function is only available if both the male and female parts are MicroLock.
The 4266 CORE+ features a sensitive 5.4mm electret-condenser capsule designed for standard speech and vocal applications at levels up to 134 dB SPL RMS and 137 dB SPL peak before producing < 1% distortion. The mic can even handle up to 144 dB SPL with only 10% distortion, making it well suited to a variety of presenters and performers.
Microphones with CORE+ provide even more clarity across the entire dynamic range, from low to high sound pressure levels. Miniature microphones with CORE+ provide unheard levels of openness. While CORE allows mics to handle higher SPLs without significant artifacts up to 1% THD, CORE+ eliminates those artifacts completely.
The forgiving omnidirectional pickup pattern captures sound from all around the mic and provides a consistent frequency response, even for off-axis sound. This helps to supply clear, intelligible speech and vocals with consistent volume levels while reducing vocal plosives and handling noise.
The pre-fitted Soft-Boost Grid gives a 3 dB soft boost at 8 to 20 kHz range. Alternatively, the High-Boost Grid introduces a 10 dB boost around 12 kHz for applications where additional top-end high-frequencies are desired. Both grids are made of tough and scratch-resistant anodized stainless steel, allowing them to be detached and cleaned.
Once placed on the performer, the earset microphone sits securely and unobtrusively close to the sound source and allows the user to move freely about without having to hold a microphone in the hand or have a lavalier mic clipped on the shirt. This single-ear earset provides a low-profile choice for presenters and performers looking for a visually discreet microphone solution.
Engineered with a double-vent protection system, the 4266 is certified IP58 for dust and moisture resistance. The rugged 4.1' cable is built with Kevlar strain relief to survive the constant twists, bends, and pulls that are part of everyday use in harsh environments.
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