Audio-Technica BP898CT4 Subminiature Cardioid Condenser Lavalier Microphone

Introducing the Audio-Technica BP898CT4 Lavalier Microphone
The Audio-Technica BP898CT4 is a subminiature cardioid condenser lavalier microphone designed to seamlessly integrate with Shure wireless systems via a TA4F-type connector. This microphone excels in delivering intelligible, natural-sounding audio across a wide dynamic range, making it perfect for stage performances, television broadcasts, lectures, and spiritual gatherings. Its ability to handle high sound pressure levels ensures clear audio capture in diverse settings.

Enhanced Voice Clarity Up Close
Featuring a cardioid pickup pattern, the BP898CT4 microphone is engineered to enhance the user’s voice with a pronounced proximity effect when positioned close to the source. This enhancement boosts the lower frequencies of the voice, making it richer and more resonant, ideal for speakers and performers who need to stand out in the mix.

Built for Discreet, Flexible Use
With its ultra-compact design measuring just 5.3 mm in diameter, the BP898CT4 is virtually invisible when worn, offering an ideal solution for situations requiring minimal visual interference. The robust urethane elastomer cable, equipped with a double-spiral shield wire, provides exceptional flexibility and durability, resisting moisture and abrasion effectively.

Advanced Construction for Superior Performance
The microphone’s capsule is encased in a rugged metal structure that protects against external electromagnetic noise, ensuring clean audio reproduction. The signal line is crafted from a high-durability CuSn alloy, enhancing corrosion resistance and extending the microphone’s lifespan, making it a reliable choice for demanding professional use.

Accessories for Enhanced Functionality
The BP898CT4 comes complete with two windscreens that firmly attach to the microphone to prevent dislodgement in windy conditions, such as outdoor events or sports. Additionally, the clothing clip features multiple angle adjustments and strain-relief clips, facilitating optimal positioning and cable management to minimize mechanical noise transfer.