BP899 Subminiature Omnidirectional Condenser Lavalier Microphone

Product Description

AT899 Omnidirectional Lavalier MicrophoneIntroducing the low-profilenbsp;lt;a href="https://www.audio-technica.com/en-us/bp898" target="_blank" rel="nofollow"gt;BP898lt;/agt;nbsp;Subminiature Cardioid Condenser Lavalier Microphone andnbsp;lt;a href="https://www.audio-technica.com/en-us/bp899" target="_blank" rel="nofollow"gt;BP899lt;/agt;nbsp;Subminiature Omnidirectional Condenser Lavalier Microphone. Direct replacements and upgrades to the existing AT898 and AT899, the new BP898 and BP899 are available in a number of different terminations (for wired or wireless use) that suit them to the entire range of lavalier mic applications. The BP898 is available in five black-finished models, all with permanently attached cables and varying termination and power configurations. The BP899 is available in a total of 17 different models, all with permanently attached cables, varying termination and power configurations, with most available in two available sensitivities and black or theater beige finishes.Direct replacements and upgrades to the existing AT898 and AT899, the new BP898 and BP899 are available in several different terminations (for wired or wireless use) that suit them to the entire range of lavalier mic applications. Both microphonesrsquo; wide dynamic range and tolerance for high sound pressure levels ensures intelligible, natural-sounding audio thatrsquo;s ideal for use by stage and television talent, lecturers, and worship leaders, and the low-profile design (a mere 5.3 mm in diameter) is ideal for applications requiring minimum visibility.nbsp;The BP899 features an open-diaphragm design for maximum frequency response with protective mesh that repels sweat and other moisture and lasting performance. It includes a resonance cap that can be applied to the mic for greater intelligibility and to direct sweat and moisture away. The BP899 is also available in Beige (-TH) and in low-sensitivity versions, for dynamic theater performances or other high-SPL applications.nbsp;nbsp;