Audio Technica MT830CW-TH
Omnidirectional condenser lavalier microphone with 55" cable terminated with loc
-Patrick S.
Description
Audio Technica has revolutionized the AV systems industry with its innovative products that meet the exact needs of its discerning users. The Audio-Technica's omnidirectional condenser lavalier microphone, MT830CW-TH, is one of the most highly-rated audio-capturing devices used in many applications and industries.
This microphone consists of an omnidirectional clip-on microphone capsule connected to a 55-inch cable. Despite its small size, this little audio-capturing device is powerful and provides the functionality that is the signature of all Audio Technica microphone sets.
The size of the MT830CW-TH is 7.5 mm, even smaller than the size of a human fingernail. Its petite size allows the microphone to be easily concealed within the clothing of the performer or presenter, making it unnoticeable to the average viewer. The microphone features an omnidirectional pickup pattern to help pick sounds from all directions. This helps capture precise and natural sounds while also picking up nuances, such as changing voice quality when the speaker walks away or shifts position. To further enhance the sound capture clarity, this tiny microphone is also fitted with condenser technology, which helps it capture a wider range of sound frequencies with more clarity. These features make it perfect for use in large-scale theatrical productions.
To allow the speaker maximum mobility while wearing the microphone, its lavalier design also features a 55-inch cord with a locking connector. This locking connector ensures that the cord does not accidentally disconnect during a dynamic performance. The cord length is enough to be connected easily with a wireless transmitter, making the microphone perfect for use during live events or presentations.
The Audio Technica MT830CW-TH has a lightweight and compact design, making it comfortable for long-term wear. This compact design with soft contours ensures that it is neither visually intrusive nor pokes the wearer during lively performances, presentations, or on-camera applications.
