Early Access Shure Twinplex Tl47c/o-mdot-a Subminiature Lavalier Microphone (low Sens, Mdot, Cocoa) Save 50% + Free Ship [kxSVoGRb]

Shure TwinPlex TL47C/O-MDot-A Subminiature Lavalier Microphone

Introducing the Shure TwinPlex TL47C/O-MDot-A, a subminiature lavalier microphone designed for the most demanding acoustic environments. This versatile microphone boasts a durable and paintable 1.6 mm cable, available in multiple colors and connector options to meet a wide range of situational needs. The TL47C/O-MDot-A is the go-to choice for professional applications, offering an expressively natural sound signature and exceptional durability.

Key Product Features

The Shure TwinPlex TL47C/O-MDot-A is a testament to Shure's commitment to quality and innovation. Here are some of its standout features:

• Color and Connector Variety: Available in white, tan, cocoa, and black, the TL47C/O-MDot-A can be customized to fit any application. It also offers multiple connector options, including LEMO, MTQG/TA4F, MicroDot, XLR/Preamp, and NC (bare wire), ensuring compatibility with most bodypack transmitters.
• Patent-Pending Dual-Diaphragm Design: Twice the surface area of other subminiature microphones for pristine, natural response and robust low-frequency response.
• Improved Off-Axis Consistency: Accurate reproduction regardless of vocal source position or movement.
• Low Self-Noise and Dynamic Range: For cleaner audio production.

Practical Applications and Benefits

The Shure TwinPlex TL47C/O-MDot-A is ideal for a variety of applications, from dialogue and monologue to song and speech. Whether you're a filmmaker, stage performer, or broadcast professional, this microphone delivers natural audio at high or low frequency. Its sweat- and moisture-resistant design ensures reliable performance even in challenging conditions. With its dual-redundant ground cable and superhydrophobic coating, the TL47C/O-MDot-A stands up to the toughest environments, making it the perfect choice for any professional seeking the highest quality sound.