About the Shure SLXD14/93 Digital Wireless Omni Lavalier Microphone System
The Shure SLXD14/93 is a complete digital wireless system configured with an omnidirectional lavalier microphone, offering a discreet and sonically natural solution for presenters, broadcast talent, and theatrical performers. This system pairs the reliable SLXD1 bodypack transmitter with the WL93 omnidirectional lavalier capsule. The WL93 is an ultra-low-profile condenser microphone designed to be easily hidden under clothing, providing exceptional audio capture with minimal visual presence. Its omnidirectional polar pattern picks up sound equally from all directions, delivering a natural, open tonal quality that is less susceptible to tonal variations caused by the talent's head movements, making it ideal for situations where movement is unpredictable.
The system operates on the UHF band with 24-bit digital transmission, ensuring clear, interference-free audio with a wide dynamic range and low noise floor. The SLXD1 bodypack transmitter is compact and rugged, featuring a metal casing and a locking connector to secure the lavalier cable. It is powered by two AA batteries for extended operational time. The included SLXD4 dual-channel receiver provides true diversity reception to maintain a stable wireless link, with a backlit LCD for monitoring RF signal strength, audio levels, and battery status. The omnidirectional nature of the WL93 reduces proximity effect and plosive issues, resulting in consistent audio quality regardless of mic placement.
This system excels in applications where visual discretion and natural sound are paramount, such as broadcast interviews, film production, and high-stakes presentations. It provides talent with complete freedom of movement while delivering a clean, transparent audio signal that faithfully captures the voice. The combination of robust digital wireless, a nearly invisible microphone, and natural omnidirectional pickup makes the SLXD14/93 a premier choice for professionals who cannot compromise on either audio quality or aesthetics.