Shure SLXD14/93 Digital Wireless Omni Lavalier Microphone System

The Shure SLXD14/93-J52 is a digital wireless microphone system designed to deliver clear, reliable audio for professionals who need consistent performance. It combines the SLXD1 bodypack transmitter with the WL93 omnidirectional lavalier microphone, making it a great choice for speakers, performers, and presenters who require hands-free operation and excellent sound clarity.

This system operates in the J52 UHF band, which helps avoid interference and ensures a stable connection. It uses Digital Predictive Switching Diversity technology to prevent signal dropouts, so your audio stays uninterrupted even in busy wireless environments. The SLXD14/93 supports up to 32 compatible systems within a 44 MHz band, making it suitable for venues that need multiple wireless setups without interference.

The SLXD4 receiver is built with an all-metal housing for durability and features an easy-to-read LCD screen that shows real-time information about signal strength and battery life. Its auto-scan function quickly finds the best available frequency, and the IR sync feature simplifies pairing the transmitter and receiver. For longer sessions, you can use optional rechargeable batteries, which provide an eco-friendly power solution.

The WL93 lavalier microphone is lightweight and discreet, designed to capture speech clearly while remaining easy to hide. This makes it ideal for presentations, theater, broadcast, or any situation where clear voice reproduction and minimal visibility are important.

Highlights:

• 24-bit digital audio with 120 dB dynamic range for clear, natural sound
• Operates in J52 UHF band (558 to 602 + 614 to 616 MHz) to reduce interference
• Supports up to 32 compatible systems within a 44 MHz band for scalable setups
• Includes SLXD1 bodypack transmitter paired with WL93 omnidirectional lavalier microphone
• SLXD4 receiver features an LCD display and IR sync for easy operation
• Optional SB903 rechargeable battery available for extended use and sustainability
• Ethernet connectivity allows for managing multiple systems in complex setups
• Digital Predictive Switching Diversity technology minimizes signal dropouts