SHURE GLXD14R/93 Advanced Digital Wireless Omni Lavalier Microphone System

The SHURE's GLXD14R/93 advanced digital wireless omni lavalier microphone system with a durable metal receiver and two replaceable antennae contained in a half-rack chassis. It's ideal for rackmounting in portable travel cases or permanent installations in educational institutions, conference rooms, small to mid-sized arenas, houses of worship, and broadcast studios.  This wireless microphone combo includes WL93 lavalier microphone, GLXD1 bodypack transmitter, and GLXD4R receiver.

GLXD4R receiver

• Globally unlicensed 2.4GHz frequency band allows operation of up to 11 systems (9 typical)
• LINKFREQ intelligent frequency management quickly identifies the best open channels
• Bidirectional communication lets the transmitter automatically follow receiver frequency changes
• Continuous interference monitoring and automatic frequency switching eliminates signal interruptions
• Transmitter automatically links to the receiver for seamless frequency changing
• Up to 16 hours of continuous use with Shure lithium-ion rechargeable battery
• Get approximately 1.5 hours of operation on just 15 minutes of charging — a real show saver
• Transmission radius of up to 200' provides full coverage for average venues
• Easily integrate up to 6 GLX-D Advanced systems with a single GLX-D Advanced Frequency Manager

WL93 lavalier microphone

• Subminiature lavalier design; ideal size for theater, television, broadcasting, video, film, and sound reinforcement
• Small, inconspicuous mounting hardware
• Full, clear sound comparable to larger microphones
• Smooth extended frequency response with presence rise specially tailored for chest-worn microphone operation
• Controlled low-frequency rolloff reduces low-frequency clothing and room noise
• Low distortion, wide dynamic range
• Uniform omnidirectional polar pattern
• Preamplifier assembly (SM93) can be pocketed, strapped to the body, or clipped to belt or waistband
• Wide-range phantom powering (SM93) accepts all commonly used voltages