Shure SLXD15/UL4B Wireless Mic System w/UL4B Lav Mic & SLXD3 Tx, G58: 470-514MHz

Take your audio recording to the next level with the SLXD15/UL4B Portable Digital Wireless Microphone System, complete with a UL4B Lavalier Microphone and SLXD3 Plug-On Transmitter. Operating within the G58: 470-514MHz frequency range, this system is designed to deliver superior, transparent 24-bit digital audio, ensuring every detail of your sound is captured with precision.The SLXD1 Digital Wireless Bodypack Transmitter, a key component of this system, offers rock-solid RF performance and an extended 20 Hz to 20 kHz frequency range. With a dynamic range of 118 dB and digital predictive switching diversity, it ensures clear, uninterrupted audio transmission. The transmitter's TQG connectivity supports a variety of microphone options, making it a versatile solution for a wide range of applications, from day-long conferences to nighttime performances.The SLXD5 Single-Channel Portable Digital Wireless Receiver, designed for on-camera cold shoe mounting and audio bag use, is a compact yet powerful device that enhances the system's functionality. It features dual 1/8" outputs, including a headphone monitor out and switchable line/mic output. Its bright OLED display screen provides key system function readouts and remaining battery life, ensuring you're always in control of your audio recording.The system also includes the UL4 UniPlex Cardioid Lavalier Microphone, designed for superb directional capture of your voice. Ideal for presentations, conferences, education, and broadcasting, this lavalier microphone with a cardioid polar pattern is the perfect solution when you need to reject sound from stage noise, an audience, or close-proximity presenters.Whether you're a professional videographer, a broadcast journalist, or a content creator, the SLXD15/UL4B Portable Digital Wireless Microphone System with UL4B Lavalier Microphone and SLXD3 Plug-On Transmitter offers the audio quality, versatility, and convenience you need to deliver exceptional results.