Shure SLXD15/UL4B Mic System w/UL4B Lav, VP64AL HH Mics and SLXD3 Tx, 514-558MHz

Bring your audio performance to the next level with the SLXD15/UL4B Portable Digital Wireless Microphone System. This comprehensive audio solution includes the SLXD1 Digital Wireless Bodypack Transmitter, SLXD5 Single-Channel Portable Digital Wireless Receiver, UL4B UniPlex Cardioid Lavalier Microphone, VP64AL Handheld Microphones, and SLXD3 Plug-On Transmitter, operating in the H55: 514-558MHz frequency range. The SLXD1 Transmitter delivers transparent, 24-bit digital audio with a robust RF performance, ensuring clear and uninterrupted sound. With an extended frequency range of 20 Hz to 20 kHz, it captures every nuance of your voice or instrument. The digital predictive switching diversity and 44 MHz tuning bandwidth offer a reliable and versatile performance, suitable for a wide range of applications, from conferences to nighttime performances. The SLXD5 Receiver is a powerful, portable device designed for on-camera cold shoe mounting and audio bag use. It offers the same pristine 24-bit digital audio clarity and extended frequency range as the transmitter. The dual 1/8" outputs, including a headphone monitor out and switchable line/mic output, provide flexibility for different audio setups. The bright OLED display screen allows for easy monitoring of key system functions and remaining battery life. The UL4B UniPlex Cardioid Lavalier Microphone is designed for situations where direction matters. It delivers superb directional capture of your voice, making it perfect for presentations, conferences, education, and broadcast situations where rejection of sound from stage noise, an audience, or close-proximity presenters is required. The VP64AL Handheld Microphones and SLXD3 Plug-On Transmitter complete this comprehensive audio solution, providing versatility and convenience for a wide range of audio applications. With the SLXD15/UL4B Portable Digital Wireless Microphone System, you can expect professional-grade audio performance every time.