Shure GLXD16+ Wireless Guitar Pedal System

Shure GLXD16+, digital wireless set, dual band for guitar, pedal-type receiver, belt transmitter and guitar cable. 

GLX-D+ Dual Band Digital Wireless is the perfect solution for musicians and presenters who want to use wireless systems with confidence and without complexity. Every aspect of its operation is managed automatically and with total reliability, allowing you to focus on your performance. With the new Dual Band wireless technology, GLX-D+ can operate at both 2.4 and 5.8 GHz, doubling the available bandwidth while intelligently avoiding interference for reliable and uninterrupted sound. 

The new GLX-D+ guitar pedal wireless system includes the premium WA305 guitar cable, the GLXD1+ digital wireless bodypack transmitter, and the GLXD6+ guitar pedal receiver. Access wireless without compromising your tone or complicating your setup. The new GLXD6+ guitar pedal receiver features a robust metal housing that can be fully integrated into your pedalboard (9 V DC power supply). The included tuner with a 1/4 inch guitar input makes it easy to switch from practice to live performance, whether you choose to connect directly to the pedal or go wireless. Easily switch between two or more transmitters connected to a single receiver.

• exceptional audio quality with an automatic wireless interference avoidance system, continuously monitoring the frequency spectrum and seamlessly switching to a clean channel if any wireless interference occurs
• Dual Band wireless technology offers a reliable and consistent signal by automatically scanning both 2.4 and 5.8 GHz bands and selecting the cleanest channel
• easy setup and management, worry-free: transmitters and receivers pair automatically, simplifying configuration
• system specifications:
  • frequency range: 2400 - 2483.5 MHz and 5725 - 5875 MHz
  • audio frequency range: 20 Hz - 20 kHz
  • dynamic range: 122 dB, A-weighted
  • RF sensitivity: -88 dBm, typical
  • transmission range: 30 metres
  • simultaneous usable systems:
    • 4 systems in typical conditions
    • 8 systems in optimal conditions