Shure GLXD+ Dual Band Wireless Guitar Pedal System

£498.00

This is the Shure GLXD+ Dual Band Wireless Guitar Pedal System from Shure, listed in Wireless Systems on Just Pedals. Read More below.

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GLX-D+ Dual Band Digital Wireless is the perfect solution for musicians and presenters who want to go wireless with confidence, and without complexity. Every aspect of its operation is managed automatically and with complete reliability, allowing you to focus on your performance. 

With new Dual Band Wireless Technology, GLX-D+ can operate in both 2.4 and 5.8GHz, more than doubling the available bandwidth while also intelligently avoiding interference for reliable, dropout-free audio. 

Featuring smart rechargeability with up to 12 hours of runtime (improved from prior generation GLX-D), the included lithium-ion battery can be charged multiple ways and offers quick charge capabilities.

Available with multiple legendary microphone options (including the SM58) in tabletop, half-rack and guitar pedal system configurations. 

When combined with Frequency Manager and directional antenna accessories (both sold separately), the rack-mount receiver systems are ideal for small and medium installations where a larger number of channels is needed.

Features & Specs

  • Guitar Pedal GLXD+ Dual Band receiver + bodypack transmitter.
  • Dual Frequency operation (2.4GHz and 5.8GHz).
  • Similar look and features of prior GLX-D6 version.
  • Tuner included.
  • WA305 Premium Guitar Cable included.
  • New ¼” guitar input allows user to practice and use the tuner without the need of a transmitter turned on and connected. 
  • Bodypack system includes WA305 Premium instrument cable.

WHAT’S NEW VERSUS PRIOR VERSION

  • Dual frequency band operation (2.4GHz and 5.8GHz).
  • NEW Guitar ¼” input in the receiver.
  • Battery now lasts ~12 hours.
     

Brand

Shure

Category

Wireless Systems

An instrument wireless system replaces the cable between instrument and receiver with a radio link. Frequency band, channel management, range and latency determine connection quality, while input headroom and digital conversion affect the signal itself. Battery life, rechargeable transmitters, cable emulation, receiver format and licence-free operation in the intended region are central compatibility points.

Tags

Digital

Converts the signal or control process into numerical data for algorithmic processing. Digital designs can provide precise timing, long memory, complex routing and repeatable presets; sample rate, conversion, internal resolution and latency influence fidelity and response.