Shure GLX-D24R+/B87A Wireless Handheld Microphone

General

Bundling up an industry-standard Shure Beta 87a microphone with a GLXD2+ wireless handheld transmitter and rack-mountable GLXD4R+ receiver, this complete system offers superior stage sound alongside ultra-stable performance.

The Shure GLXD2+ Digital Handheld Microphone Transmitter

The Shure GLXD2+ handheld transmitter guarantees superior wireless audio no matter where you are in the world and can be combined with a matching microphone for optimum sound. Outfitted with an integrated lithium-ion rechargeable battery that supports up to 12 hours of operation, this dual-band transmitter ensures excellent digital audio which, combined with automatic frequency management system, delivers ultra-consistent performance.

The Shure GLXD4R+ Half-Rack Digital Receiver

The Shure GLXD4R+ receiver is the rack-mountable version of the GLDX4+. This high-quality, digital dual-band receiver features an automatic frequency management system to support hiccup-free performance and has been equipped with an XLR microphone output and an instrument jack output so the mic signal can be directly routed to the mixer or audio interface. While the receiver can be mains powered, if there's no power socket nearby, it can just as easily run on the built-in rechargeable lithium-ion battery, which offers up to twelve hours of use on a full charge and can be simply recharged via the fitted USB-C port.

The Shure Beta 87A Vocal Microphone Capsule

The handheld microphone transmitter included in this pack comes pre-fitted with a Shure Beta 87A vocal microphone capsule which is renowned for treating vocals with warmth and accuracy. The low-frequency roll-off of this model efficiently compensates for the proximity effect while the high gain and supercardioid polar pattern effectively ignores ambient noise, leaving clearly defined, focussed sound. The Beta 87A is also near-invulnerable to distortion and electro-magnetic noise and features an advanced internal shockmount that efficiently dampens handling noise and absorbs mechanical shocks.