Shure Wireless Digital Lapel System GLXD1+; WL185 Mic; GLXD4+

GLX-D+ Dual Band Digital Wireless is the perfect solution for musicians and presenters who want to go wireless with confidence, and without complexity. 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.

The new GLX-D+ Dual Band Wireless Presenter System features the premium wearable WL185 lavalier microphone for spoken word applications and the GLXD4+ tabletop receiver. The perfect combination of the automatic frequency management with the new Dual Band Technology provides reliable and consistent performance, while Shure proprietary Lithium-Ion rechargeable batteries provide up to 12 hours of use. Go wireless without complication.

Includes:

• GLXD1+ Digital Wireless Dual Band Bodypack Transmitter: Has rugged, metal construction with ergonomic design and reversible belt clip to fit comfortably and snugly in various positions. Compatible with instrument cable, and a variety of headset and lavalier microphone options.
• WL185 Cardioid TQG Lavalier Microphone: Offers an interchangeable cartridge and consists of a tie clip, and foam windscreen. Features include wide dynamic range and frequency response for accurate sound reproduction and increased immunity to noise.
• GLXD4+ Digital Wireless Dual Band Tabletop Receiver: Delivers exceptional digital audio clarity. The perfect combination of the automatic frequency management with the new Dual Band Technology provides reliable and consistent performance.

In the Box:

• 1 PS43 Power Supply
• 1 SB904 Lithium-Ion Rechargeable Battery
• 1 Black Carrying Case

• Dual Band Tech avoids interference for clear audio
• WL185 lavalier mic ideal for spoken applications
• GLXD4+ receiver ensures digital audio clarity
• 12-hour battery life with Shure rechargeable batteries
• Rugged bodypack transmitter with ergonomic design
• Wide dynamic range for accurate sound reproduction