The Shure SLXD2/SM86 G59 (470-514 MHz) combines a handheld transmitter with advanced wireless technology and the sound of the popular SM86 handheld microphone. Experience the benefits of this high-resolution condenser capsule and the freedom of a reliable wireless system.
Features:
High-resolution SM86 sound
Clear 24-bit digital audio signal
Range 100 m
Easy set-up thanks to "Scan and Sync" function
Up to 8 hours battery life (optional battery operation)
Robust metal housing
Frequency range: G59 (470-514 MHz)
Technical data:
Frequency range: G59 (470-514 MHz)
Range: 100 m
Battery type: Lithium-ion rechargeable battery or 1.5 V AA batteries
Dimensions (diameter × length): 37.1 × 176 mm
Weight: 147 g
Antenna type: Integrated 1-band helix antenna
Maximum input level: 8.2 dBV
Modulation: Proprietary Shure digital modulation
Transmit power: 1 mW/10 mW. Varies by region.
Premium sound without wires
When it comes to capturing the sound of the voice in live performance in as much detail as possible, the Shure SM86 is an excellent choice. Thanks to its condenser design and cardioid pickup pattern, it delivers impressive sound quality, whether for speech or vocals.
State-of-the-art technology and simple operation
The radio technology included in the handheld transmitter delivers an excellent 24-bit signal with absolutely reliable RF performance. Added to this is a remarkable range of up to 100 metres, so that even literally large events are no problem. And thanks to the generous runtime of around eight hours with two AA batteries, the event can go on for a little longer. If necessary, however, you can also insert an optional rechargeable battery into the handheld transmitter instead of the batteries.
Meanwhile, the start-up is pleasantly simple, because with the help of the "Scan and Sync" function, you can establish a connection between the transmitter and receiver in no time at all and without any effort.
Shure QLXD2/B58 G51 (470-534 MHz)
Shure GLXD1+=-Z4
Shure GLXD4+E=-Z4
Xvive U3 Microphone Wireless System für dynamische Mikrofone