Shure | ADX2FD/K11

Shure | ADX2FD/K11

In the Box: SB920A Rechargeable Lithium Ion Battery, 95B2313 Zipper Bag, WA371 Microphone Clip & 31A1856 Euro-Threaded Adapter

ADX2FD/K11 features the prized combination of full lows, clear mids and high-end of the KSM11 Cardioid Condenser Microphone. Combined with ADX transmitters this combination sets the stage for exceptional performance. Frequency Diversity with wide tuning up to 184 MHz, interference protection, advanced rechargeability, streamlined design, and ShowLink remote control for real-time parameter adjustments right from the booth.

• Ability to transmit RF signal on two discrete carriers
• Optional 50mW High Power mode for driving increased power on a single frequency
• Durable, moisture-resistant, lightweight metal case in black or nickel finish
• Up to 6.5 hours of runtime with SB920A rechargeable battery when transmitting on two RF carriers (up to 9 hours battery life when transmitting on a single RF carrier)
• External contacts for docked charging with optional fully covered radome
• Diversity ShowLink enabled for remote transmitter control and automatic interference avoidance
• Two transmission modes: Standard for optimal coverage and new High Density for maximum system channel count and robust coverage
• Encryption-enabled, secure transmission

The ADX2FD/K11 is a handheld wireless microphone transmitter compatible with Axient® Digital Wireless Systems.

Note: When purchasing separate wireless components, please match their frequency bands to ensure proper system operation.

• Product series: Axient Digital
• Optional Accessories: RPW116
• Battery Life Lithium: n/a h (up to)
• Battery Life Alkaline: n/a h (up to)
• Audio Mute: n/a
• Detachable Antennas: n/a
• Switchable RF Power: n/a
• Frequency Diversity: n/a
• High Density Mode: n/a
• Interchangeable Handheld Capsule: n/a
• Operating Range: n/a
• Component: wireless_transmitter
• Color: Black or Nickel
• Logic output: false
• Frequency band: G56 (470–636 MHz)
• On/Off switch: false
• Mute switch: false