The Shure AD2/K9HSB Axient Digital Handheld Transmitter G57 is a professional handheld wireless microphone transmitter that sets new standards in the realm of RF performance and audio fidelity, perfect for high-end live performances and sound-reinforcement applications. Its dual-diaphragm KSM9HS condenser capsule boasts outstanding sonic detail and superior vocal reproduction with two switchable polar patterns for adaptability in diverse environments, offering engineers flexibility with hypercardioid and subcardioid settings. This robust transmitter operates within a 146 MHz ultrawide UHF bandwidth and supports selectable RF output power for tailored performance needs across up to 330 feet. Engineered to endure demanding conditions, the unit includes AES 256-bit encryption and incredible battery life, lasting up to 9 hours with Shure's rechargeable battery. The intuitive design features such as infrared syncing and a backlit LCD make operation seamless, while its rugged aluminum case ensures reliability without sacrificing portability.
Features
Dual-diaphragm KSM9HS condenser capsule with switchable hypercardioid and subcardioid polar patterns.
Operates over a 146 MHz ultrawide UHF bandwidth with selectable 2/10/35mW RF output power.
Up to 330 feet transmission range.
Up to 8 hours of operation on AA batteries, and 9 hours with a Shure SB900A lithium-ion rechargeable battery.
Rugged, moisture-resistant aluminum construction with AES 256-bit encryption for secure transmission.
IR sync functionality, automatic gain adjustment, and user-friendly backlit LCD with menu access.
Support for interchangeable Shure microphone capsules.
Available in black or nickel finishes.
Dimensions: 2 inches width, 10.1 inches height.
Weight: 0.75 pounds.
In the Box
Shure AD2/KSM9HSB Digital Handheld Wireless Microphone Transmitter with KSM9HS Capsule (G57: 470 to 616 MHz, Black)
WARNING: This product may expose you to chemicals which are known to the State of California to cause cancer. For more information go to www.P65Warnings.ca.gov.
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