Life Hack Shure Adx2fd/k9n Digital Handheld Wireless Microphone Transmitter With Ksm9 Capsule (g57: 470 To 616 Mhz, Nickel) With Tracking [cKQydCG1]

Shure ADX2FD/K9N Digital Handheld Wireless Microphone Transmitter with KSM9 Capsule

The Shure ADX2FD/K9N is a cutting-edge digital handheld wireless microphone transmitter designed for professional use. This transmitter is specifically crafted for Axient Digital Systems, offering seamless integration and performance. With its KSM9 Condenser Capsule, it captures every nuance of sound with exceptional detail, ensuring precise vocal reproduction for high-end live performances. The transmitter's Frequency Diversity feature guarantees uninterrupted audio quality, even in challenging RF environments.

Key Features and Specifications

The ADX2FD/K9N is equipped with a dual-diaphragm KSM9 condenser capsule, providing two switchable polar patterns for versatile use. The cardioid pattern offers a warm, full sound with minimal off-axis coloration, while the supercardioid pattern provides increased sound isolation and gain before feedback. This transmitter operates in a single 146 MHz ultrawide UHF bandwidth, offering up to 9 hours of operation on an SB920 rechargeable battery. Its lightweight aluminum case is durable and moisture-resistant, ensuring pristine audio quality and secure transmission with AES 256-bit encryption.

Advanced Technology and Practical Applications

The ADX2FD/K9N features Frequency Diversity for mission-critical applications, ensuring seamless, uninterrupted audio. ShowLink technology allows for automatic interference avoidance and real-time remote control of parameters, making it ideal for challenging RF environments. The interchangeable design with the KSM9 capsule allows for easy replacement with other Shure capsules, providing flexibility for various applications. The transmitter's user-friendly features, such as automatic gain adjustment and a backlit LCD for easy navigation, make it a practical choice for high-profile sound-reinforcement applications.