All-in-one Shure Adx2/n8sb Axient Digital Handheld Wireless Transmitter (g57: 470-616 Mhz, Black) Perfect For Gifting [cZXmuYAL]

Shure ADX2/N8SB Axient Digital Handheld Wireless Transmitter

Experience the ultimate in wireless microphone technology with the Shure ADX2/N8SB Axient Digital Handheld Wireless Transmitter. Designed for professional performances, this transmitter offers exceptional performance and versatility, making it the ideal choice for any live event or recording session. With its Nexadyne 8/S Supercardioid Dynamic Microphone Capsule and wide tuning range, the ADX2/N8SB delivers crystal-clear sound with unparalleled clarity and depth.

Key Features and Specifications

The ADX2/N8SB is equipped with a range of features that set it apart from other wireless transmitters. Its wide tuning up to 184 MHz ensures compatibility with various frequencies, while the interference protection ensures a stable and reliable connection. The advanced rechargeability feature provides up to 9 hours of runtime with the SB920A rechargeable battery, making it a convenient and cost-effective solution for extended performances. The transmitter also features an external contact for docked charging with an optional fully covered radome, adding to its durability and usability.

Practical Uses and Benefits

The ADX2/N8SB is compatible with Axient Digital Wireless Systems, offering seamless integration and enhanced performance. Its Nexadyne 8/S superardioid dynamic microphone with Revonic Transducer Technology guarantees a superior sound quality, perfect for vocalists, presenters, and musicians. The Diversity ShowLink feature enables remote transmitter control and automatic interference avoidance, providing peace of mind during live performances. With two transmission modes – Standard and High Density – the ADX2/N8SB offers optimal coverage and maximum system channel count, making it a versatile choice for any application. Additionally, the encryption-enabled secure transmission ensures the privacy and integrity of your audio signal.