Shure - AD2 KSM8N G56

The Shure AD2 KSM8N G56 is a high-performance handheld transmitter designed for professionals requiring reliable digital transmission on the G56 frequency band (470/636 MHz). Its rugged metal construction ensures long-lasting durability, while the backlit LCD display and nickel-color finish add both functionality and elegance to the transmitter. The quality of its workmanship ensures ease of use and a sophisticated appearance, making it a trusted choice for demanding live applications.

Featuring the patented Dualdyne capsule, the KSM8N features advanced dual-diaphragm technology and a reverse airflow system, which deliver exceptionally consistent audio reproduction. This design provides precise proximity effect control and a neutral midrange and high-frequency response, while providing uniform attenuation of off-axis noise to minimize unwanted interference. This level of precision is particularly appreciated by singers and sound engineers, who benefit from remarkable vocal quality with little need for adjustment.

The AD2 KSM8N offers two transmission modes: Standard mode, ideal for wide coverage, and High Density mode, which optimizes the management of many channels without compromising coverage. With a battery life of up to 11 hours with a rechargeable lithium-ion battery (sold separately) or 8 hours with AA batteries, this transmitter ensures continuous reliability during long performances. External charging contacts allow for quick and easy recharging via compatible docking stations.

In terms of RF performance, the AD2 KSM8N offers an extended bandwidth of up to 184 MHz, ensuring a stable signal even in environments with dense interference. It is equipped with advanced features such as interference detection, IR synchronization, and AES-256 encryption, ensuring secure transmission. Its low latency of less than 3 milliseconds ensures fast and precise audio quality, and its compatibility with Shure AD4D and AD4Q receivers allows seamless integration into Axient Digital systems, recognized for their reliability in large productions and events.