Samson Airline Micro Wireless Earset at DC Music. Thank you for your interest in the Samson Airline Micro Wireless Earset. Samson Airline Micro Wireless Earset. The AirLine Micro Wireless Earset System is a breakthrough that utilizes the latest in lithium ion battery technology and small, high-quality audio and RF components to bring performance freedom and convenience to a new level. The result is not only our smallest wireless system, but also our most comfortable, reliable and versatile system ever. To eliminate continually changing batteries, Samson has designed this micro-size UHF wireless 600 Mhz system to be fully rechargeable, supplying lithium ion rechargeable batteries and USB DC power inputs for both the AH2 earset transmitter and AR2 receiver. A handy docking station for the receiver also provides a USB DC input and a 3.5mm balanced audio output. Because of these convenient recharging capabilities, the days of constantly changing the batteries in your wireless system are over. Leaving beltpacks behind, AirLine Micro employs the AH2, a complete earset transmitter for total freedom and uninhibited movement. The transmitter features an omnidirectional microphone to ensure your voice is picked up and amplified even during periods of fast, heavy movement. Plus, its water resistant design protects the mic and transmitter from moisture and perspiration that can accumulate during intensely active performances. Despite its modest size and inconspicuous appearance, the AR2 receiver boasts meticulous engineering that provides AirLine Micro with professional sound reproduction and exceptional reliability. Like the AH2 transmitter, the AR2 also houses a rechargeable battery that will offer about 7 hours of operation. A 3.5mm balanced mic/line level output and USB DC power input round out the features on this pioneering receiver. Elevating the convenience of micro-size wireless transmitters and receivers, the AirLine Micro Wireless Earset System packs an incredible amount of technology and innovation into small, unobtrusive components.