Here's something we've never seen before - a complete wireless earset microphone and transmitter in one! That's right, the Samson Airline Micro Earset System is one of the smallest wireless earset systems on earth. It includes an ultra-sleek combination transmitter and microphone that fits snugly over your ear. With the Samson Airline Micro Earset System, you never have to worry about bulky body-pack transmitters or cables that can snag and pull off your microphone. Its low-profile design keeps it close to your face, while its slim microphone extends toward your mouth without drawing attention.
The Samson Airline Micro Earset System functions at the UHF 600MHz range (around TV channels 42 and 43) for interference-free transmission. The combination transmitter/microphone runs for up to six hours on a Lithium Ion battery, which you can recharge using USB bus power via the included recharging dock. The Samson Airline Micro Earset System's transmitter/microphone is water resistant and features tone squelch and auto mute functions. The receiver is also incredibly low profile, features a 3.5mm (1/8") balanced output, and comes with an AC adapter. And the entire Samson Airline Micro Earset System fits into a single handy carrying case.
Wireless UHF 600 MHz system with micro-size AH2 xmtr
Over the ear transmitter — No bodypack!
Tone squelch and auto mute
Includes a system carrying case
Includes AC adapter and charging cables
Lithium Ion rechargeable battery (5 - 6 hour operation)
USB DC input for charging
Low profile receiver (2.36" x 1.67" x .51")
3.5mm balanced mic/level output
AH2 Earset Transmitter
Lightweight earset transmitter with omnidirectional microphone
Lithium ion rechargeable battery (5-6 hours of operation)
Single button operation for power, mute and volume
Lithium ion rechargeable battery (7-8 hours of operation)
3.5mm balanced mic/line level output
Provides secure base for AR2 receiber during operation and recharging
3.5mm balanced audio output (cables included)
Available in N1, N2, N3 and N4 band operating frequencies, upon request.