A broadcast quality, omni-directional lavalier set that is ready to film within seconds. Ideal for hands-free interviews and documentaries.
The AVX-MKE2 SET includes a bodypack transmitter with lavalier microphone, the plug on receiver and all accessories to operate out of the box with camcorders as well as DSLR cameras. It features self configuring digital transmission which eliminates time-consuming radio frequency setup. The ultra compact receiver rotates around the XLR connector to avoid collision with other devices mounted on your camera. It switches on and off automatically with your camera - saving battery power. The AVX matches perfectly to your camera's input sensitivity without having to adjust the audio level on the microphone. From professional wedding video to documentaries, from street interviews to corporate videos, the AVX just works allowing you to concentrate on creativity.
Sennheiser AVX-MKE2 Set Features
- Fast setup
- Plugs directly into XLR audio input
- Ultra compact receiver
- Switches on/off by P48 Phantom power
- Optimized dynamic range
- Auto frequency management
- AES 256 encryption
- License free
- Accessories included for DSLR use
- Metal housing
- Plug-on receiver1
- Energy pack1
- USB charger1
- USB charging cable1
- Bodypack transmitter1
- MKE 2 lavalier microphone1
- Microphone clip1
- Hot shoe mount1
- Beltclip1
- XLR to mini jack cable1
- Pouch1
- Color black
- Frequency response 20 Hz - 20000 Hz
- THD, total harmonic distortion typ. 0.1 %
- WeightReceiver: 87 g (incl energy pack)
- Audio input 3.5 mm mini jack
- Audio output XLR
- Operating temperature -10 °C - + 55°C
- Signal-to-noise ratio > 90 dB(A)
- RF output power adaptive up to 250mW (peak) country specific
- Operating time > 4h (Receiver), typ 15 h (Transmitter with LiIon energy pack)
- Modulation GFSK (DECT)
- Audio output level -30 dBu - 0 dBu in 4 Steps
- Battery Specification Li-Ion 3,7 V DC
- Dynamic range > 120 dB(A)
- Frequency band 1880 - 1930 MHz (Country specific)
- Sampling rates 24 bit / 48 kHz
- Latency 19 ms
