Detail 01
Self-configuring digital transmission
Eliminates time-consuming radio-frequency setup.
Product detailSKU #1500000365205
SennheiserAVX ME2/835 Wireless Digital System With ME 2 Omnidirectional Lavalier and 835 Microphone
1/6
Independent shopping perspective
The Korena take
This AVX package covers handheld and lavalier wireless capture for camcorder and DSLR work. It includes the e 835 handheld microphone, ME 2 omnidirectional lavalier with bodypack transmitter, and a plug-on receiver. Self-configuring digital transmission eliminates radio-frequency setup, so the system gets out of the way of a fast shoot. The rotating receiver helps avoid conflicts around a camera’s XLR connection, then follows the camera’s power state and matches its input sensitivity automatically.
Strong match
Who this is for
- Wedding video, documentary, corporate-video, or street-interview shoots needing handheld and lavalier microphone options.
- Camera-based productions where quick wireless setup leaves more attention for filming.
What matters in use
The specifications, translated
Catalog numbers tell only part of the story. These are the details most likely to change how this product feels, sounds, or fits into a setup.
Detail 02
Rotating plug-on receiver
The receiver can rotate around the XLR connector to avoid collisions with other camera-mounted devices.
Detail 03
Automatic camera-linked power
The receiver turns on and off with the camera to conserve battery power.
Final check
Know before you order
- 01Designed for use with camcorders and DSLR cameras.
- 02The AVX automatically matches the camera input sensitivity, without adjusting the microphone’s audio level.
Product questions
Before you decide
Straight answers to the questions shoppers most often ask about this product.
01Which microphones are included?
The system includes an e 835 handheld microphone and an ME 2 omnidirectional lavalier microphone with a bodypack transmitter.
02Do I need to configure radio frequencies?
No. Its self-configuring digital transmission eliminates radio-frequency setup.
