Sennheiser EW112-p G3 Camera Mount Wireless Microphone System with ME2 Lava
The Sennheiser EW112-p G3 Wireless Portable Microphone System is intended for portable wireless operation, such as video and field recording applications. This camera-mountable system includes a UHF diversity receiver, bodypack transmitter and ME2 lavalier microphone. The SK100 G3 bodypack transmitter and EK100 G3 receiver synchronize channel and frequency at the touch of a button.
An optional rechargeable battery pack allows you to charge batteries while they remain inside. The receiver includes the CA2 shoe mount adapter, for easy installation onto a camera shoe. A back-lit display allows for easy operation under dimly-lit conditions and its user friendly menu makes operation quick and easy. The EW112-p G3 is very well suited for video shoots of all kinds, ENG applications and field recording.
Sturdy metal housing (transmitter and receiver)
42MHz bandwidth: 1680 tunable UHF frequencies for interference-free reception
Enhanced frequency bank system with up to 12 compatible frequencies
High-quality true diversity reception
Pilot tone squelch for eliminating RF interference when transmitter is turned off
Automatic frequency scan feature searches for available frequencies
Enhanced AF frequency range
Increased range for audio sensitivity
Wireless synchronization of transmitters via infrared interface
User-friendly menu operation with more control options
Illuminated graphic display (transmitter and receiver)
Auto-Lock function avoids accidental changing of settings
HDX compander for crystal-clear sound
Transmitter feature battery indication in 4 steps, also shown on receiver display
Programmable Mute function
Integrated Equalizer and Soundcheck mode
Contacts for recharging BA 2015 accupack directly in the transmitter
Wide range of accessories adapts the system to any requirement
The signal to noise ratio (SNR) is a useful and universal way of comparing the relative amounts of signal and noise for any electronic system; high ratios will have very little visible noise whereas the opposite is true for low ratios.