Rode VideoMic Pro+

Description

Rode VideoMic Pro+ On-Camera Shotgun Microphone

Rode VideoMic Pro+ On-Camera Shotgun Microphone. RODE’s VideoMic Pro+ is a premium on-camera video shotgun microphone, designed for use with DSLR’s, camcorders and portable audio recorders.
Featuring a two stage high pass filter, output level control and high frequency shelf at the back of the microphone, as well as a detachable output cable and locking 3.5mm to 3.5mm jack plug to allow the RODE VideoMic Pro+ to connect to smartphones.
The microfibre flocked windshield provides protection from wind noise while eliminating the need for a deadcat and the microphone can be powered by AA batteries, so it’s simpler than ever to achieve brilliant sounding audio.
As well AA battery compatibility, the RODE VideoMic Pro+ includes a USB rechargeable LB1 Lithium-Ion battery that provides up to 100 hours run time.
When used with on camera plug-in power, the VideoMic Pro+ will power itself on and off automatically when the camera is turned on

Automatic Power Function (subject to plug-in power availability) is perfect for the run-and-gun shooter, automatically turning the microphone off when unplugged from the camera

Built-in Battery Door makes replacing the battery a breeze and far less cumbersome than previous VideoMic models – plus it won’t get lost.

Power options – the VideoMic Pro+ can be powered by the all-new and included Rode LB-1 Lithium-Ion Rechargeable Battery, 2 x AA Batteries or continuously via Micro USB

Digital Switching – will ensure the user has ultimate capture of the audio signal at the source, reducing post production and editing times. the Digital Switching includes:

3-Stage High Pass Filter to reduce low frequencies such as rumble from traffic or air conditioning

3-Stage Gain Control, with +20dB function – designed to improve audio quality on DSLR or mirrorless cameras

High Frequency Boost will boost high frequencies enhancing detail and clarity in the recording

Safety Channel to help ensure the signal does not clip when unexpected spikes occur