Do you have a question about the RODE Microphones VideoMic Me and is the answer not in the manual?
The main component of the microphone, housing the capsule and electronics.
A flexible mount designed to attach the microphone to various devices.
A port for connecting headphones to monitor audio.
The connector for outputting the microphone's audio signal.
An accessory for reducing wind noise during outdoor recording.
Accommodates various iPhone and iPad models while holding the microphone securely.
Attach the mount to the microphone body before connecting to your iOS device.
The mount flexes to fit device thickness; do not force or bend.
Connect the VideoMic Me to your iOS device; it becomes the default microphone.
Open your desired app and start recording for clear audio.
Connect headphones to the output socket and enable 'Playthrough' if needed.
Always use the included Furry Windshield for outdoor or windy conditions.
The main component of the microphone, housing the capsule and electronics.
A flexible mount designed to attach the microphone to various devices.
A port for connecting headphones to monitor audio.
The connector for outputting the microphone's audio signal.
An accessory for reducing wind noise during outdoor recording.
Accommodates various iPhone and iPad models while holding the microphone securely.
Attach the mount to the microphone body before connecting to your iOS device.
The mount flexes to fit device thickness; do not force or bend.
Connect the VideoMic Me to your iOS device; it becomes the default microphone.
Open your desired app and start recording for clear audio.
Connect headphones to the output socket and enable 'Playthrough' if needed.
Always use the included Furry Windshield for outdoor or windy conditions.
| Acoustic Principle | Pressure gradient |
|---|---|
| Polar Pattern | Cardioid |
| Output Connection | 3.5mm TRRS |
| Weight | 34g |
| Signal to Noise Ratio | 74 dB |
| Compatibility | iOS and Android devices |
| Equivalent Noise | 20dBA SPL (A-weighted) |
| Maximum SPL | 140dB SPL (at 1kHz, 1% THD into 1KΩ load) |
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