Audio-Technica ATV-SG1 Overview
Key Features
- For Videographers and Content Creators
- Mounts onto DSLR and SLR Cameras
- 14mm Large-Diaphragm Capsule
- 100mm Tube for Directional Sound
- Integrated Shockmount
- A-T Tech for Resisting Hum/RF Noise
- Rotatable in 30° Increments
- Low-Cut, Gain & Safety Track Functions
- USB-C Charging for 24 Hours of Use
- Includes Windjammer, Cables & 3.5mm Plug
Designed for videographers and content creators who require professional-quality audio, the Audio-Technica ATV-SG1 is a shotgun microphone that mounts directly onto your favorite DSLR and SLR camera and boasts incredible features, customizable settings, and headphone monitoring. The 14mm large-diaphragm capsule, paired with a highly directional 100mm acoustic tube, captures sound sources while blocking unwanted background noises. Furthermore, noise from movement and vibration is reduced thanks to the integrated shockmount, while a patented A-T noise-immunity technology gives excellent resistance to hum and RF noise—typically emitted from smartphones and other electronic devices.
The microphone has a 12-sided shoe mounting plate that can be rotated in 30° increments for flexible, horizontal positioning and precise orientation. Onboard controls for low-cut and gain allow you to tailor sound to your needs, while a safety track option splits the audio signal for creating a redundant, clip-free recording. The microphone can be recharged via an included USB-A to USB-C for up to 24 hours of use on a single charge. A windjammer is also included for reducing extreme wind noise while recording outside.
Redundant Safety Track
A redundant safety track option allows you to split the audio signal at a -6 dB reduced gain for ensuring a clip-free recording. Especially for unexpected spikes in level, this is a great option for clean recordings.
Multi-Mic Recording
An external input jack and accessory shoe are onboard for connecting and mounting lavalier microphones.
Onboard Monitoring
A headphone jack with volume adjustment enables real-time monitoring.