RODE VIDEOMIC NTG ON-CAMERA SHOTGUN MICROPHONE
The VideoMic„¢ NTG is a feature-packed, broadcast-grade short shotgun microphone optimised for on-camera use. Flat frequency response, tight polar pattern, two-stage high-pass fi lter, precision gain control and a switchable pad ensure superior audio in any recording. An auto-sensing 3.5mm output interacts seamlessly with mobile devices and cameras, and a USB output offers direct connectivity with a computer or mobile device for ultimate versatility. An in-built rechargeable lithium-ion battery provides 30+ hours of usage, with an auto-power feature ensuring extended battery life.
KEY FEATURES OF THE VIDEOMIC NTG:
¢ Revolutionary acoustic design “ first introduced with the NTG5 “ which delivers unmatched acoustic transparency and a natural, uncoloured sound. ¢ Highly directional supercardioid polar pattern and very flat frequency response “ it sounds superb in a wide range of filmmaking, broadcast, and content creation applications. ¢ Unique infinitely variable gain control, allowing the user to precisely adjust the mic's output, from mic level to line level to headphone level. ¢ Auto-sensing 3.5mm output automatically switches between TRS and TRRS to accommodate both cameras (TRS) and mobile devices (TRRS) “ no need for adaptor cables. ¢ USB output “ turns the VideoMic NTG into a fully-featured USB microphone that can record direct to a computer, tablet, or smartphone. ¢ Headphone output “ for seamless audio monitoring (while using the USB output). ¢ Digital switching “ controls high-pass filter, - 20dB pad, high frequency boost, and safety channel. ¢ dB peak warning light “ to ensure distortion-free audio. ¢ In-built rechargeable lithium-ion battery provides 30+ hours of recording “ more than enough for the most demanding shoots. Charges via USB-C in just 2 hours. ¢ High-quality Rycote® Lyre® shock mounting with cable management, plus a sliding rail mount to adjust mic placement on a camera cold shoe. ¢ Lightweight (just 94g) and rugged “ aerospace-grade aluminium construction.