Description
Designed for solo voice capture in run-and-gun interviews, podcasts, and live events, the D2 Mono Wireless Shotgun Microphone System from Synco offers a versatile audio recording device for all production needs. The system includes a single shotgun microphone transmitter and a receiver compatible with computers, smartphones, and cameras. The transmitter features a hypercardioid pickup pattern capable of capturing directional sound. Batteries on both components keep your system up and running for up to 11 hours at a time.None Designed for solo voice capture in run-and-gun interviews, podcasts, and live events, the D2 Mono Wireless Shotgun Microphone System from Synco offers a versatile audio recording device for all production needs. The system includes a single shotgun microphone transmitter and a receiver compatible with computers, smartphones, and cameras. The transmitter features a hypercardioid pickup pattern capable of capturing directional sound. Batteries on both components keep your system up and running for up to 11 hours at a time.Directional Sound Pickup The transmitter shotgun has an internal brass construction, creating a hypercardioid pickup pattern that focuses on sound coming from the front of the microphone and rejecting background noise. This makes it ideal for performances and documentary filmmaking where environmental noises might disrupt your desired audio content.High-Quality Audio Transmission Using 2.4 GHz frequency, the system can communicate to one another from up to 656' away. This allows your sound recordist to mount the shotgun onto a boompole without needing to worry about having a cable long enough to reach your camera. The system can record up to 48 kHz 24-bit audio with a low latency of 12 ms.Secure Recording Options One-click physical noise cancellation and a -6 dB safety recording track are available to mitigate unforeseen disturbances in your audio recording. The included receiver can switch between mono and stereo recording outputs, depending on the needs of your production.