SYNCO Mic-D30

Overview

SYNCO Mic-D30, a professional highly directional camera microphone, is launched to be an “audio technician”. It is equipped with a sophisticated microphone amplifier to boost the sound signals while maintaining low self-noise. D30 provides transparent sound performance and flexible functionality diversification. It works very well with cameras, camcorders, smartphones, recorders, laptops, tablets, and bodypack transmitters.

Stepless Analog Gain Knob

Mic-D30 video shotgun mic provides a stepless analog gain knob, adjustable from -10dB to 15dB non-linearly. It concurrently controls the microphone amplifier and headphone amplifier. Either input signals or output signals can be adjusted to a proper level for distortionless sound.

Doubled Sound Track Protection

The embedded overdrive protection system protects the sound recording from distortion when it reaches the maximum sound pressure level of 124 dB SPL. The safety channel ensures the audio won’t be broken or lost at the peak of SPL by 10dB attenuation.

Real-time Audio Monitoring System

A 3.5mm TRS headphone monitoring jack is used to real-time check what’s got in the soundtrack ultimately. The powered shotgun microphone is paired with those headphones under 55 Ohm impedance to monitor the audio for energy saving.

Patented Type-C Interface

Camera mounted microphone Mic-D30 carries a Type-C interface with a utility model patent. It supports both analog and digital signal output. Type-C interface retains much more audio details than the usual 3.5mm port, delivering high-quality sound for users.

75Hz/150Hz Low Cut Filter

With ultra-low-noise electronics, Mic-D30 camera mic generates little inherent noise. 75Hz/150Hz Optional low cut filter further purifies the sound, removing most of low-frequency noises caused by airflow, shake, electrical current, and traffic.

Acoustic Noise Canceling Array

The Ox horn-like texture, namely Acoustic Noise Canceling Array (ANCA), enables shotgun microphone D30 to better process sound waves, reduce off-axis noise, and focus on capturing the audio in front of the capsule, along with a supercardioid condenser and an interference tube. The output is clear, crisp, and natural sound.