Take your audio recording to the next level with the Deity Microphones S-Mic 3 Supercardioid Shotgun Microphone, a premier choice for sound professionals in the film and TV industry. This expertly crafted microphone is engineered to deliver superior performance in the most demanding environments, setting a new standard in audio fidelity. At the heart of the S-Mic 3 is its DC Bias Condenser technology, which elevates sound quality to new heights, capturing every nuance with remarkable precision. The S-Mic 3 covers an extensive frequency response range, from the deep bass tones at 50Hz to the crisp high notes at 20kHz, ensuring comprehensive audio reproduction.
With a sound pressure level of 130dB, this microphone is adept at handling even the loudest environments, providing distortion-free recordings regardless of ambient noise levels. Its supercardioid pickup pattern offers an impressive -18dB off-axis suppression, effectively minimizing unwanted background noise and keeping your audio focused on the intended subject. Designed with high sensitivity, the S-Mic 3 requires less gain, reducing the risk of distortion and preserving the pristine quality of your recordings. It boasts a remarkable 12dB noise floor (A-weighted), ensuring crystal-clear audio capture in every scenario. Despite its robust capabilities, the S-Mic 3 is remarkably lightweight, weighing only 80g 60% lighter than previous models thanks to its durable aluminum alloy construction.
This makes it easy to handle and mount without adding unnecessary weight to your setup. The microphone's body is engineered to suppress radio frequency interference, ensuring clear and uninterrupted audio. Additionally, its moisture-resistant design makes it a reliable choice for humid shooting locations, maintaining clear and distortion-free audio even in challenging environments. Whether you're capturing sound for a blockbuster film, a TV series, or an engaging documentary, the Deity Microphones S-Mic 3 Supercardioid Shotgun Microphone is your ultimate solution for outstanding sound recording.