Beyerdynamic M 201 Dynamic Moving-Coil Hypercardioid Microphone

Regardless of whether it is utilized in a studio setting or during a live performance, the beyerdynamic M 201's accurate sound reproduction and linear frequency response ensure that the signal remains prominent within the mix, while also allowing for a wide range of post-processing possibilities. Additionally, the M 201's sleek design facilitates convenient microphone placement, providing users with optimal assistance in their pursuit of achieving the ideal sound.

Versatile

The M 201 provides a precise and detailed audio signal, even under very high sound pressure levels. This dynamic moving-coil microphone is ideally suited for snare drums and electric guitar amplifiers, but it is also effective for recording acoustic guitars and brass instruments, whether in a studio setting or during live performances.

Authentic Sound

The M 201 dynamic moving-coil microphone provides an exceptionally natural and transparent audio quality throughout its frequency range of 40–18,000 Hz. It refrains from altering the original signal, instead capturing it with authenticity. Furthermore, its outstanding fundamental sound allows for extensive possibilities in post-processing. These attributes render the M 201 an essential component in any high-quality microphone configuration.

The M 201 exhibits a remarkable capability for capturing speech and podcast audio. The dynamic moving-coil microphone's superior polar pattern plays a crucial role in minimizing interference. Its predominantly linear frequency response, complemented by a gentle treble enhancement, guarantees a well-balanced speech signal, and the optional windscreen effectively reduces plosive sounds.

Hypercardioid

The M 201 is designed with a hypercardioid polar pattern, which offers several benefits. It primarily captures sound from the front, while significantly attenuating signals from the sides and partially from the rear. This characteristic facilitates outstanding channel separation. Furthermore, the M 201 exhibits a reduced susceptibility to feedback, rendering it ideal for operation in environments with high noise levels.