Audio-Technica - Cardioid Condenser USB Microphone AT2020USB-XP

When it comes to creating engaging content, having high-quality audio is essential. The AT2020USB-XP ensures that the focus remains on a chosen sound source with its cardioid directional pick-up and onboard noise reduction. Available on the base of the microphone, you can select from three levels of noise reduction or turn it off completely, depending on your recording environment.

The AT-2020USB-XP microphone provides users additional digital control with on-board automatic gain control. This feature allows users to maintain a consistent microphone output level regardless of how loudly or softly they speak or sing.

The microphone’s LED on the body conveniently indicates the current noise reduction setting and if automatic gain control is on for easy use.

This microphone is equipped with a high-resolution A/D converter that supports up to 24-bit/192 kHz recording sampling rate, providing crystal-clear and natural sound reproduction to create captivating audio.

The built-in headphone jack and volume control allow for direct monitoring of the microphone signal without any delay. The mix control functionality enables users to seamlessly blend the microphone’s audio with audio from their computer. The AT2020USB-XP features a touch-sensitive mute button conveniently located on the body of the microphone. This feature makes muting for breaks or unexpected interruptions simple with one hassle-free tap of the button. The LED light will indicate that audio is muted at the microphone by turning from blue to red.

This microphone offers a USB-C output while also including a USB-C to USB-A cable and USB-A to USB-C adapter for maximum compatibility. The AT2020USB-XP also comes with an array of other accessories including a custom-designed pop filter, a 3/8'-16 to 5/8'-27 threaded adapter, and a custom microphone desk stand that provides a stable and secure base. The microphone is also compatible with the AT8455 Shock Mount (sold separately) to effectively absorb vibration noise.