Feature
●[Clean Sound Quality] Featured with durability and adaptability, the XLR dynamic microphone for podcast, with SPL of 130dB, will not distort the audio from vocal, video or music recording, to keep its originality. Quite directional cardioid pattern deals with background noise, like hard drives or computer fans. The studio recording microphone delivers originally detail voice without much additional noise processing.
●[Upgrade XLR Output] XLR interface enhances the sense of audio space for immersive podcast audio. The XLR mic makes your vocal easier to resonate. Podcast microphone XLR eliminates circuit noise interference, worked with S/N Ratio higher than 75dB, thereby upgrading dynamics and details in audio. Use the vocal microphone with sound card or mixer equipment accessories in your studio to present more natural and high-end audio.
●[Convenient USB Output] Provided with both USB and XLR connections, the USB dynamic microphone for PC is a significant benefit for you to podcast in various ways. You can save more time to finish your recording work quickly via recording on desktop or laptop by plugging the 8.2ft USB cable directly. USB connection readily satisfies your daily recording needs, and also portable when out for work.
●[Natural Audio Clarity] Operated with frequency response of 50Hz-16KHz, the gaming recording microphone delivers balanced audio range for smooth mid, bright high and stable bass, likely to resonate with your audience. Dynamic microphone with directional cardioid capsule will not exaggerate your voice, while rejects unwanted off-axis noise for vocal originality and intelligibility during your streaming video recording.
●[XLR Connection Upgrade-Ability] No phantom power needed, XLR connection grows alongside your studio setup equipment, like sound cards and mixers, which improves speaking audio flexibility to make you explore various types of music recording singing. The streaming black microphone isolates the pristine and accurate sound from ambient noise via balanced transmission with greater anti-interference and fidelity.
Description