Studio microphone BLOW with LED stand — wired USB 2.0, 20–16000 Hz, sensitivity -50 dB, 237 g

The BLOW studio microphone with LED stand is a wired USB 2.0 condenser-style microphone designed for desktop recording and live streaming. It operates from a 5 V USB power source and delivers a frequency response of 20–16,000 Hz with a sensitivity of −50 dB ±2 dB and an input impedance of 68 Ω. Weighing 237 g and supplied as a single unit, the microphone features an integrated LED stand for stable placement and straightforward connection to computers and compatible devices via USB 2.0. The microphone is intended for indoor use and should be kept away from water.

Advantages

The wired USB connection provides plug-and-play compatibility with most computers without the need for an external audio interface. The wide frequency range supports clear reproduction of speech and many instruments while the specified sensitivity and input impedance enable consistent level capture for podcasting, streaming and voiceover work. The included LED stand offers a stable desktop mounting option that reduces handling noise and keeps the microphone in an optimal position for recording.

Suitable for

Key specifications

How to use

Connect the microphone to a computer USB 2.0 port; the device is USB powered and requires no separate power supply. Position the LED stand on a stable desk surface and adjust the microphone orientation so the capsule faces the sound source. For best results, maintain a consistent distance from the microphone and reduce room noise by closing doors or using soft furnishings. Use recording software on your computer to select the BLOW microphone as the input device and set appropriate input levels to avoid clipping.

Recommendations

Avoid contact with water and moisture. For reliable performance, keep the microphone dry, store it in a dust-free environment when not in use, and disconnect the USB cable before cleaning the stand or microphone body. Use pop filters or foam windscreens if plosive reduction is required, and monitor input gain in software to maintain clear, undistorted recordings.