Key Features

• Model: K688
• Polar Pattern: Cardioid
• Connectivity: XLR/USB Dual Connectivity
• Touch-Mute, Live Monitoring & I/O Level Control
• High-Density Flocked Pop Filter & Metal Shock Mount

Specification

Description

FIFINE K688 XLR/USB Dynamic Microphone

The FIFINE K688 XLR/USB Dynamic Microphone has dual connectivity options, USB and XLR, which provide flexibility; the USB connection allows for simple setup and immediate use, whereas the XLR connection provides enhanced audio quality and more sophisticated setup possibilities, ideal for those looking to step up their game. The cardioid polar pattern of the dynamic microphone type reduces background noise while collecting clear, focused audio, ensuring dependable performance even in untreated environments. The FIFINE K688 XLR/USB Dynamic Microphone is incredibly user-friendly and versatile, adapting to a variety of recording scenarios. Its USB mode includes touch-mute capabilities, live monitoring, and input/output level adjustments. The dynamic design of the microphone ensures clear and vibrant audio capture with its bright-sounding tone and easy-to-drive signal. Not only do the metal shock mount and high-density flocked pop filter effectively reduce plosive sounds and handle noise, but they also give the microphone a polished appearance. Technical specifications of the FIFINE K688 XLR/USB Dynamic Microphone further emphasize its capabilities: a signal-to-noise ratio greater than 75dB, ensuring minimal background noise; a frequency response of 70Hz to 15kHz, capturing a wide range of audio frequencies; and a sensitivity of -58±3dB, allowing for effective sound capture even at lower volumes. With compatibility for 16-bit/44.1k-48kHz sample rates and bit depth, it offers high-fidelity audio resolution ideal for recording and streaming. The FIFINE K688 XLR/USB Dynamic Microphone can handle powerful audio inputs without distortion, having a maximum sound pressure level (SPL) of 130dB. Additionally, users can vary the gain range from 0 to +12dB to precisely tailor their audio levels to their requirements.