FIFINE K669B | Entry-level USB Cardioid Condenser Microphone, Suitable for Streaming and Voice Communication
The FIFINE K669B is an entry-level USB cardioid condenser microphone focused on plug-and-play ease and clear vocal capture. Its metal body is durable, making it suitable for streaming, online meetings, podcasting, and in-game voice chat; no additional audio interface is required to connect to a computer, making it easy to improve recording quality and communication effectiveness.
Key Product Features
- Cardioid pickup focuses on vocals while reducing ambient noise interference
- USB plug-and-play, no driver installation required
- Condenser capsule delivers detailed vocal and narration performance
- Metal body and durable grille for reliable everyday use
- Built-in digital conversion, outputs digital audio directly via USB
- Compatible with major platforms such as Windows and macOS
- Works with common desktop stands or boom arms for flexible positioning
- Compact and portable, suitable for home, office, and on-the-go recording
System Specifications
- Connection interface: USB (standard UAC audio device)
- Power: USB bus-powered
- Operating systems: Windows 10/11, macOS 10.13 or later; other systems should verify support for standard USB audio
- Mobile devices: iPadOS/Android require OTG adapter compatibility; actual usability depends on device power capabilities
- Note: This is a USB microphone and does not have XLR analog output
Plugin Formats
- Not applicable (hardware USB microphone, no AAX/AU/VST3 plugins)
Supported Applications and Workflow Integration
In DAWs (such as Audacity, GarageBand, Logic Pro, Reaper, Ableton Live), select FIFINE K669B as the input device to begin recording; in streaming and communication software (such as OBS, Zoom, Teams, Discord) it will likewise be recognized by the system as a standard USB microphone for quick setup. We recommend adjusting input gain within the software and using an appropriate distance with slight off-axis positioning to achieve clear and stable vocals. For real-time monitoring, use software playback or an external audio interface with headphones.
