Interface de áudio YAMAHA UR12MK3 branco - interface USB 2-in/2-out compacta…

The YAMAHA UR12MK3 White is a compact 2-in/2-out USB audio interface designed for basic recording and playback tasks. It connects directly to a computer via USB to capture microphone and instrument signals and to deliver monitored audio to headphones and speakers. The unit provides straightforward hardware controls for input gain and monitoring, making it suitable for simple multitrack tracking, podcasting, voice-over work and home studio applications.

Advantages

The interface offers low-latency USB connectivity and clear conversion for reliable sound capture and playback. Its two input channels accept both microphone and instrument-level sources, and the dedicated headphone output with level control enables private monitoring. The compact footprint and durable construction make the unit easy to position on a desk or transport between locations. Physical controls for gain and monitoring simplify setup and reduce dependence on software for everyday tasks.

Suitable for

Key specifications

How to use

Connect the YAMAHA UR12MK3 White to your computer with the supplied USB cable, install any necessary drivers or software if required by your operating system, then connect a microphone or instrument to the appropriate input. Adjust the input gain controls while monitoring through headphones or speakers to achieve the desired recording level without clipping. Use the monitor control to balance direct monitoring and playback from your recording software. For stereo recording, route left and right signals appropriately in your DAW.

Recommendations

For optimal results, use a low-noise microphone and set input gain so that peak levels remain below clipping. Monitor with closed-back headphones when recording vocals to minimize bleed, and place the interface on a stable surface away from vibration sources. If you experience latency, check buffer settings in your audio software and adjust sample rate and buffer size for a balance between performance and CPU load.