Maono
MAONO XLR/USB Podcast Microphone (White, PD200x)
2250
ج.م2600
ج.م13%-
Recording, streaming, games, voiceover
- 【Superior Sound Quality】Record crystal clear sound with a PD200X dynamic USB microphone. With the built-in dynamic microphone capsule, you can capture deep bass, delicate highs and clear mids. Designed to provide exceptional performance for podcasting, streaming and recording
- Advanced Software Control Take your audio customization to the next level with MAONO Link software, allowing you to customize different settings and optimize your sound effortlessly. Adjust the perfect singing sound, and you can turn on/off the RGB light or switch between 9 different colors. Also supports EQ, limiter and compressor setting in USB mode. (Software functions are only available in USB mode)
- VERSATILE The PD200X streaming microphone is equipped with two USB and XLR interfaces. Plug and Play when recording with desktop or laptop by directly connecting the 8.2m USB cable. The XLR analog output is used to connect all professional interfaces, mixers or portable PA systems when podcasting in your studio. Ideal for a variety of applications including podcasting, voiceovers, games, YouTube videos, music recordings and more
- Easy Plug and Play Installation - You have everything under control, just connect the microphone to your computer via USB and start recording immediately. No additional drivers or complicated configuration is required. The podcast microphone has a 2 in 1 smart button to adjust microphone amplification and headphone volume, one-click mute button with LED display helps you immediately mute the microphone and monitor in real time the output of the 3.5mm headphone jack monitor as the recording professionals want
- ADJUSTABLE & FLEXIBLE The MAONO PD200X podcast microphone kit features a stable and adjustable microphone arm, which allows you to position it at the perfect angle for optimal sound recording. Made from high quality materials, premium microphone materials and craftsmanship to protect the internal structure of the microphone