BOYA K9 Wired Microphone - Black

The BOYA K9 is a USB microphone designed for high-quality recordings in home studios, streaming, and podcasts. It offers 48 kHz audio recording in 16-bit or 24-bit, allowing for a more detailed and natural sound. Three polar patterns allow for easy adjustment of sound pickup to the specific situation. Built-in noise reduction and real-time monitoring enhance recording control. RGB backlighting and gain control complete the set's functionality. This solution streamlines recording and provides greater control over the sound.

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Specification:

• Brand: BOYA
• Model: BOYA K9
• Sample rate/bit depth: 48 kHz/16-bit/24-bit
• Sensitivity: -46 dB
• Signal-to-noise ratio: 75 dB
• Frequency response: 20 Hz - 20 kHz
• Max SPL: 108 dB
• Polar pattern: supercardioid, omnidirectional, bidirectional
• Backlight: RGB
• Noise reduction: yes
• Built-in microphone: 14mm condenser
• Monitoring: real-time
• Gain control: yes
• Gain control range: 0-27 dB
• Audio output: USB-C
• Power: via connected device
• Dimensions: 249 x 117 x 86 mm
• Weight: 599 g
• Package contents: microphone, pop filter, desk stand with shock mount, 1.8m USB-C to USB-C / USB-A cable, 5/8" to 3/8" adapter
• Color: black

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Key advantages of the K9 microphone:

• 3 directional characteristics: adapt the recording mode to different scenarios.
• Noise reduction and monitoring: greater control over sound quality in real time.
• Gain control: precise signal level setting.
• RGB backlight: ability to change the microphone visual effects.
• Higher quality recordings: 24-bit support provides greater audio detail.

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The ability to choose between supercardioid, omnidirectional and bidirectional modes allows for greater control over sound pickup.

Real-time features help reduce interference and monitor sound quality in real time.

The 0-27 dB range allows for precise signal adjustment depending on the recording conditions.

Lighting effects allow you to match the microphone's appearance to your workstation or streaming style.

Support for higher bit depths allows for more natural and accurate sound reproduction.