Boya BY-PM700 USB Condenser Triple-Capsule Microphone

Product Specifications

Microphone Type: USB Microphone
Frequency Range: 2020000Hz
Sensitivity: 16 Bit/48 kHz
Polar Pattern: Stereo, cardioid, omnidirectional, and bidirectional
Noise/Signal: 80dB
Output Impedance: >16ohms
Dimensions: 112 x 108 x 200mm (Min.), 112 x 108 x 295mm (Max.)
Weight: 1042g
Power Module: 5V/150mA
Headphone Amplifier: Impedance: 16ohms, Power output (RMS): 130mW, Frequency Response: 1520,000Hz
System Requirements: Windows and Mac computers
Connector: 1/8″ Headphone Monitoring Jack
Cable: Integrated USB cable, 3m to USB cable, and 2m TypeC cable

Product Description

Experience highquality audio recording with the Boya BYPM700 USB Condenser TripleCapsule Microphone. This premium microphone features a durable build and advanced technology, making it a musthave accessory for content creators, podcasters, and musicians.

With its versatile polar patterns, including stereo, cardioid, omnidirectional, and bidirectional, you can capture highquality audio in various environments. The microphone’s frequency range of 2020000Hz ensures accurate sound reproduction, while its sensitivity of 16 Bit/48 kHz provides clear and detailed recordings.

The Boya BYPM700 also features a builtin 1/8″ headphone jack for realtime monitoring, allowing you to hear your recordings without latency. The shared control knob for headphone monitoring and recording volume makes it easy to adjust settings on the fly.

This microphone is designed for ease of use, with a plugandplay USB connection that makes it compatible with both Windows and Mac computers. The included durable desktop stand and cables (3m to USB and 2m TypeC) provide a convenient and stable recording setup.

Invest in the Boya BYPM700 USB Microphone for highquality audio recordings and enjoy its best performance, durable build, and premium design. With a 1year warranty, you can trust in the quality and reliability of this topnotch microphone. Get ready to take your recordings to the next level with this exceptional device.