BOYA BY-V3 Combo 2.4GHz Wireless Microphone System with 2 Transmitters and 2 Receivers (Lightning & USB-C) - Black

Mobile content creators often struggle to capture clear audio without cumbersome cables or unreliable Bluetooth connections. The BOYA BY-V3 Combo solves this by delivering a dual-channel 2.4GHz wireless microphone system that connects directly to Lightning and USB-C devices, ensuring low-latency, high-quality sound for interviews, vlogs, and live streams.

Who is it for

This system is ideal for mobile journalists, YouTubers, TikTok creators, and podcasters who need a portable, plug-and-play wireless audio solution for iOS and Android smartphones, tablets, or USB-C computers. It suits anyone recording two subjects simultaneously without extra gear.

Main features

• Two clip-on transmitters with built-in omnidirectional condenser microphones capture voices clearly from up to 50m away.
• Dual receivers: one Lightning for iPhones/iPads, one USB-C for Android devices and computers—no adapters needed.
• 2.4GHz digital frequency hopping ensures stable, interference-resistant transmission with less than 15ms latency.
• Each transmitter provides up to 9 hours of battery life and recharges via USB-C.
• Includes two fur windshields to reduce outdoor wind noise and two USB-C charging cables.

Specifications

• Wireless technology: 2.4GHz Digital Frequency Hopping
• Microphone type: Built-in omnidirectional condenser
• Operating range: Up to 50m (164ft) line-of-sight
• Frequency response: 20Hz - 16kHz
• Signal-to-noise ratio: >80dB
• Sensitivity: -42dB
• Latency: <15ms
• Sampling rate: 48kHz
• Bit depth: 16-bit
• Battery life (transmitter): Approx. 9 hours
• Charging port (transmitter): USB-C
• Compatibility: iOS devices (iPhone, iPad), Android devices (smartphones, tablets), USB-C enabled computers

Tips

For best results, clip the transmitters to your subjects' collars or lapels, ensuring the microphone is unobstructed. Use the included fur windshields when recording outdoors to minimize wind noise. Keep the receivers within line-of-sight of the transmitters for optimal signal stability.