Boya BY-V2 Dual Wireless Lavalier Microphone for iPhone iPad

Boya BY-V2 Dual Ultracompact 2.4GHz Wireless Microphone System Experience professional-grade wireless audio recording with the BY-V series. Whether you're on the move, hosting a podcast, or streaming live content, this wireless microphone system is perfect for capturing high-quality audio. The BY-V2 model is specifically designed for Apple iOS devices, featuring a MFi certified Lightning output and including 2 transmitters and 1 receiver. With its affordable price point, this system provides a reliable and accessible audio solution for a diverse range of users. • Ultracompact and portable design • Dual channel system with 2 transmitters and 1 receiver • Only compatible with iOS (iPhone/iPad) devices that feature a Lightning port. This product is not compatible with newer iPhone/iPad models which feature USB-C • Built-in omnidirectional microphone for 360° sound pickup • Selectable noise cancellation feature • Automatic pairing and plug-and-play functionality • Operating range of up to 50m • Transmission Type: 2.4GHz • Polar Pattern: Omnidirectional • Frequency Response: 20Hz-16kHz • Signal-to-noise Ratio: 80dB • Sensitivity: -42dB • Operating Range: 50m (without obstacles) • RF Output Power: 6dBm • Charging Port: USB-C • Transmitter's Battery Capacity: 95mAh • Transmitter's Charging Time: Approx. 2 hours • Transmitter's Battery Life: Approx. 9 hours • Receiver's Power Requirement: Supplied by External Devices • Weight: BY-V2-TX: 9.5g, BY-V2-RX: 6g • Dimensions: BY-V2-TX: 52.22×25.23×19.75mm, BY-V2-RX: 43.92×23.5×9.3mm • Packing List: BY-V2-TX Transmitter ×2, BY-V2-RX Receiver ×1, USB-C Charging Cable ×2, Foam Windscreen ×2 * DISCLAIMER: Design, features and specifications subject to change without notice. Some features in videos on the Internet may not be available on all models, please contact us for the TECHNICAL SPECIFICATIONS for a complete list of features by model. This feature list is for reference only, please contact us to verify features and functionality.