Description
- Diaphragm: S-Mall
- Polar Patterns: Omnidirectional
- Package: Yes
- Communication: Wireless
- Set Type: Matched Pair
- Transducer: Condenser Microphone
- Use: Live
- Style: Lavalier Microphone
- Brand Name: Saramonic
- Saramonic Model: by-V
- Origin: Mainland China
- Certification: CE
- Model Number: BY-V1/V10/V2/V20
- Color: Black
- Transmission Type: 2.4Ghz wireless microphone
- Frequency Response: 20Hz-16kHz
- Signal-to-noise Ratio: 80dB
- microphone wireless Sensitivity: -42dB
- wireless microphone Operating Range: 50m
- microphone wireless RF Output Power: 6dBm
- microphone wireless Charging Port: USB-C
- wireless mic TX Battery Capacity: 95mAh
- wireless mic TX Charging Time: Approx. 2 hours
- wireless mic TX Battery Life: Approx.9 hours
- lavalier Mic TX Weight: 9.5g
- lavalier Mic RX Weight: 6g
- lavalier microphone for: iPhone/ipad
- wireless lavalier microphone for: Android/Type-c Devices
- Microphone wireless for: gaming
BY-V series is a mini 2.4GHz wireless microphone system that provides high-quality sound for live streaming, vlogging, course recording, and other audio capturing app lications.With an MFi Certified Lightning output.
BY-V1/V2 is designed for Apple iOS devices.
BY-V10/V12 is compatible with most Android devices with USB-C ports, including smartphones and tablets.
Transmission Type:2.4GHz
Poplar 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
BY-V1-TX/ BY-V2-TX: 9.5g
BY-V1-RX/ BY-V2-RX: 6g
BY-V10-RX/ BY-V20-RX: 6g
BY-V1-TX/ BY-V2-TX: 52.22×25.23×19.75mm
BY-V1-RX/ BY-V2-RX: 43.92×23.5×9.3mm
BY-V10-RX/ BY-V20-RX: 43.92×24.7×9.3mm
Note:
Due to 2.4GHz wireless frequency, signal can be easily attenuated. Please try to avoid obstacles, such as walls and buildings, and avoid close proximity to devices with 2.4GHz signal, such as high-power Wi-Fi antennas, radios, etc.
