| Brand | REALMIC |
| Polar Pattern | Omnidirectional |
| Frequency Range | 470-540MHz |
| Connector Type | 3.5 mm Jack |
| Connectivity Technology | Auxiliary |
| Number of Channels | 44 |
| Material | Metal |
| Signal-to-Noise Ratio | 90 dB |
| Number of Batteries | 1 Lithium Polymer batteries required. (included) |
- Audio performance: Wireless lavalier microphone with LCF radio noise reduction, start the transmitter "LCF" radio noise reduction function, plus WNCR environmental noise reduction technology, can significantly reduce environmental noise and wind noise. High-quality transmission of sound and clear voice. Also, in the absence of obstacles, the transmission distance can reach 50 meters without anomalies or distortion.
- Real-time return monitoring function: you can insert headphones to monitor the recording effect and check whether the receiver and transmitter in the recording process are normal to use, if there is a signal interference problem, you can change the channel to avoid recording during the mute or cut off, to complete the recording at once while recording and listening to real-time sound real-time adjustments to make the original recording more intact.
- Rechargeable use: Our wireless microphone has a standby time of up to 8 hours; Also, when the power is low, it can be used externally powered, with a charging cable and a charging port at the bottom, making it very convenient to charge.
- System: UHF wireless digital encryption, dual-antenna reception, anti-interference ability up, more stable and reliable work, another new generation of a digital audio processor, recording to improve the sound quality effect. Compatible with most DSLR cameras with 3.5mm interface, portable cameras, smartphones, recorders, gimbals, etc. connected to use, can be widely used for video recording, interviews, training, live, yoga teaching, video recording, etc.
- High-resolution display: HD display with all fonts and icons on the screen visible and wide viewing angle, The HD display is very energy efficient, helping to reduce the power consumption of the device.
