Wireless Collar Clip Microphone 2.4GHz for Mobile Live Streaming and Video Recording

This wireless microphone collar clip is built for mobile live streaming and video recording, using a 2.4GHz transmission method and an omnidirectional polar pattern to capture audio without needing to point the microphone in a specific direction. The system operates on a frequency range of 20Hz to 20KHz and a frequency response of 20Hz to 16kHz, with a signal-to-noise ratio of 80dB and sensitivity of -42dB. It is available in four configurations: BY-V1 for Apple one-to-one, BY-V2 for Apple one drag two, BY-V10 for Android Type-C one-to-one, and BY-V20 for Android Type-C one drag two. The transmitter has a 95mAh battery and charges through a USB-C interface in approximately two hours. With an operating range of up to 50 metres in barrier-free conditions and an RF output power of 6dBm, this collar clip microphone suits creators who need a compact wireless audio setup for live streaming or recording.

Features and Construction

The microphone uses a 2.4GHz transmission method and an omnidirectional polar pattern, which means it picks up sound from all directions rather than requiring the speaker to face a specific point. This makes it practical for collar clip placement during live streaming or video recording. The transmitter is charged via USB-C and has a 95mAh battery capacity, with a charging time of approximately two hours. The system is described as dedicated for recording and live streaming, and the packing list confirms a plastic microphone set.

Material and Build

The source text states that the packing list includes a plastic microphone set. This indicates the outer construction of the microphone unit is plastic. The collar clip format means the microphone attaches to clothing, which is consistent with the intended use for mobile live streaming and video recording. No further material details are provided in the source text. The USB-C charging interface is specified, and the transmitter battery capacity is 95mAh. The microphone is supplied in four colour or configuration options: BY-V1, BY-V2, BY-V10, and BY-V20.

Size and Practical Fit

The operating range is stated as 50 metres in barrier-free conditions. This means that in an open environment without obstructions, the transmitter and receiver can remain connected across that distance. No physical dimensions for the microphone itself are given in the source text. The collar clip design is intended to attach to clothing, and the four configuration options cover both Apple and Android Type-C devices in one-to-one and one-to-two setups. This allows you to choose a version that matches your phone or tablet connection type and whether you need one or two transmitters.

Uses and Placement

This microphone is intended for dedicated recording and live streaming. The omnidirectional polar pattern and 2.4GHz transmission method support hands-free audio capture when the microphone is clipped to a collar or clothing. The 50-metre barrier-free operating range gives flexibility in how far you can move from the receiving device. The four available configurations make it possible to match the microphone to Apple or Android Type-C devices, with one-to-one or one drag two options depending on how many transmitters you need.

Event or Professional Use

For live streaming, the 2.4GHz transmission method and omnidirectional pickup reduce the need to speak directly into the microphone. The signal-to-noise ratio of 80dB and sensitivity of -42dB are stated figures for this product, and the frequency response of 20Hz to 16kHz covers the range used for speech and general video audio. The 50-metre barrier-free operating range allows movement during a broadcast or recording session. The USB-C charging interface and approximately two-hour charging time for the 95mAh transmitter battery make it straightforward to recharge between sessions.

Everyday Home Use

For home video recording, the collar clip format keeps the microphone attached to clothing rather than requiring a stand or handheld position. The omnidirectional polar pattern captures sound from around the speaker, and the 2.4GHz transmission method connects wirelessly to the receiving device. The BY-V1 and BY-V10 one-to-one configurations suit a single speaker, while the BY-V2 and BY-V20 one drag two configurations provide two transmitters for situations involving two people. The plastic microphone set is supplied as stated in the packing list.

Benefits and Buying Value

The main practical benefits supported by the source text are the 2.4GHz wireless transmission, the omnidirectional polar pattern, the 50-metre barrier-free operating range, and the USB-C charging with a 95mAh transmitter battery. The product is available in four configurations to suit Apple or Android Type-C devices and one or two transmitters. The stated signal-to-noise ratio, sensitivity, frequency range, and frequency response provide concrete audio specifications for buyers comparing options.

Reuse and Low Maintenance

The transmitter charges via USB-C, and the charging time is approximately two hours for the 95mAh battery. This rechargeable setup means the microphone can be used repeatedly without disposable batteries. The plastic microphone construction is stated in the packing list. No specific care instructions are given in the source text beyond the charging information, so maintenance should be limited to keeping the USB-C port clean and charging as specified. The collar clip design avoids the need for additional mounting hardware.

Why Choose This Product

This wireless collar clip microphone offers a combination of 2.4GHz transmission, omnidirectional pickup, a 50-metre barrier-free operating range, and USB-C charging with a 95mAh transmitter battery. It is available in Apple one-to-one, Apple one drag two, Android Type-C one-to-one, and Android Type-C one drag two configurations, covering common device connections. The stated audio specifications include a 20Hz to 20KHz frequency range, 20Hz to 16kHz frequency response, 80dB signal-to-noise ratio, -42dB sensitivity, and 6dBm RF output power. For recording and live streaming, these features provide a practical wireless audio solution.