Product Overview
The K8 Wireless Lavalier Microphone is designed for hassle-free audio capture during various activities such as vlogging, interviews, and live streaming.
Key Features
- Type: Wireless Lavalier Microphone
- Compatibility: Compatible with iOS and Android devices via Lightning or USB-C and cameras with adapters.
- Wireless Range: Operates up to 20 meters (65 feet) in open environments.
- Connectivity: Uses 2.4 GHz wireless technology.
- Microphone Type: Omnidirectional condenser microphone for versatile sound capture.
- Setup: Quick and easy plug-and-play installation with no apps or Bluetooth needed.
- Power Supply: Comes with a built-in rechargeable battery.
- Battery Life: Lasts approximately 5–10 hours on a full charge, based on usage.
- Charging Port: USB-C for efficient charging.
- Noise Cancellation: Active noise reduction technology to enhance sound quality.
- Audio Quality: Delivers high-fidelity sound with low latency.
- Frequency Response: Ranges from 20 Hz to 20 kHz for clear audio capture.
- Signal-to-Noise Ratio: ≥ 70 dB for crisp sound output.
- Latency: Features ultra-low latency, typically under 20 ms.
- Compatibility Range: Works well with numerous apps for recording and streaming.
- Included Accessories: Receiver, microphone clip, windscreen, and USB charging cable.
- Build Material: Lightweight plastic with a durable clip design for easy attachment.
- LED Indicator: Displays the pairing status, battery level, and connection status.
- Weight: Approximately 25–30 grams (combined microphone and receiver).
- Color: Typically available in black.
Additional Benefits
- Wireless Connectivity: Eliminates cords for convenience.
- Compact Design: Light and portable for easy transport.
- Rechargeable: Battery designed for extended use.
- Type-C Charging: Fast charging capabilities.
- Automatic Pairing: Connects effortlessly with the receiver.
- Unidirectional Pickup: Captures sound primarily from one direction.
- Durable Construction: Built for prolonged usage.
- Environmentally Friendly: Made from sustainable materials.
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