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JBL Quantum Stream Wireless USB-C Clip-on Microphone
Prices and quotes are subject to change without prior notice. The catalog is displayed in USD, and BRL equivalents are for informational purposes only, calculated according to the current exchange rate. We do not deliver outside Paraguay.
JBL Quantum Stream Wireless is a clip-on wireless microphone designed for recordings, streaming and calls with freedom of movement and clear audio.
It operates at 2.4 GHz via a USB-C dongle, offering low-latency, plug-and-play connectivity on Android devices and recent Apple models. The range of up to 100 meters allows mobility during streams or recordings. The dongle includes an additional USB-C port to allow charging while transmitting.
The microphone features omnidirectional pickup with adjustable ambient noise suppression, ensuring clear voice capture in various scenarios. Sensitivity, equalizer and LEDs can be adjusted via the JBL Headphones app; PC users can use the JBL QuantumENGINE software for advanced tuning. An optional windscreen is also available to reduce external noise.
The battery provides up to 6 hours of continuous use and the charging case adds another 18 hours of autonomy (24 hours total). The fast-charge function provides 1 additional hour with just 15 minutes of charging. Status lights indicate connection, recording and battery level.
- Connectivity: USB-C dongle, 2.4 GHz (low latency)
- Pickup pattern: omnidirectional with adjustable noise suppression
- Battery life: up to 6 h (microphone) + 18 h (case) — fast charge: 15 min = 1 h
- Compatibility: Android and recent Apple models; JBL QuantumENGINE software for PC
- Accessory: optional windscreen; status lights; charging while transmitting
- Color
- Black
- Model
- Quantum Stream
- Other Features
- Compatible with the JBL QuantumENGINE software for PC, allowing quick equalizer and gain adjustments
- Frequency Response
- 20 Hz - 20 kHz
- Continuous Usage Time
- Up to 6 hours + 18 hours with charging case (24 hours total)
- Connector Type
- USB-C
- Sensitivity
- -36 dBV/Pa at 1 kHz
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