Microfone BlitzWolf BW-SX63

BlitzWolf BW-SX63 wireless microphone kit with a 1000mAh charging case in black. The omnidirectional microphone provides clear, natural sound with 2.4 GHz wireless transmission, DSP noise reduction and a long battery life suitable for vlogs, live streaming and mobile recordings.

Advantages

High sensitivity and intelligent DSP noise reduction ensure faithful capture of speech and ambient sound while minimizing background interference. The kit offers reliable 2.4G transmission with good resistance to interference and a selectable reverb effect for added depth. Wide compatibility and included USB-C, Lightning and 3.5 mm cables make connecting to laptops, cameras, smartphones and speakers straightforward.

Key specifications

• Manufacturer: BlitzWolf
• Model: BW-SX63
• Color: Black
• Microphone type: Omnidirectional
• Supported profiles: HSP, HFP, A2DP, AVRCP
• Transmission range: 10–25 m
• Frequency range: 2.4 GHz
• Frequency response: 50 Hz – 18 kHz
• Signal-to-noise ratio: > 64 dB
• Battery capacity: Microphone 300 mAh; Charging case 1000 mAh
• Operating time: Transmitter approx. 6–8 h; Receiver approx. 8 h
• Standby time: Approx. 18 h
• Charging time: Approx. 2 h
• Charging interface: USB-C
• Volume control: Yes

How to use

Charge the microphone transmitters and the charging case via the USB-C port until fully charged (about 2 hours). Connect the receiver to your device using the included USB-C, Lightning or 3.5 mm cable depending on the device. Power on transmitter and receiver to establish the 2.4G connection; the devices pair automatically. Adjust the microphone volume on the transmitter and enable the reverb effect if desired. For best results place the omnidirectional microphone near the sound source and avoid obstacles between transmitter and receiver to maintain stable transmission.

Recommendations

Use the supplied dust covers when the microphones are stored in the case and keep the charging contacts clean. For long recordings, ensure the charging case is fully charged to extend total working time and test connection distance in your recording environment to find the optimal placement.