Specification:

Blink500 Pro RX

Transmission Type:	2.4GHz Digital Frequency
Modulation:	GFSK
Operating Range:	Up to 328′(100m)
Audio Output Connector:	3.5mm jack
Audio Output level:	–60 dBV to -20dBV
Power Requirements:	Built-in Li-ion Battery or Micro USB DC 5V or Charging Contact
Headphone jack:	3.5mm
Built-In Battery Life:	Approx.8 hours
Antenna:	PIFA Antenna
Weight:	Approx. 32g(1.13oz)
Dimensions:	56×38×29.4mm
Operating Temperature:	0℃ to 50℃
Storage Temperature:	-20℃ to +55℃

Blink500 Pro TX

Transmission Type:	2.4GHz Digital Frequency
Modulation:	GFSK
Operating Range:	Up to 328′(100m)
RF Output Power:	10mW
Polar Pattern:	Omnidirectional
Frequency Response:	50Hz-18KHz
Maximum SPL:	Built-in Microphone:120dB SPL Lavalier Microphone: 110dB SPL
Sensitivity:	Built-in Microphone: -39dB Lavalier Microphone: -39dB
SNR:	＞78dB
Reference audio input level:	-30～42dBv MIC input,0 dB attenuation
Power Requirements:	Built-in Li-ion Battery or Micro USB DC 5V or Charging Contact
Built-in Battery Life:	Approx.8 hours
Antenna:	PIFA Antenna
Audio Inputs:	3.5mm TRS Lavalier Mic/Line – in Input or Built – in Microphone
Weight:	Approx. 32g(1.13oz)
Dimensions:	56.5×38×26.1mm
Operating Temperature:	0℃ to 50℃
Storage Temperature:	-20℃ to +55℃

Blink500 Pro Charging Case

Power Requirements:	Powered by USB-C port (5V/1.5A)
Power Capacity:	3000mAh
Charging Time:	4hours
Weight	268g (9.45 oz)
Dimensions	165.8×102.9×39.7mm
Operating Temperature	0°C to 50°C
Storage Temperature	–20°C to +55°C

Saramonic Blink 500 Pro B2 Advanced Two Person Clip-On Wireless Microphone System

• Dual-channel stereo receiver for cameras and mobile devices
• Portable charging case for the transmitter and receiver
• Vivid OLED display on both transmitter and receiver
• Selectable Mono/Stereo output mode
• Real time headphone monitor
• Mic input and Line input
• 8 hours battery life on one single charge
• One button easy paring
• Lavalier microphone, windscreen and deadcat included in the package

Disclaimer: The actual color of the physical product may slightly vary due to the deviation of lighting sources, photography or your device display settings.