1080P 4G Camera Module with IRCUT  

TYS-4G-V1.0 camera module 4G version, equipped with HiSilicon SOC chip, GalaxyCore 2MP CMOS image sensor, supports 1080P resolution with IRCUT infrared night vision function, supports Micro SD (up to 256G) local storage, USB interface directly connected to charging pile 4G module, supports remote viewing control, TF card upgrade/OTA upgrade, network push upgrade.

This G4 camera module is equipped with HiSilicon chips and supports up to 1080P 30fps H.264 encoded video. The camera module uses a 2MP color image sensor, which is a cost-effective CMOS 1/3 image sensor with an effective pixel are 200W paired with 160 wide-angle lens and TF card. USB interface with external 4G communication module, suitable for remote monitoring of charging stations, home monitoring, security monitoring, image capture devices and other video camera products.

Specification:

Technical & Mechanical:

• Power Supply Voltage: USB_5V±5%
• Operating Temperature: -10°C to +60°C 
• Storage Temperature: -20°C to +70°C 
• Module Size : Can be customized
• Image effect: Supports ISP effect debugging
• Night vision (photosensitive/IR light): supports the linkage of soft photosensitive input signals with IR-CUT and IR lights

The prospect of 2MP charging station 4G camera module with IRCUT:

The booming development of the new energy vehicle industry has accelerated the construction of charging stations, whether it is public fast charging stations or residential charging stations, the number is growing rapidly. The 2 million 1920*1080 30fps 4G charging station camera module does not require complex wiring and is suitable for different wiring difficulties such as outdoor and old residential areas, meeting the monitoring and intelligent management needs of a large number of newly added charging stations.

This 4G camera module can achieve 7 * 24-hour monitoring, and with intelligent algorithms, it can quickly identify new energy license plates. It can be linked with locking devices to prevent oil vehicles from occupying space and solve the pain point of low utilization of charging piles; On the other hand, it can record the entire process of vehicle charging, provide evidence for disputes such as "short charging and long stopping", and support remote operation and maintenance, reducing manual inspection costs, especially suitable for unmanned public charging pile scenarios.

The high-end home charging station has achieved seamless unlocking charging through a 2-megapixel 4G camera module combined with 3D facial recognition, without the need for additional card swiping or mobile phone operation. This convenient interaction method is gradually being promoted, and this module is expected to become an important configuration for high-end charging stations to enhance competitiveness.