At present, most of the 360-degree panoramic driving assistance products on the market use TF cards or U disks for video and picture storage. There are generally two ways to view them: one is that the driving recorder has the function of directly watching the video. , The other is to read and view through a USB data cable or a card reader.


What I want to say here is that storage devices such as U disks and TF cards are contacted by contacts, and there are many problems such as low connection reliability and short service life. It is easy to cause contact jitter at the moment of a car collision. The key video or picture data is lost, so that the driving recorder loses its function.

At present, the safest method for recorders or in-vehicle video recording products is to use solid-state memory. Data is stored by the on-off state of transistors inside the memory chip. Since solid-state memory has no read-write head and does not need to be rotated, solid-state memory has the advantages of stable storage, low power consumption, strong shock resistance, and long life.



As the current technical requirements and product costs for using solid-state memory have increased, only Inspector 360 Panorama uses this solution in the automotive 360 panorama industry. In addition, the solid-state storage of the Inspector 360 panoramic driving recorder will also transfer a copy to the TF card to ensure double storage of the video data taken by the recorder to ensure that the recorded data will not be lost.