Recently, some engineers working on hunting cameras reached out to us, prompting us to do a brief study on this product. It's a very interesting product, and it turns out there are many hunting enthusiasts overseas. Traditionally, hunting relied on experience, but as technology has advanced, the hunting camera was born.

In recent years, this product has gradually found applications in China as well. For example, we often see photos or videos of wild animals in the wilderness on television. These images come from hunting cameras.

So, what is the mechanism behind a hunting camera?

In simple terms, this type of product is mounted on a tree in the wild, with an internal infrared sensor. In the absence of any prey, the camera remains in a powered-off state. When prey appears, it immediately wakes up the device and takes a photo at high speed.

So, why would such a product need CS SD NAND (SMD T-Card)?

1. Fast Startup Speed: The product requires extremely fast startup. As soon as the prey appears, the camera needs to power on and take a picture instantly. At this point, the operating system may not even have fully booted, which requires a storage chip to cache the captured images.

2. Fast Write Speed: Ordinary NOR Flash and NAND Flash cannot meet the fast write speed requirements in this scenario. However, the SMD T-Card can.

3. Protocol Stack: In the past, hunting cameras stored images locally, requiring manual retrieval of the captured pictures. Since hunting cameras are usually placed in remote areas, this was a huge waste of manpower.

   Nowadays, hunting cameras are equipped with 4G modules, which means local storage is also needed for the communication protocol stack. This increases the demand for storage space.

Based on the above requirements, CS Brand SD NAND (SMD T-Card) fully meets all the storage needs of hunting cameras, and the use of SMD T-Cards in hunting cameras will continue to increase.