The product belongs to the vertical type-c base series, and is welded to the PCB board at an overall angle of 180 ° during soldering. The interface is an elliptical type, with copper exposed at the tongue end for one touch. Four harpoons are located at the tail of the type-c base body and welded to the PCB board during welding. The 14Pin pins are arranged in a symmetrical and orderly manner from 8 to 8, and are welded to the PCB board DIP. The hardware shell is made in a riveted form, wrapping the plastic body. The bottom buckle is fixed towards the plastic body. The product supports data transmission and also supports high current and high voltage charging. The material used in the product is high-strength stainless steel outer shell, LCP environmentally friendly and high-temperature resistant plastic as the plastic body, and the pin pin pin is a high conductivity copper pin. It can withstand 10000 times of repeated plugging and unplugging for its wear-resistant service life.

Some people may already be familiar with USB 3.1 or "super speed" USB, which supports speeds up to 10Gb. But TYPE-C is not any of these things. Type-C is just a connector, while USB 3.1 is a data transfer standard. On the contrary, Type-C cables can use one or more of the USB standards. It can be USB 2.0, 3.0, 3.1 Gen1, or 3.1 Gen2. There will be different maximum speeds based on the USB speed level it uses. This means that even if Type-C is the latest brand new connector, its speed may be the same as a regular USB 2.0 cable, only 480Mbps. Of course, it may also support USB 3.1. So when buying a line, pay attention to the parameters.