USB 3.1 CABLE

USB3.2 adopts the Type-C connector, which is more simple and compact in design. This connector does not distinguish between front and back, so users don't need to worry about plugging the connector backward, which greatly improves the convenience of use. At the same time, the Type-C connector supports higher transmission speeds and greater power output. For example, according to relevant data, the Type-C connector supporting USB3.2 can transfer data at speeds of up to 20Gbps and can provide up to 100W of power output, which can meet the needs of more high-performance devices.

In contrast, USB3.1's two-pin Type-C connector is relatively weak in terms of functionality. USB3.1 also retains the A and B ports, which are relatively large in size and are not easy to use on some thin and light devices. At the same time, the A and B ports need to distinguish between front and back when plugging and unplugging, which is easy to be plugged in the opposite way, causing inconvenience to users.

In terms of practical application scenarios, the USB3.2 Type-C connector is more suitable for modern thin and light electronic devices, such as laptops, tablets and smartphones. These devices require high port size and convenience, and the Type-C connector meets these needs. The A and B ports of USB3.1 are more commonly used in traditional electronic devices such as desktop computers and printers.

In conclusion, USB3.2 and USB3.1 have obvious differences in terms of interfaces. The Type-C connector of USB3.2 is more advanced, convenient, and adapts to the development trend of modern electronic devices, while the interface of USB3.1 is relatively traditional, which is still valuable for application in some specific scenarios.