What is the type of Xiaomi Civi 1S charging interface
Currently, there are three types of charging interfaces for mobile phones, but Type-C is the most widely used one, because Type-C is very fast in charging and file transmission. More importantly, it can be used directly on both sides, which is more convenient than other Langzhong. Xiaomi's Xiaomi Civi 1S is a mobile phone targeting the female market. Its appearance, appearance and performance are very good. What kind of charging interface does this mobile phone use?
What is the Xiaomi Civi 1S charging interface? Is Xiaomi Civi 1S a USBTypeC interface
Xiaomi Civi 1S uses theUSB Type C interface.
Features of Type-c interface: thin, 0.83 cm long and 0.26 cm wide. The old USB port is 1.4cm long and 0.65cm wide. It supports double-sided insertion of USB interface, solving the big problem of "USB can never be inserted".
Main functions of USB Type C interface:
1. Fast
Theoretically, the maximum transmission rate of USB-C port is 10Gb per second. However, Apple said that the USB-C port of the new MacBook has a maximum transmission rate of 5Gbps. The maximum output voltage is 20V, which can accelerate the charging speed. The USB-A model, so far, has a limit transmission rate of 5Gbps and an output voltage of 5V.
2. Generalist
The USB-C port of the new MacBook can transmit data, charge, or connect external display devices as video output ports. The only question is how Apple can satisfy users who want to do these three things at the same time.
3. Two way
Unlike the old USB port, the power can only be transmitted in one direction. The power transmission of the USB-C port is bidirectional, which means that it can have two power transmission modes. Therefore, users can not only use laptops to charge mobile devices, but also use other devices or mobile power to charge laptops.
At present, most mobile phones use Type-C interface, so does Xiaomi Civi 1S. Xiaomi's electronic products have been unified into Type-C interface for a long time. It is said that Apple's products also need to replace Type-C interface, which is still good. After all, we don't need to buy too many data lines for different brands because of the unified interface.
