Type-c data cable is a new Type of connector with multiple functions and advantages.

The following is some detailed information about Type-C data cables:

1. Physical properties:

The Type-C interface is designed to be reversible, so users do not need to worry about the insertion direction.

Its size is approximately 8.3mm x 2.5mm, which is smaller and thinner than the traditional USB A/B type connector.

2. Power transmission:

Type-C supports dynamic power supply up to 20V/5A and a maximum power of 100W, which enables it to provide fast charging for various devices.

In some cases, Type-C also supports higher power supply capabilities. For instance, Huawei's 6A data cable supports 120W super fast charging.

3. Data Transmission

The Type-C interface supports high-speed data transmission, including USB 3.2 Gen2x2 (up to 40Gbps) and the future USB 4.0 Gen3 and Thunderbolt 3 Gen3, which may reach 80Gbps in the future.

It also supports multiple protocols, such as DisplayPort, HDMI, MHL, etc., enabling multi-purpose connections.

Compatibility and standardization

The Type-C interface has extremely strong compatibility and can be downward compatible with many previous-generation interfaces. It is widely used in multiple fields such as PCS, game consoles, smart phones, and storage devices.

According to the specifications released by the USB Promoter Group, Type-C cables and connectors must comply with specific technical requirements to ensure interoperability and compliance.

Application scenarios

Mobile devices: Most smartphones and tablets have adopted Type-C interfaces, supporting fast charging and high-speed data transmission.

Notebook computers: More and more notebook computers adopt Type-C interfaces, which are used to connect external monitors, hard disks and other peripherals as well as transfer data.

Automotive applications: The Type-C interface can also be used to connect devices such as on-board cameras and dash cams. And convenient modes such as on-board charging.

Manufacturing requirements

The metal plug of the data cable must be formed by overall stretching and not by bending. The surface needs to be treated with the original color of stainless steel and sandblasted.

Specific coating testing areas and methods need to be met to ensure contact quality.

Type-C data cables, with their powerful power transmission capacity and high-speed data transmission capability, have become an indispensable part of modern electronic devices. Its standardization and high compatibility have also enabled it to be widely applied in various scenarios.