TYPE-C manufacturers' Type-C connectors are more and more widely used. Through reference materials, we will find that more and more devices use TYPE-C manufacturers' Type-C connectors as the main interface, which is a very good reason. Compared with the Type-A port, the Type-C manufacturer Type-C connector has a series of more powerful functions.

Smartphones have switched to new ports due to their faster charging performance and data transfer characteristics, and many new laptops use Type-C connectors. USB Type-C connectors are smaller than USB-A connectors and can provide more power .It can replace the MICROUSB and standard USBTypeA connectors on the device.

In terms of data transmission, most TYPE-C manufacturer connectors support the USB3.1 data transmission standard. There are 2 standards. The maximum data transmission speed of USB3.1Gen1 is 5Gbps, while USB3.1Gen2 can increase the data rate to 10Gbps.

While these speeds were impressive, the faster Thunderbolt3 standard developed by Intel took first place. Hunderbolt3 is a powerful interface that can support data transfer speeds of up to 40Gbps and other features. The previous USB connector The technology is not supported, which is probably one of the biggest motivations for manufacturers to switch to USB Type-C connectors.

TYPE-C Manufacturer Type-C connectors have many uses, including:

Video signal: TYPE-C manufacturer Type-C also supports the mode of transmitting other signals through its interface.

For example, it can be used to transmit video signals and drive displays with resolutions up to 3840x2,160.

This is compatible with HDMI and DisplayPort interfaces and is ideal for ultra-thin laptop designs that have difficulty fitting HDMI or DisplayPort ports into their frames.

The ability to drive a monitor using a TYPE-C manufacturer Type-C connector means users no longer need to search for a separate cable, especially if their monitor accepts a TYPE-C manufacturer Type-C connector as a direct input port.