The USB data cable we usually use appears to be nothing more than a connecting cable and two USB connector connectors. This small data cable may seem simple, but it is not as simple as imagined. It contains many electronic product knowledge that you may not know, and the development of USB type-C connector data cable is a testament to people's progress in this field of electronics.

The USB type-c connector is a data cable that can be plugged in both forward and reverse directions, reducing the hassle of plugging in USB devices. The USB type-c also supports the following technologies: USB 3.1 specification with data rates up to 10Gbit/s, power output up to 100W, audio multiplexing, and switching modes that can handle video signals such as DisplayPort or MHL.

Nowadays, it is not surprising that hundreds of electronic device manufacturers are developing and launching electronic products that support USB type-C. Although connector manufacturers have been dealing with USB connector data cables for decades, implementing type-C connections still presents many new challenges. For example, when implementing type-c connections, especially when the USB 3.1 specification operates at a full data rate of 10Gbit/s. What are the differences between USB type-C connector data cables and previous USB connector data cables;

The first point: Ultrathin and thinner body requires thinner ports, which is also one of the reasons why USB C was developed. The USB type-c port is 0.83 cm long and 0.26 cm wide. The old-fashioned USB port is already outdated, with a length of 1.4 centimeters and a width of 0.65 centimeters. This also means that the end of the USB C data cable will be one-third the size of the standard USB A data cable plug.

The second point: The interface of the USB type-c connector without front and back is similar to Apple's Lightning interface, and the USB type-c connector ports are the same on both the front and back. That is to say, no matter how you insert this port, it is correct, and users do not have to worry about the pros and cons of traditional USB ports.

The third point: Fast In theory, the maximum transmission rate of the USB type-c connector port is 10Gb/s. However, some USB type-c ports have a maximum transmission rate of 5Gbps and a maximum output voltage of 20V, which can accelerate charging time. The USB A model, so far, has a maximum transmission rate of 5Gbps and an output voltage of 5V.

Fourth point: The newly developed USB type-C port by the versatile player can transmit data, charge, and also serve as a video output port to connect external display devices. The only challenge is how the USB type-C connectors produced by connector manufacturers can meet the needs of users who want to do these three things simultaneously.

Fifth point: Unlike the old USB port, the bidirectional USB type-C connector data cable can only transmit power in one direction. The power transmission of the USB type-C port is bidirectional, which means it can have two transmission power methods. So, users can not only charge their mobile devices with laptops, but also use other devices or mobile power sources to charge laptops, which greatly reflects the diversity and effectiveness of this electronic product.

Guangjiayuan adheres to the path of combining technological innovation with market development, continuously launching high-tech and high-quality products. The products are widely used in the connection fields of mobile phones, digital cameras, tablets, set-top boxes, copiers, fax machines, instruments, power supplies, mobile phone chargers, motors, sound systems, monitors, air conditioners, refrigerators, medical equipment, teaching equipment, toys, cars, household appliances, and circuit boards.