USB Type C connector on motherboard 14 pin

In today’s highly interconnected digital age, the importance of interface technology as a bridge for communication between devices is self-evident. From early serial and parallel ports to the globally widespread USB-A, and now the rapidly growing Type-C, each evolution of interfaces signifies a leap forward in technological application. The Type-C interface, especially its core component—the Type-C female connector—has rapidly captured

The design of the USB-C Female Connector Pinout employs a centrally symmetrical structure, which is the foundation for its reversible plugging feature. Below is a detailed pin definition and functional explanation. 24-Pin USB-C Female Connector Pinout The following table details the functions of each pin in a standard 24-pin USB-C female receptacle. The pin arrangement is symmetrical along the central

Choosing a USB-C connector with different pin configurations primarily involves a trade-off between functional completeness and cost to suit diverse application scenarios. The table below provides a quick overview of their core differences in different pins. Pin Configuration Core Functional Features Typical Application Scenarios Cost Considerations 24-pin (Full-featured) Supports all functions including high-speed data transfer (USB 3.0/3.1/4), PD fast charging,