24 pin Vertical USB-C SMT Connector

The 24 Pin USB-C SMT Connector is a high-performance USB-C receptacle designed for modern electronic devices requiring compact PCB integration, reliable electrical performance, and advanced USB Type-C functionality. Engineered with SMT solder mounting technology, this connector supports USB 3.1 high-speed data communication and USB Power Delivery applications while maintaining excellent mechanical stability and long operating life.

As USB Type-C technology rapidly becomes the global standard for electronic connectivity, manufacturers increasingly require durable and compact USB-C solder connectors capable of supporting high-speed transmission, reversible insertion, and fast charging systems. This 24-pin USB Type-C connector is specifically developed to meet the requirements of consumer electronics, industrial automation, automotive systems, medical devices, and smart IoT products.

The connector adopts a full 24 pin USB-C connector architecture, enabling complete USB-C functionality including TX/RX differential pairs, CC communication channels, VBUS power lines, and auxiliary signal support. Compared with simplified lower-pin USB-C connectors, the 24-pin configuration provides superior compatibility and stable high-speed signal integrity for USB 3.1 applications.

Its SMT solder mounting structure is optimized for automated PCB assembly and compact electronic product designs. The low-profile footprint allows efficient space utilization in slim devices such as laptops, docking stations, tablets, charging accessories, portable electronics, and embedded systems.

Supporting up to 5A current and 30V DC voltage, the connector is suitable for USB Power Delivery fast charging applications and high-current electronic devices. With durability rated for more than 10,000 mating cycles, this USB-C connector ensures long-term reliability under repeated insertion and demanding operating conditions.

According to the official USB Implementers Forum (USB-IF), USB Type-C has become the industry standard for modern connectivity because of its reversible interface, high-speed communication capabilities, and advanced power delivery support.

For engineers seeking official technical specifications, the USB Type-C Cable and Connector Specification provides detailed information regarding USB-C connector architecture and electrical requirements.

This connector is also fully compatible with USB Power Delivery technology defined by the official USB Power Delivery Specification, supporting modern fast charging and intelligent power management systems.

For additional technical background, developers can also reference the USB-C Technology Overview for general USB Type-C interface information and application standards.