90 Degree USB-C Connector 24 Pin SMT Flank Mount Through Hole for USB 3.2 High-Speed Devices

The 90 Degree USB-C Connector is a high‑performance 24‑pin USB Type‑C female receptacle specifically designed for modern electronic devices requiring reliable high‑speed data transmission, stable power delivery, and compact PCB integration. Featuring a right‑angle SMT flank mount structure with reinforced through‑hole soldering support, this connector delivers superior mechanical stability and excellent electrical performance for demanding industrial and consumer electronic applications.

As USB Type‑C technology rapidly becomes the universal standard for charging and connectivity across laptops, tablets, smartphones, docking stations, industrial automation systems, gaming hardware, automotive electronics, and smart IoT devices, manufacturers increasingly require durable 90 degree USB‑C connectors capable of supporting high‑speed communication, compact PCB layouts, and long‑term mechanical reliability.

This connector adopts a full 24‑pin USB Type‑C architecture, enabling complete USB‑C functionality including USB 3.2 Gen 2 high‑speed communication, USB Power Delivery charging, reversible insertion capability, TX/RX differential pairs, CC communication channels, VBUS power transmission, and auxiliary signal support. Compared with simplified USB‑C interfaces, the 24‑pin structure provides superior compatibility, improved signal integrity, and more stable electrical transmission for advanced electronic devices.

The SMT flank mount through‑hole design combines the manufacturing efficiency of surface mount technology with the enhanced mechanical strength of through‑hole soldering. This hybrid structure significantly improves connector retention strength and PCB reliability, especially in devices subject to repeated cable insertion, vibration, or mechanical stress.

Supporting up to 5A current and 30V DC voltage, this USB‑C connector is suitable for USB Power Delivery charging systems, high‑speed storage devices, docking stations, AI computing hardware, industrial communication systems, and advanced embedded electronics. The connector is engineered for over 10,000 mating cycles, ensuring reliable long‑term operation under demanding usage conditions.

According to the official USB Implementers Forum (USB‑IF), USB Type‑C has become the industry‑standard interface because of its reversible design, compact form factor, scalable power delivery capability, and high‑speed communication performance.

For detailed connector specifications and engineering compliance information, developers can reference the official USB Type‑C Cable and Connector Specification.

Additional information regarding USB Power Delivery functionality can be found in the official USB Power Delivery Specification.

For engineers designing high‑speed PCB layouts and USB‑C routing structures, the USB Type‑C Pinout Guide provides additional information regarding 24‑pin USB Type‑C architecture and signal assignment.

Designed for reliable high‑speed transmission, durable PCB mounting, and stable mechanical performance, the 90 Degree USB‑C Connector provides an ideal solution for next‑generation electronic product development.