USB-C 16 Pin SMT On-Board Connector for USB Power Delivery & Compact High-Density PCB Design

The USB-C 16 pin connector is a compact USB Type‑C female receptacle designed for applications that require reliable power delivery and basic data communication without the need for full SuperSpeed USB 3.x lanes. This connector is widely used in space‑constrained electronic designs where stable charging, USB 2.0 data transmission, and compact PCB integration are required.

Compared with full 24‑pin USB‑C connectors, the 16‑pin architecture reduces complexity while still maintaining essential USB‑C functions such as USB Power Delivery (PD), CC communication channels, D+/D‑ data lines, and VBUS/GND power delivery. This makes it an ideal solution for cost‑sensitive and power‑focused applications.

The on‑board SMT design ensures efficient automated PCB assembly and reduced manufacturing cost, while maintaining stable electrical performance. Rear mechanical support structures improve PCB retention strength, making the connector more resistant to repeated insertion forces and cable stress.

According to industry usage patterns, 16‑pin USB‑C connectors are commonly used in USB 2.0‑based devices where high‑speed USB 3.x lanes are not required, such as chargers, power banks, embedded controllers, smart home devices, and IoT systems.

The connector supports up to 5A current (up to 100W USB PD in appropriate system design) and is compatible with modern USB Power Delivery protocols, enabling fast charging for a wide range of consumer and industrial devices.

For official USB interface standards and design guidelines, refer to: USB Implementers Forum (USB‑IF)

For USB Power Delivery specification details: USB Power Delivery Specification

For general USB Type‑C architecture reference: USB Type‑C Specification Documents