TE Connectivity (TE)

USB Type-C Connectors

Reliability and Ruggedness In a Sleek, Slim Design

Our USB Type-C connectors adhere to industry standards, delivering a sleek, slim form factor for handheld devices while maintaining robust durability for industrial applications. With multi-protocol support and broad backward compatibility, a single USB Type-C port enables data transfer, rapid charging, and high-definition A/V output (HDMI/VGA/DisplayPort), providing a truly unified connectivity experience.

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Benefits and Features

USB Type-C Connectors

Comprehensive Portfolios & Flexible Integration

Multiple configurations (6-pin, 16-pin, and 24-pin options) with standard USB Type-C interface to meet the diverse needs
Single-cable solution for data, power, and A/V transmission
Flexible mounting: top, mid, vertical, and flag mount

Seamless Upgrades & Universal Compatibility

The charge-only version can be upgraded to full-featured USB Type-C receptacles with no board redesign required
Compatible with USB 4.0, USB 3.0, USB 3.1 Gen 2, and USB 2.0 via adapters

Rugged Reliability

IPX7/IPX8 waterproof and IPX4 splash-proof variants available
Superior EMI shielding with a uniquely designed receptacle shell

Competitive Price & Fast Delivery

Leveraging global manufacturing expertise for cost efficiency and rapid turnaround

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Product Flyer

USB Type-C Connectors - Legacy

Infographic

USB Type-C Connectors Infographic (English)

Product Flyer

USB Type-C Connectors - New

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What Customers Ask

FAQs on USB Type-C Connectors

Q: Which USB connectors are the most durable for frequent use?

USB Type‑C connectors from TE are typically specified for higher mating‑cycle durability than earlier USB generations. Many designs incorporate reinforced shells and retention features that improve mechanical robustness under regular use. Micro‑USB and Mini‑USB options are also rated for repeated mating but are generally intended for lower‑cycle applications relative to USB Type‑C.

Q: What USB connector is best for high-speed data transfer?

For applications requiring high-speed signaling, TE’s USB Type‑C connectors support data transfer speeds up to 40 Gbps. Designers looking to maintain backward‑compatible interfaces can use USB 3.2 Type‑A connectors, which support data transfer rates up to 20 Gbps. Signal performance is achieved through impedance‑controlled contact design and metal shielding structures.

Q: Which USB connectors support the highest power‑delivery levels?

USB Type‑C connectors supporting USB PD 3.1 enable significantly higher power ranges than legacy USB connectors. Specific current and voltage levels depend on the connector series and system design.

Q: Which USB connectors offer the best lifespan for frequent connections?

High‑cycle applications often benefit from TE’s USB Type‑C receptacles, which are typically rated for thousands of mating cycles and designed with shell reinforcements and controlled‑impedance PCB interfaces.

Q: What are the fastest USB connector types?

TE’s USB Type-C connectors support data transfer speeds up to 40 Gbps. Designers looking to maintain backward compatible interfaces can use USB 3.2 Type-A connectors, which support data transfer rates up to 20 Gbps.

Q: Which USB connectors are best for minimizing signal interference?

TE’s high‑speed USB Type‑C and USB 3.2 Type-A connectors incorporate EMI‑optimized shell geometries and controlled‑impedance designs that help manage crosstalk and emissions. Sealed and metal‑shell variants provide additional shielding benefits.

USB Type-C (USB-4 Gen 3) Connectors

Charge-Only Version

Features & Applications

Feature:

Supports USB PD (Power Delivery) for fast charging
Compact and cost-effective design
No data transfer capability

Applications:

Keyboards
Wireless earbuds & accessories
Power banks & charging docks
Hubs and adapters
Portable medical devices

Product Brochure

USB TYPE-C CHARGE-ONLY RECEPTACLES

USB Type-C charge-only receptacles are a simplified version of a standard USB Type-C receptacle that use the familiar USB Type-C form factor for power-only applications. USB charge-only receptacles reduce the complexity and failure rate of the connector by eliminating most of the pins and associated solder points in the connector which also helps to reduce the overall cost. The 16 data transfer pins and 2 of the ground pins are removed, leaving only 4 power pins and 2 ground pins. The connectors mate with standard USB Type-C plugs and cable assemblies that transfers both data and power, so there are no additional steps or hardware needed by the end-user when interacting with the product. The customer’s end product can also be upgraded to a higher performance standard USB Type-C receptacle with little to no change in the existing board design.

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