USB 3.0 Type-C (L-Shape) to SH1.0 9-Pin

USB 3.0 Type-C L-Shape to SH1.0 9-Pin Cable Assembly Overview

Engineered for reliability and compact integration, our L-shaped USB Type-C cable assembly provides a professional solution for modern embedded systems. By utilizing an L-shaped (right-angle) design, this cable significantly reduces connector strain and saves critical vertical space in tight enclosures. The assembly terminates in a high-precision SH1.0 9-pin connector, ensuring a secure and stable connection for USB 3.0 data transfer.

Advanced Engineering & Performance

• Space-Efficient Geometry: The L-shape design allows for low-profile cable routing, preventing interference with other board components.

• Reliable Data Integrity: Constructed with pure copper conductors and high-grade shielding, this assembly minimizes electromagnetic interference (EMI) and signal crosstalk.

• Industrial-Grade Durability: Built to exceed standard hardware requirements, ensuring long-term performance in industrial, medical, and consumer electronic environments.

• Fully Customizable Solutions: We specialize in OEM/ODM services. Tailor the cable length, wire gauge, and pinout configuration to integrate perfectly with your hardware architecture.

Technical Specifications

Why Partner with Us?

As a dedicated manufacturer, we provide end-to-end support—from initial prototype design to mass production. Our L-shaped USB Type-C cable assemblies undergo rigorous quality assurance testing to ensure they meet your exact technical specifications.

Ready to start your custom project? Contact our sales team for a technical review and custom quote.

Frequently Asked Questions

1. What is the purpose of the L-shape Type-C to SH1.0 9-Pin cable assembly?

This cable assembly bridges a USB 3.0 Type-C port to an SH1.0mm 9-pin connector, enabling high-speed data transmission (up to USB 3.0) from a standard USB-C host to embedded systems, custom PCBs, and industrial controllers that use the compact SH1.0 interface. The L-shape Type-C head saves vertical space in tight enclosures while ensuring reliable connectivity.

2. What transmission standard does it support?

The cable supports USB 3.0 High-Speed transmission, constructed with pure copper conductors and high-grade shielding to minimize electromagnetic interference (EMI) and signal crosstalk. This ensures reliable data integrity in electrically noisy industrial and automation environments.

3. What is the secondary connector and why SH1.0?

The secondary interface is an SH1.0mm 9-Pin housing connector. The 1.0mm pitch is widely used in compact embedded designs where board space is severely limited, such as robotics control modules, sensor interfaces, and compact industrial controllers. The 9-pin configuration supports the SuperSpeed USB 3.0 signal set including data pairs, power, and ground.

4. What B2B customization options are available?

We support OEM/ODM customization including cable length, pin assignments, and shielding options. This allows the assembly to integrate perfectly with your specific hardware architecture, from prototype to mass production. Just submit your technical drawings or requirements.

5. What applications is this cable designed for?

Industry usage includes Industrial Automation, Robotics, and Embedded Systems. The space-efficient L-shape design allows for low-profile cable routing, preventing interference with other board components, making it ideal for control panels, robotic arms, embedded computing modules, and custom instrumentation.

6. How does the L-shape design benefit installation?

The right-angle (L-shape) Type-C connector significantly reduces connector strain and saves critical vertical space in tight enclosures. It prevents interference with adjacent board components and allows for flush mounting against the device edge, protecting the port from accidental bumps and cable tugging.

7. What is the build quality?

Built to industrial-grade durability standards, the assembly uses pure copper conductors with high-grade shielding. Each assembly undergoes rigorous quality assurance testing to exceed standard hardware requirements and ensure long-term performance in industrial, medical, and consumer electronic environments.

8. Do you provide technical drawings?

Yes. Request PDF technical drawings and detailed specifications using the form above (click “Download Specifications & Request a Quote”). Our engineering team can also create custom drawings based on your specific hardware requirements.

9. Can I get samples for qualification testing?

Yes. We offer sample units for evaluation and qualification testing before mass production. We provide end-to-end support from initial prototype design to volume production, with flexible order quantities.

10. What is the lead time for custom orders?

Specific lead times depend on order volume and customization complexity. Contact our sales team via the email below for technical review, current lead times, and custom pricing.

Customization Available:
For custom lengths or bulk pricing, please email us:
nick.xu@lyd123.com