Custom Low-Voltage Cable Assemblies Solution

Our Global Wire Harness Clients
WIRES, with over 20 years of expertise as a professional automotive wiring harness manufacturer, leverages shared manufacturing principles between AI wiring harness production and automotive systems. The AI wiring harnesses provided by WIRES deliver high-speed, stable, and reliable performance.
What is a low-voltage cable assembly?
These assemblies are designed for high-speed signal transmission while minimizing electromagnetic interference (EMI) and crosstalk, especially in multi-signal environments. Depending on application requirements, they can support data rates from low-frequency control signals up to high-speed communication systems, ensuring stable and reliable performance in compact electronic and industrial devices.

WIRES - High-Quality Low-Voltage Cable Assembly Solutions
WIRES provides end-to-end low-voltage cable assembly solutions, covering design, prototyping, and mass production for applications operating below 60V DC/AC.
High-Quality Solutions
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WIRES Low-Voltage Cable Products
High-Speed Cable Assembly
Highly Flexible Low-Voltage Cable Assemblies
Low-Voltage Cable Industry Applications



Why Choose WIRES?
Looking for a Reliable Custom Wire Harness & Cable Assembly Partner?
Guaranteed Quality & Safety
Compliant with IPC/WHMA-A-620 standards, ensuring reliable performance in every wire harness and cable assembly.
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Frequently Asked Questions
Low-voltage cable assemblies can be designed with different EMI shielding structures depending on performance requirements, including braided copper shielding, aluminum foil shielding, or a combined (foil + braid) shielding solution.
- Braided shielding: Provides strong mechanical protection and effectively reduces high-frequency electromagnetic noise
- Foil shielding: Offers excellent coverage against electromagnetic interference (EMI) and signal leakage
- Combined shielding: Integrates both methods to deliver enhanced EMI protection, improved signal integrity, and stable high-speed transmission performance
These shielding options ensure reliable operation in industrial, automotive, and high-speed data communication environments.
Different connectors directly impact the electrical performance, signal integrity, and environmental durability of low-voltage cable assemblies. Selecting the correct connector ensures stable and reliable system operation.
For example, LVDS connectors are designed with specific pin configurations and impedance control to support high-speed signal transmission with minimal noise and crosstalk. In contrast, M8 and M12 connectors are built for rugged industrial environments, offering strong resistance to vibration, dust, and moisture, while maintaining stable signal transmission.
Proper connector selection is essential to ensure optimal performance, long-term reliability, and compatibility with the application environment.
Cable specifications such as AWG (American Wire Gauge), conductor material, and cable length directly affect current capacity, resistance, and signal quality in low-voltage cable assemblies.
Lower AWG values (thicker wires) have lower resistance per meter, allowing them to carry higher current loads and maintain stable signal integrity over longer distances. In contrast, higher AWG values (thinner wires) are suitable for short-distance transmission and low-current applications, offering greater flexibility and easier routing.
Proper selection of cable specifications helps ensure efficient power delivery, reduced signal loss, and reliable system performance across different application environments such as automotive, industrial, and electronic systems.
Yes, WIRES supports both small-volume prototype orders and large-scale production orders. With an annual production capacity of over 3,000,000 units, we are equipped to handle flexible order quantities while ensuring consistent quality and on-time delivery for all projects.










