USB 2.0 Cable

A USB 2.0 cable connects compatible host devices and peripheral equipment for data communication and power transmission. Supporting USB 2.0 High-Speed data transfer at signaling rates of up to 480 Mbps, it is used in computer peripherals, embedded systems, electronic instruments, and other USB-connected equipment.

Cable selection depends on the required connector interfaces, data transfer speed, power requirements, cable length, and installation environment. Conductor size, shielding structure, insulation, and jacket materials can be specified according to the requirements of each project.

As an OEM and ODM cable manufacturer, we support project-based cable configuration and customization. Available options depend on the required interface combination, electrical performance, mechanical design, and production feasibility.

Computer Peripherals
Used to connect compatible computer peripherals, including printers, keyboards, mice, and other USB devices. Connector types and required data rates should be matched to the equipment.

Embedded Systems
Used for data communication and power connections between compatible host systems and embedded development boards, microcontroller platforms, and electronic modules.

Electronic Instruments
Used in compatible testing, measurement, and diagnostic equipment that requires USB 2.0 connectivity.

Consumer Electronics
Suitable for compatible electronic devices requiring USB 2.0 data communication and power connectivity, subject to the device's interface and power requirements.

USB-A to USB-B Cable
Connects compatible USB-A host ports to USB-B devices, such as printers, scanners, and certain electronic instruments.

USB-A to Micro-USB Cable
Connects compatible USB-A ports to Micro-USB-equipped devices, including selected embedded development boards and electronic peripherals.

USB-A to USB-C Cable
Connects a compatible USB-A host port to a USB-C device. Supported data rates and power capabilities depend on the cable design and connected equipment.

USB-B to USB-C Cable
Designed for equipment with a USB-B interface and a compatible USB-C connection on the other end. Host and peripheral roles, wiring, and protocol compatibility must be confirmed for the intended application.
Other connector combinations may be available depending on project requirements and manufacturing feasibility.

Conductor Gauge and Voltage Drop
Conductor resistance increases with cable length and affects voltage drop under load. Longer cables and higher current requirements may require larger conductors. The appropriate gauge should be determined according to the cable design, operating current, and allowable voltage drop.

Signal Integrity and Cable Length
Cable length affects signal transmission and power delivery. Longer cable assemblies require appropriate electrical design and validation to meet the intended USB 2.0 performance requirements. The supported length depends on the cable construction and applicable specifications.

Shielding and Electromagnetic Compatibility
Shielding requirements depend on the operating environment, cable construction, and equipment-level electromagnetic compatibility requirements. Foil, braid, and other shielding arrangements can be evaluated according to the application.

Connector Retention and Strain Relief
Connector design, overmolding, cable flexibility, and strain relief structure affect mechanical performance during installation and use. These features should be selected according to the expected handling conditions and required durability.
 

Manufacturing processes and inspection procedures depend on the cable configuration and the manufacturer's actual production capabilities.

For each project, the following items should be confirmed as applicable:

Cable Preparation: Conductor preparation, insulation processing, and cable assembly according to the approved design.
Connector Assembly: Terminal termination and connector assembly according to the specified wiring and construction requirements.
Shielding and Jacket Construction: Shielding and outer jacket processing according to the approved cable structure.
Electrical Testing: Continuity, open-circuit, short-circuit, and wiring checks, where applicable.
Mechanical Inspection: Connector assembly, strain relief, and other mechanical features inspected according to the agreed quality requirements.

Inspection methods, sampling plans, test conditions, and acceptance criteria should be established according to the product specification and customer requirements.

USB 2.0 cable configurations can be developed according to project-specific electrical, mechanical, and installation requirements.

Customization options may include:

Connector Configuration
Selection of compatible connector types, connector orientations, and cable-end configurations, subject to technical feasibility.

Cable Construction
Specification of conductor gauge, cable length, shielding structure, insulation, and jacket materials according to the required electrical and mechanical performance.

Mechanical Design
Options such as right-angle connectors, custom overmolding, and strain relief configurations may be evaluated according to project requirements.

Packaging and Labeling
Packaging formats, cable bundling, product labeling, and bulk packaging can be specified according to order requirements and available production capabilities.