Custom USB Cable Assembly Manufacturer

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Conjunto de cables USB Aplicaciones in Daily Life and Work
| Tipo de cable | Características básicas del proceso | Ventajas | Desventajas |
|---|---|---|---|
| Cable USB 2.0 económico | Copper-clad aluminum conductor with single-layer insulation, minimal or no shielding, PVC outer sheath, thin plating, and no E-Marker chip, offering a cost-effective solution for basic charging and low-speed data transmission applications. | Lower cost, ideal for basic charging and low-speed data transmission applications. | High resistance can lead to slow charging and heat buildup; lack of shielding makes signals susceptible to interference; the outer sheath is brittle and prone to damage; overall functionality is limited. |
| Cable USB 3.0 estándar | Oxygen-free copper conductor with dual-layer shielding (aluminum foil + copper braid) and an injection-molded reinforced connector, delivering low resistance, stable signal transmission, and enhanced durability. | Fast, stable data transmission with strong EMI resistance and enhanced durability for long-term use. | The cable is thicker and less flexible due to shielding, resulting in higher cost, and may be unnecessary for legacy or low-speed devices. |
| Cable de datos/carga rápida Type-C de alta calidad | Large-diameter oxygen-free copper for low resistance, with premium shielding, E-Marker chip, TPE or braided outer jacket, and thick gold plating, ensuring high power delivery, stable high-speed transmission, and enhanced durability. | Supports high-power fast charging with E-Marker chip identification, offering soft yet durable construction and reliable, stable contact performance. | Higher cost, and compatibility with device protocols (e.g., PD, QC) must be ensured for proper performance. |
| Función completa/Cable Thunderbolt Tipo-C | Highly complex multi-strand conductors with advanced shielding, precision E-Marker or protection chips, a high-strength braided outer sheath, and precision injection molding, ensuring maximum performance, durability, and reliability. | All-in-one functionality—data, video, and charging in a single cable—delivering top-tier performance, exceptional durability, and certified reliability. | Higher cost and thicker cable construction; while backward compatible, it may not deliver full functionality on older devices. |
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Garantizado Calidad y seguridad
Cumple con IPC/WHMA-A-620 normas, lo que garantiza un rendimiento fiable en cada mazo de cables y conjunto de cables.
Cliente Opiniones de WIRES
Preguntas frecuentes
No. Cables USB are used to connect devices, transfer data, and deliver power, while a charger (power adapter) supplies electrical power.
USB cables—such as USB-A, USB-B, USB-C y Micro-USB—are widely used for device connectivity, data synchronization, and charging, but they require a power source (charger or port) to provide energy.
You can distinguish them by shape, orientation, and performance:
- USB-A: Standard rectangular port, single insertion direction. Typically supports USB 2.0–3.0 (up to 480 Mbps–5 Gbps) y lower power output (generally ≤12W–15W). Common in older computers, game consoles, and peripherals.
- USB-C: Smaller, oval-shaped, reversible port (plug in either way). Supports USB 3.1/3.2, USB4, and Thunderbolt (up to 10–40 Gbps) y high power delivery up to 100W–240W (with PD and E-Marker chip). Widely used in modern laptops, tablets, and smartphones.
USB-C offers faster data transfer, higher power capacity, and greater versatility, making it the standard for newer devices.
You can identify the correct USB cable by connector shape, device interface, and performance requirements:
- USB-A: Flat, rectangular connector; typically supports USB 2.0–3.0 (up to 480 Mbps–5 Gbps) and is common on older PCs and peripherals
- USB-B: Square with beveled corners; often used for printers and industrial devices
- USB-C: Small, oval, and reversible; supports USB 3.1/3.2, USB4, and Thunderbolt (up to 40 Gbps) y power delivery up to 100W–240W
Matching the connector type to your device and considering data speed and charging needs will help you select the right USB cable.
Yes. WIRES supports both small-volume (prototype) and large-scale production orders, ensuring flexible manufacturing for different project needs.
With experience delivering 10 million+ cable assemblies, WIRES provides consistent quality and reliable production capacity for every order.




