Vention USB 2.0 A Male to C Male 3A Cable 0.5M Black

The Vention USB 2.0 A Male to C Male 3A Cable (0.5 m) is a compact, durable USB-C charging and data cable designed for everyday use. Constructed with a braided nylon jacket and aluminum connector housings, the cable supports up to 3A charging current and USB 2.0 data transfer speeds up to 480 Mb/s. Nickel-plated contacts and magnetic shielding improve signal reliability while the reinforced design resists bending and frequent plugging.

Advantages

This 0.5 m Vention cable combines a flexible nylon braid with aluminum-constructed connector heads to resist wear, corrosion and loosening. Built-in tinned copper conductors and a 56 kΩ pull-up resistor allow safe fast charging at up to 3A and stable data transfer at USB 2.0 speeds (480 Mb/s). The compact length is convenient for close-range charging and keeps workspaces tidy.

Suitable for

• Charging USB-C smartphones and tablets from USB-A power sources
• Data transfer between USB-A ports and USB-C devices (up to 480 Mb/s)
• Use with power adapters, laptops and car chargers where a short cable is preferred
• Connecting USB-A accessories to USB-C hosts that accept USB 2.0 signalling

Key specifications

• Brand: Vention
• Model: COKBD
• Connectors: USB A (male) to USB C (male)
• USB version: USB 2.0
• Maximum current: 3 A
• Data transfer rate: up to 480 Mb/s
• Cable length: 0.5 m
• Color: Black
• Contacts: Nickel-plated; magnetic shielding

How to use

Insert the USB A end into a compatible USB-A port on a charger, computer or power bank and plug the USB-C end into your device. Charging and data transfer begin automatically when both ends are connected. For fastest charging, use a power adapter that supports appropriate fast-charge protocols and a port capable of delivering up to 3A.

Recommendations

For prolonged cable life, avoid sharp bending near the connector heads and remove the cable by holding the connector housing rather than pulling the cord. Use with USB-A ports and chargers that conform to USB 2.0 specifications and suitable fast-charge adapters for optimal performance.