Long USB C to C Fast Charger Cable 10ft 60W
Product description
This long USB-C to USB-C charging cable gives extra reach for everyday charging and quick data sync, making it easier to use devices while they charge on a desk or couch. With a 10 foot length and support for up to 60W input according to the manufacturer, it covers phones, tablets, and some laptops where a longer cable is convenient.
Key Points
The set includes two 10 ft cables so you can keep one at home and one in the car without losing reach. The cable supports fast charging with a rated 60W power input and a reported 2.4 amp output for compatible devices, which helps shorten charging time when used with a suitable charger. It also offers data transfer capability at up to 480 Mbps for moving files between devices. The connectors are USB-C on both ends and the cable is built with reinforced insulation for frequent use. ⚡️📱
Technical Specifications
- Name: Long USB C to C Fast Charger Cable 10ft, 60W (2-Pack)
- Length: 10 ft / 3 m
- Power output: 60W input, up to 2.4 Amp (manufacturer specification)
- Data transfer speed: up to 480 Mbps
- Quantity: 2 cables per package
Usage Recommendations
Use this cable with a charger that matches the desired power delivery to reach the advertised 60W performance. The extended length is useful for bedside charging, using a tablet on the sofa, or connecting a device to a laptop while working at a distance. For high-power laptops check the laptop’s required wattage, because some MacBook Pro and larger laptops may need a higher-wattage USB-C cable and adapter to charge at full speed. The cable’s data speed is suitable for typical file transfers and syncing, though very large backups or high-bandwidth tasks may benefit from a dedicated high-speed cable. 🔌
The product includes a safeguard chip that, according to the manufacturer, protects against short circuits, over-current, over-voltage, over-heating, and over-charging by stopping the charge when the device is full. Consider that actual charging time and data performance depend on the charger, host device, and port specifications.