Quick Charge, Sync and charge, Strain relief, Halogen free, Heavy duty, Up to 60 Watts of power delivery
Jacket Material
Thermoplastic elastomer (TPE)
Plated Connector
Gold, Nickel
Rated Current
3 A
Left Connector Design
Straight
Right Connector Design
Right-angled
Dimensions & Weight
Weight
10 g
Length
1 m
Dimensions & Weight (Shipping)
Shipping Width
22 cm
Shipping Depth
12,8 cm
Shipping Height
3 cm
Shipping Weight
26,4 g
Service & Support
Type
Limited lifetime warranty
Miscellaneous
Color
Black
Color Category
Black
Description
The StarTech.com 3 ft (1 m) USB C Charging Cable is a high-quality, durable solution designed to meet the needs of users. With its construction and aramid fiber reinforcement, this cable is built to last and resist the common pitfalls of daily use. It supports up to 60 W of power delivery, thanks to its Quick Charge capability, making it perfect for quickly charging your devices like the S20, iPad, and Pixel. The cable's right-angled connector is specifically designed for ease of use in tight spaces, ensuring that you can connect your devices with ease, no matter the setup. Its compatibility with USB 2.0 standards allows for efficient syncing and charging, while the gold and nickel-plated connectors ensure a stable and reliable connection. Whether you're at home, in the office, or on-the-go, this USB-C cable is the perfect companion for all your charging needs.
Robust Durability Crafted with aramid fiber, the 3 ft (1 m) USB C Charging Cable is designed for enhanced durability and to withstand daily wear and tear, ensuring a durable charging solution.
Efficient Charging and Syncing Supporting up to 60 W of power delivery through Quick Charge technology, this heavy-duty USB-C cable facilitates fast charging and efficient data syncing, making it ideal for high-demand devices like the S20, iPad, and Pixel.
Flexible Connectivity Featuring a right-angled connector, this rugged USB 2.0 Type-C cable offers a more convenient and flexible connection, reducing strain on the cable and making it easier to connect in tight spaces.