Belkin BoostCharge 9.8-Feet USB-C to USB-C Cable 100W in Black - CAB014BT3MBK

Belkin CAB014BT3MBK BoostCharge 9.8-Feet USB-C to USB-C Cable 100W in Black

Power and connect to a MacBook, Chromebook, Windows laptop, iPad, or other USB-C device with an extra-long, double-braided cable. Compatible with USB-C PD to support up to 100W charging, it delivers safe and optimal charging speeds for a variety of devices.

Key Features

• Our charging cables undergo our 18-point quality test, to keep your devices safe for years to come.
• Supports fast charging up to 100W   
• Double braided nylon exterior is tested to survive over 30,000 bends  
• USB 2.0 cable supports fast data transfers  
• Extra-long cable, available in 2M/6.6ft or 3M/10ft lengths  
• Available in white or black  

Features

• Built to last.
  Highly durable cable tested to withstand 30,000+ bends,* these USB-C cables are built for a long lifespan and will work with any standard USB-C port. They're also USB-IF certified for safe and seamless performance with all your devices.
• Safe power and fast charging.
  Beneath its rugged exterior, our USB-C to USB-C cable is engineered to support up to 100W of power delivery — enough power to charge most laptops including MacBook, Chromebook, and more.
• Superior USB-C cable construction.
  Precision welded metal shield to protect PCB and E Marker. This also minimizes radiated emissions levels and provides additional mechanical strength.
• Wide compatibility.
  Universally compatible with your Samsung S23, iPad Pro and other USB-C devices.
• USB 2.0 data transfer + USB-IF certified.
  Our USB 2.0-ready cable transfers data at a top speed of 480 Mbps. It’s certified by USB-IF to meet all electrical, mechanical and environmental standards, ensuring a superior user experience.
• Choose the length you need.
  Available in two convenient lengths (2M/6.6-foot and 3M/10-foot) so you can better connect and charge a device in the car, on the nightstand, and more.

Footnotes:

• * Withstands up to 25,000 bends based on internal laboratory test result, compared with 1,000 bends for an ordinary PVC cable.