Description: CAPDASE Rotary CC-5A current USB-C To USB-C Sync & Charge Cable is utilized with USB-C technology through a sophisticated production process. Unique 180° Rotating elbow provides a free-angle to plug the cable in more conveniently and provides a better and comfortable hand fit for playing games conveniently while charging simultaneously on the go. Built-in E-MARK chip boosts the power up to 100W/20V5A, offering fast charging supports for all USB-C powered devices at any time anywhere. Simply & reliable data transfer at fast response speed. With the engineered intelligent chip to communicate with your smart device to identify its requirement and provide accurate data & power delivery when connecting the smart device to the wall, car, portable charger, laptop, and computer. It is made of premium quality that equipped with durable cable cores, advanced shielding, and anti-interference technology. Strengthened stress points by reinforced joint with durable braided outer to extend its working life.
The perfectly enhanced length of 2M (6.56ft) is designed to give you plenty of distance when traveling in the car or transportation, as well as relaxing at home or working in the office. Soft glow indicator shows power status & illuminates in the dark.
Connects USB-C device to USB-C device
USB-C Reversible-plug connecting interface
Keeps up with the latest trend of USB interface. This user-friendly design allows you to plug into all your USB Type-C compatible devices without worrying about the orientation of the port
E-MARK chip supports up to Power Delivery 100W/20V5A fast charging
Unique 180° Rotating elbow provided free-angle to plug in the cable more conveniently
Better and more comfortable hand fit for playing the mobile game while charging your smartphone simultaneously
A seamlessly molded joint USB-C connector in the single-piece prevents cracking, breaking, and splitting from the cable
Sleek design with aluminum housing in both ends for better heat insulation and lasts longer
Double shielding for best interference performance and provides a strong connection for stable data transfer