METALLIC CCPD240W_2M USB-C To USB-C Sync and Charge Cable (240W) 2M
Description: CAPDASE Metallic CCPD240W_2M USB-C To USB-C Sync & Charge Cable is utilizing USB-C technology with latest new updated 240W power transfer version. It means that the USB Power Delivery would now be able to charge all and the most heavy-duty laptops, ensures super-fast speed and charging anywhere. Simple & reliable data transfer at an extremely high response speed. Communicate intelligently with your Smart device to identify its requirement, providing suitable Data & Power delivery when connecting Smart device to Wall, Car & Portable charger and Laptop & Computer. Built-in E-MARK chip boosts the power up to 240W / 48V 5A and supports Fast charge protocols PD 3.1, 3.0, 2.0 and PPS.
It is made of premium quality with high performance through a sophisticated production process. It equipped with durable cable cores, advanced-shielding, and anti-interference technology. Strengthened stress points by High Toughness and Longer TPE with Anti-Fraying reinforced joint and tested with 150K Bend Lifespan 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.
Latest new updated 240W power transfer version
E-MARK chip supports up to Power Delivery 240W / 48V 5A fast charging
High Toughness and Longer TPE with Anti-Fraying reinforced joint
Both ends are USB-C reversible-plug interface
The bilateral cable connects the USB-C to USB-C devices
Compatible with most heavy-duty Laptops and MacBook
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.
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