AllExtreme (MAK) Android Micro USB Charging and Data Transfer Cable for Fast Charging and 480 Mbps Data Synchronization Speed (3.3ft, Pack of 2)
SUPER FAST CHARGING AND DATA & TRANSFER: The cable has USB 2.0 for the fastest possible data transfer. USB 2.0 supports speeds of up to 480mb/s meaning you can transfer HD videos to your phone in seconds rather than minutes.
EXTRA TOUGH & DURABLE: This cable is durable enough to perform wonderfully even after rigorous usages.
Our offered AllExtreme Mak USB data cable is designed to connect smartphones to USB supported devices in an easy and hassle-free way.This USB cable allow users to connect their smartphones to their laptops and other USB supported devices in order to charge their phones and transfer data simultaneously. Its dual shielding design with metallic weave net allow users to store and carry it anywhere they want without being worried about knots, bunching, and tangles. Besides, it comprises unique induced current design which will protect your mobile from potential damages at high voltage. Start syncing your phone with your laptop and other USB supported devices today through this data cable to make charging more stable and fast. This Data Cable is Perfect Tested to Ensure Super fast charging and Data Cable for Samsung Mobile, Tablets, MI , HTC and all other android Devices. The cable has USB 2.0 for the fast data transfer. USB 2.0 supports speeds of up to 480mb/s meaning you can transfer HD videos to your phone in seconds rather than minutes.
This dual purpose, fashionable and colorful USB to USB cable is compatible with all available android phones, tablets, laptops, PCs and other USB supported devices.
Adopt USB 2.0 planting processing, favorable signal, fast charging but stable.
ENJOY QUICK CHARGING & HIGH SPEED DATA TRANSFER: Our cables are designed using premium quality materials and adopt USB 2.0, which facilitates rapid charging and super high data transmission speed. Its unique preventing induced current design protect your phone from getting damaged at high voltage.