ITD ITANDA USB 3.0 Micro B to USB-C 6ft cable
Product description
This 6-foot USB C to Micro B cable connects laptops and mobile devices with USB Type-C ports to USB 3.0 external hard drives, offering fast transfers and reliable charging for backups and media work. If you need a USB C to Micro B cable for external hard drive use, this cord supports SuperSpeed transfers up to 5 Gbps and is built to withstand frequent handling.
Key Points
The cable is designed with molded strain relief connectors and grip treads for easier plugging and unplugging. It supports data synchronization and charging for smartphones and tablets while maintaining compatibility with a wide range of external drives and host devices. The construction includes aluminum alloy connectors and bare copper conductors, with multiple layers of shielding to reduce interference and help keep data stable during large transfers. ⚡️
Compatibility covers devices that have a USB-C host port such as MacBook Pro, MacBook Air and many iPad models, while the Micro B end works with USB 3.0 external drives including Seagate, WD My Passport and Toshiba Canvio. The cord is sold as a convenient spare or replacement to keep at your desk or in your accessory bag for on-the-go file access. 🔌
Technical Specifications
- Name: ITD ITANDA USB 3.0 Micro Cable, 6FT
- Length: 6 ft
- Interface: USB Type-C to Micro B (USB 3.0)
- Maximum data transfer rate: 5 Gbps
- Durability: 20000+ bend tests reported by the manufacturer
Usage Recommendations
For large backups or media editing, connect the Micro B end to your external hard drive and plug the USB-C end into the host computer to take advantage of SuperSpeed transfers. Allow the drive to finish file operations before unplugging to reduce the risk of data corruption. The cable also supports charging of compatible smartphones and tablets, although charge speed may vary depending on the host device and the drive.
Consider that older hosts or cables using USB 2.0 will limit transfer speeds to lower rates. Also note that while the cable includes shielding to minimize interference, performance can depend on the connected devices and their ports. 🔄.