2pcs Black USB C Female to USB Male Adapter for Apple iWatch iPhone AirPods

Product Details:

• 2pcs Black USB C Female to USB Male Adapter for Apple iWatch iPhone AirPods

Features:

• Does not work with Mag-Safe charger:BE AWARE OF THE LIMITATION: This is a USB-C female to USB-A male adapter designed for charging or data transfer and it will NOT support vidoe signal transmission. Latest Test Result: This product does not work with Mag-Safe wireless charger due to the incompatibility of charging protocols. So Mag-Safe charger must be paired with A USB-C power adapter
• With this little dongle plugged into an available standard USB port, your legacy devices-charger, power bank, computer, can turn into a USB-C enabled platform.
• You can easily hook up any USB-C peripherals -USB Type-C cable, USB Type-C flash drive, USB Type-C hub,that make use of the newer USB-C connector.
• This adapter offers data transfer speeds of up to 480 Mbps between connected devices and also supports up to 2 Amps of power output for charging your devices. Enjoy the fast and safe charging.
• Our aluminum-alloy-bodied dongle occupies very little space and can plug directly onto the end of your USB-A hardware, so you we not have to worry about carrying it around.

Specifications:

• Connector type:USB Type C, Usb
• Current rating:2 Amps

BE AWARE OF THE LIMITATION:

• This product will not work with MagSafe wireless charger.
• It will NOT transmit HDMI, VGA, or any other types of video signal

Compatible Devices -Including but not limited to:

• Apple Watch iWatch Series 7 SE
• iPhone 11 12 13 Mini Pro Max SE
• AirPods Pro, AirPods 1st 2nd 3rd Generation
• Samsung Galaxy S20 S21 S22 FE Plus Ultra 5G Note 10 20 21, Z Flip Fold
• iPad Pro, iPad 8 8th 9 9th Generation Air 4 4th Generation 2020 Mini Gen 6 2021
• Google Pixel 6 5 4 4a 3 3A 2 XL
• Colorful USB C female to USB male adapter

Package Included:

• 2 x USB-C -female- to USB-A -male- adapter

Notes:

• The colors may be a little different for the different monitor display.
• Please allow minor deviation due to manual measurement