USB-C to USB Adapter 8 Pack USB to USB-C Adapter USB-A Type-C Male Female OTG Adaptor Set for iPhone 17 16 15 MacBook Pro Galaxy iMac Grey

Two Working Modes: This USB C adapter pack includes 8 pieces OTG usb adapter 4 pieces USB C to USB adapter and 4 pieces USB to USBC adapter made of sturdy alloy shell. These USB Type C adapter with different working modes widely compatible with your laptops tablets phones chargers and other devices with USB-A or USB-C interfaces. Flexibly connect your external devices with USB A male or USB C male and use them (such as keyboards mice flash drives etc.
)Support OTG Technology: These USB A to USB C adapter offers OTG Tech No installation required Simply plug and work. All support Data Sync and Charging Enough 5V/3A or 9V/ 2.2A of output power to charge your devicesFast
Data Transfer: The C to USB adapter support USB 3.0 protocol offers data transfer speed 5Gbps (625 MB/S). The USB C female to USB male adapter support USB 2.0 protocol offers data transfer speed of 480MbpsUSB C to
USB A Compatibility: The USB C adapter to USB is compatible with type C/Thunderbolt 3 laptops/tablets/OTG phones such as iPhone 15 Pro Max MacBook Pro 2021/2020/2019/2018/2017/2016 MackBook Air 2022/2020/2019/2018 Pro 2021/2020/2018 Air 4 5 Mini 6 Galaxy S24/S23/S22/S21/S20. This USB C converter supports a phone case within 2 mm/ 0.08 inches and other USB-C devicesUSB
Converter Compatibility: With this USB-A to USB-C adapter plugged into a standard USB port your legacy devices (wall charger power bank computer laptop PC car charger car play hub etc) can turn into a USB-C enabled platform. Compatible with usb c charger cable for iPhone 14/14 Plus/14 Pro/14 Pro Max/13/13 Mini/13 Pro/13 Pro Max/12 Pro/12 Mini Macbook Pro/Air Google Pixel 5/4 etcPackage
Contents: 4 pieces USB C to USB 3.0 adapter and 4 pieces USB to Type C adapter included in the package for versatile connectivity options across all your devicesDurable
Construction: Made with premium alloy shell material that provides long-lasting durability and effective heat dissipation during data transfer and charging operations