Adaptador de conector macho USB-A a conector hembra USB-C ACT AC7376 negro

The ACT AC7376 USB-A to USB-C Adapter is a compact aluminum adapter that enables connection of USB-C peripherals to devices with USB-A ports. It provides a USB-A male to USB-C female interface and supports USB 3.2 Gen1 data transfer speeds up to 5 Gbps while maintaining a slim, single‑port footprint. The adapter does not support advanced protocols when converting to USB-A, but Quick Charge (QC) functionality remains available.

Advantages

The adapter offers USB 3.2 Gen1 transfer rates up to 5 Gbps in a small, durable aluminum housing that occupies only one port. Its black finish provides a neutral appearance compatible with most devices. Quick Charge compatibility is preserved even when other advanced features are unavailable.

Suitable for

• Connecting USB-C flash drives or external storage to computers with USB-A ports
• Using USB-C keyboards, mice or other low-power peripherals with USB-A hosts
• Transferring data between USB-C devices and USB-A equipped laptops or desktops

Key specifications

• Interface: USB-A (male) to USB-C (female)
• USB standard: USB 3.2 Gen1 (up to 5 Gbps)
• Material: Aluminum housing
• Colour: Black
• Form factor: Compact, single‑port adapter
• Supported charging: Quick Charge (QC) compatible; Power Delivery not supported when converting to USB-A

How to use

Insert the USB-A male connector into an available USB-A port on your computer or host device, then plug the USB-C peripheral into the adapter’s USB-C female port. Once connected, the host should recognize standard USB-C storage devices and peripherals; transfer speeds will follow USB 3.2 Gen1 limitations. Avoid forcing connections and ensure connectors are properly aligned before insertion.

Recommendations

For reliable data transfer, use with USB-C devices that do not require Power Delivery, DisplayPort Alt Mode, or Thunderbolt. To maintain performance, connect to a host USB-A port that supports USB 3.2 Gen1. Keep the adapter dry and store it in a protected place when not in use.