Manhattan USB-C to USB-A Adapter, Male to Female, 5 Gbps (USB 3.2 Gen1 aka USB 3.0), SuperSpeed USB, Black, Lifetime Warranty, Equivalent to USB31CAADG

The Manhattan USB 3.2 Gen 1 Type-A to Type-C Adapter is an ultra-compact adapter that connects USB-A devices (for example mice, keyboards and thumb drives) to USB-C ports. It measures 37 mm (1.5 in.) and has a durable black housing with nickel-plated contacts. The adapter supports data transfer rates up to 5 Gbps and charging current up to 3 A, providing simple, portable charge-and-sync functionality for bridging USB-A peripherals with USB-C hosts.

Advantages

Compact and lightweight design for easy portability, reliable nickel-plated contacts for stable connections, support for USB 3.2 Gen 1 data speeds (up to 5 Gbps) and charging up to 3 A. The adapter’s simple form factor makes it convenient to carry and use with a wide range of devices.

Suitable for

• Connecting USB-A peripherals (keyboard, mouse, thumb drive) to USB-C laptops and tablets
• Syncing data between USB-A storage and USB-C hosts
• Charging small devices from USB-C ports where 3 A is sufficient

Key specifications

• Model: USB-C to USB-A Adapter Manhattan USB31CAADG (MPN 354646)
• Standard: USB 3.2 Gen 1 (up to 5 Gbps)
• Charging current: up to 3 A
• Connectors: USB-C (plug) to USB-A (receptacle)
• Colour: Black; contacts: nickel-plated
• Dimensions: 37 mm length
• Weight: 0.0085 kg

How to use

Insert the USB-A device into the adapter’s USB-A receptacle, then plug the USB-C end into the host device’s USB-C port. For data transfer, ensure the host recognizes the connected peripheral and use the operating system’s file manager or device settings to access storage devices. For charging, confirm the host port can deliver up to 3 A and monitor device charging status on the connected device.

Recommendations

Use the adapter for short-term connections and portability. Avoid exposing the adapter to moisture or extreme temperatures. For sustained high-current charging or high-performance peripherals, verify compatibility with the host device and use dedicated cables or hubs rated for the required power and data throughput.