Cavo USB 3.2 Gen.1x2 InLine 35714 1,5m USB-C connettore maschio USB-A connettore maschio nero

The InLine® USB 3.2 cable with a USB-C male to USB-A male connector provides a reliable connection for devices requiring high-speed data transfer and charging. With a 1.5 m length and support for data rates up to 10 Gbit/s, the cable is suitable for transferring large files, connecting external storage and peripherals, and charging devices with up to 27 W power delivery. The black, robustly constructed cable features effective shielding to minimise interference and ensure stable signal quality.

Advantages

This USB 3.2 Gen.1x2 cable combines versatile USB-C to USB-A compatibility with fast data transfer speeds up to 10 Gbit/s and support for charging up to 27 W. The 1.5 m length offers flexible placement, while the durable build and optimal shielding improve longevity and signal stability. Connectors are standard USB-C and USB-A to ensure wide device compatibility.

Suitable for

• Transferring large files between PCs and external drives
• Connecting USB peripherals (printers, scanners, docks) to USB-C or USB-A hosts
• Charging smartphones, tablets and small devices up to 27 W
• Use with laptops, desktops and external storage enclosures

Key specifications

• Connector 1: USB-C (male)
• Connector 2: USB-A (male)
• USB version: USB 3.2 Gen 2 (3.1 Gen 2) — up to 10 Gbit/s
• Cable length: 1.5 m
• Maximum charging power: 27 W
• Colour: Black

How to use

Plug the USB-C male connector into a compatible device or adapter and the USB-A male connector into a host port such as a PC, laptop or charger. For data transfer, ensure both devices support the desired USB standard to reach maximum transfer speeds. For charging, connect to a power source capable of providing up to 27 W; the actual charging speed depends on the connected devices' capabilities.

Recommendations

To maintain performance, avoid sharp bends and kinks in the cable and keep connectors free of dust. When transferring large volumes of data, use direct host connections rather than long extension chains or hubs that may reduce speed.