Cavo adattatore InLine USB 3.2 Gen.1x2, USB-C connettore maschio / A connettore femmina, nero, 0,15 m

The InLine® USB 3.2 Gen.1x2 adapter cable (model 35800) provides a compact solution for connecting devices with a USB-A port—such as external hard drives or USB graphics adapters—to a computer or mobile device with a USB-C port. The cable is 0.15 m long, finished in black, and supports USB 3.2 Gen 2 speeds of up to 10 Gbit/s while also supporting USB Power Delivery charging at up to 3 A. Its shielded coaxial design reduces interference and the adapter is OTG-compatible for use with compatible mobile devices.

Advantages

The adapter cable offers high-speed data transfer up to 10 Gbit/s and provides power delivery capability to charge or power connected devices up to 3 A. Its compact 0.15 m length and robust, shielded coaxial construction deliver reliable signal integrity and reduced electromagnetic interference. OTG compatibility expands its use with smartphones and tablets that support USB On-The-Go.

Suitable for

• Connecting external hard drives or SSDs with USB-A to USB-C hosts
• Using USB-A peripherals (e.g., USB graphics adapters, card readers) with USB-C ports
• Mobile devices that support OTG for direct peripheral access

Key specifications

• Brand: InLine
• Model / MPN: 35800
• EAN: 4043718249787
• Connector 1: USB-A (female)
• Connector 2: USB-C (male)
• USB version: USB 3.2 Gen 2 (up to 10 Gbit/s)
• Cable length: 0.15 m
• Color: Black

How to use

Plug the USB-C male connector into the USB-C port of your computer or mobile device, then insert the USB-A device or peripheral into the USB-A female connector. If the connected device requires power, the cable supports USB Power Delivery up to 3 A—ensure your host device provides the required PD output. For OTG operation, enable OTG functionality on your mobile device if required and connect the peripheral directly.

Recommendations

Use the cable for short, direct connections to minimize signal loss; avoid bending the cable sharply and connect devices in environments free from strong electromagnetic interference for optimal performance.