LogiLink CU0202 USB-kaapeli USB 2.0 1,2 m USB A USB C/Micro-USB A harmaa

The LogiLink CU0202 is a 1.2 m USB 2.0 Hi-Speed cable with a USB-A plug on one end and a combined Micro‑USB / USB‑C dual connector on the other. It supports data transfer rates up to 0.48 Gbit/s, features nickel‑plated contacts and magnetic shielding, and is covered with a cotton braided sleeve for improved durability and flexibility. The cable delivers charging at up to 5 V, 2 A (10 W) for compatible devices.

Advantages

This 2‑in‑1 cable eliminates the need for multiple cables by providing both Micro‑USB and USB‑C connection options in a single lead. The cotton braided jacket protects against wear and bending, while nickel‑plated contacts and magnetic shielding contribute to stable data transfer and long connector life. At 1.2 m length the cable offers a practical balance between reach and portability.

Suitable for (tasks / use cases)

• Charging smartphones, tablets and accessories with Micro‑USB or USB‑C ports
• Syncing data between devices and a computer via USB 2.0
• Carrying as a single cable for mixed-device households or travel

Key specifications

• Brand: LOGILINK
• Model / MPN: CU0202
• Connectors: USB A to Micro‑USB + USB‑C (dual)
• USB version: USB 2.0 (Hi‑Speed), max 0.48 Gbit/s
• Cable length: 1.2 m
• Charging: up to 5 V, 2 A (10 W)
• Contact plating: nickel
• Shielding: magnetic shielding
• Color: Grey
• EAN: 4052792071764

How to use

Plug the USB‑A end into a USB port on a computer, wall charger or power bank. Select the appropriate plug orientation of the combined connector and insert either the Micro‑USB or the USB‑C plug into the target device. Ensure the device supports USB 2.0 charging and data transfer. For charging only, use a suitable power adapter; for data transfer, connect to a USB port on a computer and allow the device to establish a connection.

Recommendations

Avoid excessive bending near the connectors and unplug by holding the connector head rather than pulling the cable. Use the cable within the specified 5 V/2 A limit to prevent overloading and confirm device compatibility when using fast‑charge adapters.