USB-kaapeli DeLOCK 1,5 m 2xUSB 2.0-A musta

The DeLOCK USB Cable 1.5m with two USB 2.0-A male connectors provides a simple wired connection between a device with a USB Type-A plug and a PC or laptop with a free USB port. The cable supports USB 2.0 speeds up to 0.48 Gbit/s, features nickel/gold plated contacts for improved contact reliability and is magnetically shielded to reduce interference. The black design is unobtrusive and suitable for everyday data transfer and peripheral connections.

Advantages

This USB cable offers a 1.5 m reach for flexible placement and two USB-A male connectors for direct connection. Nickel/gold plated connectors improve durability and contact performance, while magnetic shielding helps maintain signal integrity by reducing electromagnetic interference. Compliance with USB 2.0 specifications ensures compatibility with a wide range of devices at standard USB 2.0 transfer rates.

Suitable for

• Connecting peripheral devices (external drives, printers, scanners) to PCs or laptops
• Data transfer between USB-A equipped devices
• Situations requiring a moderately long cable for desktop or workstation setups

Key specifications

• Connectors: USB A to USB A (2x USB 2.0-A male)
• USB version: USB 2.0 (up to 0.48 Gbit/s)
• Cable length: 1.5 m
• Product colour: Black
• Contact plating: Nickel/Gold
• Shielding: Magnetic shielding to reduce interference

How to use

Plug one USB Type-A connector into the USB port of your PC or laptop and the other USB Type-A connector into the device you wish to connect. Ensure both devices are powered on and recognised by the operating system. For optimal performance, use ports compliant with USB 2.0 or higher and avoid bending the cable sharply near the connectors.

Recommendations

For reliable data transfer, avoid using this cable with devices requiring USB 3.x speeds or power delivery beyond standard USB 2.0 specifications. Keep the cable away from strong sources of electromagnetic interference and store it coiled without tight knots to preserve shielding and connector integrity.