Vision White cable USB 2.0 15m USB A a USB B 0,48 Gbit/s

The Vision White USB 2.0 Cable 15m connects devices with a USB A plug at one end and a USB B plug at the other, supporting USB 2.0 data rates up to 0.48 Gbit/s. The 15 m white cable features gold-plated contacts and a braided shield with ferrite cores to reduce electromagnetic and radio-frequency interference. The cable includes an integrated in-line active booster located approximately halfway along the length to support reliable signal transmission over long distances.

Advantages

This USB A to USB B cable provides stable USB 2.0 performance at a length of 15 m, with gold-plated contacts to improve contact reliability and reduce corrosion. The braided shield and ferrite core connectors at both ends reduce EMF and RF interference. The built-in active booster compensates signal loss over the extended run, helping maintain connection quality between a computer and peripheral devices such as printers.

Suitable for

• Connecting a laptop or PC (USB A) to printers, scanners or other USB B peripherals
• Installations requiring a 15 m USB 2.0 connection
• Environments where EMI/RFI protection is needed

Key specifications

• Connector 1: USB A
• Connector 2: USB B
• USB version: USB 2.0 (up to 0.48 Gbit/s)
• Cable length: 15 m
• Colour: White
• Gold-plated contacts
• Braided shield with ferrite cores; integrated in-line active booster (mid-cable)

How to use

Plug the USB A connector into the host device (for example a laptop or PC) and the USB B connector into the peripheral (for example a printer). Ensure the cable is routed without tight bends and that the in-line booster remains accessible and not tightly compressed. After connecting both ends, allow the host operating system to detect and install drivers for the peripheral if required.

Recommendations

For reliable operation with Vision’s Techconnect modular faceplates, use the TC2 USB+ active booster module for cables longer than 5 m. Avoid running the cable parallel and close to high-power electrical cables to minimise interference.