Cavo USB DeLOCK 30 m USB2.0 USB A nero

This Delock USB 2.0 cable extends a USB connection up to 30 m using USB A connectors on both ends. Designed with a higher cable gauge for power and data lines and gold-plated contacts, the cable maintains reliable conductivity and supports a USB 2.0 maximum data rate of 0.48 Gbit/s over long distances. The black male-to-female configuration provides compatibility with a wide range of USB devices.

Advantages

The thicker power and data conductors reduce voltage drop and signal degradation across the 30 m length, while gold-plated contacts improve contact reliability and corrosion resistance. USB A connectors on both ends ensure straightforward connection to standard USB ports and devices. The cable supports USB 2.0 data rates up to 0.48 Gbit/s, suitable for many peripherals that do not require higher-speed USB versions.

Suitable for

• Extending USB connections between computer and peripherals over long distances
• Connecting printers, scanners, external drives and other USB 2.0 devices up to 30 m away
• Setups where a durable, gold-plated USB A cable is required

Key specifications

• Brand: DELOCK
• Model / MPN: 83453
• Connector 1: USB A
• Connector 2: USB A (male/female configuration)
• USB version: USB 2.0 (max 0.48 Gbit/s)
• Cable length: 30 m
• Colour: Black

How to use

Connect the male USB A end to an active USB port on the host device and attach the female USB A end to the peripheral or to a short USB cable that reaches the device. Ensure both connected devices provide the required power or use an externally powered USB hub if the peripheral requires more current than the host port can supply. Route the cable to avoid sharp bends and electromagnetic interference sources for stable performance.

Recommendations

For best results, use this cable with USB 2.0 devices and avoid relying on it for high-bandwidth USB 3.x peripherals. If a device shows power issues over 30 m, consider a powered hub or a cable with active signal boosters. Keep the cable away from strong EMI sources (motors, high-voltage lines) and avoid tight coils to maintain signal integrity.