Lindy 0,5 m USB 3.2 Type-A predlžovací kábel, 5 Gbit/s, Anthra Line

The Lindy Anthra Line USB 3.2 Type A to A extension cable (0.5 m) provides a professional-grade connection for AV and IT installations and for everyday desktop use where extra reach is needed. It supports USB 3.2 Gen 1 data rates up to 5 Gbps, features gold-plated contacts and triple-shielded construction with tinned copper conductors for improved signal integrity and corrosion resistance, and comes in a black finish.

Advantages

Triple-shielded construction and tinned copper conductors reduce interference and improve durability, while gold-plated connector contacts maintain reliable conductivity. The cable supports USB 3.2 Gen 1 bandwidths (up to 5 Gbps) for rapid transfer of large data volumes. Compact 0.5 m length provides a tidy extension without excess cable slack.

Suitable for

• Extending the reach of USB Type A peripherals such as external drives and printers
• AV or IT installations requiring reliable USB 3.2 Gen 1 connectivity
• Desktop setups where short, high-quality USB extensions are needed

Key specifications

• Model: Lindy Anthra Line USB 3.2 Type A to A Extension Cable
• Length: 0.5 m
• Connector 1: USB A
• Connector 2: USB A
• USB version: USB 3.2 Gen 1 (up to 5 Gbps)
• Contacts: Gold-plated
• Cable construction: Triple-shielded, tinned copper conductors
• Color: Black
• MPN: 36760
• EAN: 4002888367608

How to use

Connect one end of the extension cable to the host or upstream USB Type A port and the other end to the USB Type A plug of the peripheral device. The cable is plug-and-play; no additional drivers are required for standard USB devices. For best performance, connect devices supporting USB 3.2 Gen 1 to USB 3.2-capable host ports.

Recommendations

Use the 0.5 m extension when a short, high-quality cable is needed to avoid excess slack. Ensure both host and device ports support the required USB generation to achieve maximum data rates. Avoid kinking the cable and keep it away from strong sources of electromagnetic interference for optimal signal integrity.