Lindy cable USB 2.0 Type-A a Micro-B de 2 m, Cromo Line

The Lindy Cromo Line USB 2.0 Type A to Micro-B cable is a high-performance connection cable designed for reliable data transfer and device charging. Constructed with double shielding and tinned copper conductors, this 2 m grey cable combines durability with improved corrosion resistance and consistent signal quality. Gold-plated contacts and robust connectors ensure stable connections while supporting data transfer speeds up to 480 Mbps.

Advantages

Double shielded construction and tinned copper conductors reduce interference and improve long-term reliability. Gold-plated contacts maintain optimal signal integrity and resist corrosion. The 2 m length offers flexibility for connecting USB A host devices to Micro-USB B peripherals while the designer Cromo Line connector housing provides a distinctive, durable finish.

Suitable for

• Connecting smartphones, tablets and other Micro-USB B devices to USB A ports
• Transferring files between computers and external devices at up to 480 Mbps
• Charging Micro-USB devices from USB A power sources

Key specifications

• Connector 1: USB A
• Connector 2: Micro-USB B
• USB version: USB 2.0 (up to 480 Mbps)
• Cable length: 2 m
• Product colour: Grey
• Brand: Lindy — Cromo Line; MPN: 36652; EAN: 4002888366526

How to use

Plug the USB Type A end into a host device such as a computer, charger or power bank, and insert the Micro-B end into the Micro-USB port of the target device. Ensure connectors are aligned and inserted gently to avoid damage. Once connected, the cable supports both data transfer and device charging according to the capabilities of the connected devices.

Recommendations

For best performance, keep cable connections clean and avoid tight bends near the connector ends. Use the cable within normal indoor environments and avoid prolonged exposure to moisture or extreme temperatures. If using for frequent data transfers, connect directly to a USB port on the host device rather than through multiple hubs for optimal speed and stability.