Cavo USB ACT USB 2.0 connettore maschio A - connettore maschio Micro-B 0,50 m

The ACT USB 2.0 A male - micro B male 0.50 m cable is a compact connection cable designed for data transfer and charging between devices with a Micro-USB B port and a standard USB A host or charger. With a 0.5 m length and USB 2.0 support, the cable provides a maximum data transfer rate of 0.48 Gbit/s while maintaining a discreet black appearance suitable for home, office, or travel use.

Advantages

This USB cable combines a short, manageable length with USB 2.0 compatibility, enabling reliable synchronization and charging without excess cable bulk. The male USB A and micro B connectors provide a secure physical connection to computers, chargers, and peripherals. The black jacket offers a neutral look that resists visible dirt and fits into multiple usage environments.

Suitable for

• Connecting smartphones, tablets or portable devices with Micro-USB B ports to a computer for data transfer
• Charging Micro-USB B devices from USB A wall chargers, power banks or car chargers
• Connecting peripherals such as GPS units, Bluetooth speakers or older cameras to a USB host

Key specifications

• Connector 1: USB A (male)
• Connector 2: Micro-USB B (male)
• USB version: USB 2.0, up to 0.48 Gbit/s data rate
• Cable length: 0.5 m
• Colour: Black

How to use

Insert the USB A male connector into the USB port of a computer, charger, or power bank and insert the micro B male connector into the device's Micro-USB port. For data transfer, ensure the host device recognises the connected device and follow on-screen prompts on the computer or device to manage files. For charging, connect to a compatible USB A power source and verify that the target device indicates charge status.

Recommendations

For optimal performance, avoid sharp bends near the connectors, unplug by holding the connector heads rather than pulling the cable, and use the cable within its intended USB 2.0 data and charging capabilities. Do not expose the cable to prolonged moisture or excessive heat.