Cavo USB ShiverPeaks BS14-18001 1 m USB A Micro-USB B nero

The ShiverPeaks BS14-18001 1m USB cable is a straight-forward connection accessory that links devices with a Micro-USB B port to hosts or chargers with a USB A socket. Designed to the USB 2.0 specification, this black cable provides reliable charging and data transfer over a 1 metre length. The compact connectors and standard wiring make it compatible with a wide range of smartphones, tablets, accessories and peripherals that use Micro-USB B.

Advantages

This USB A to Micro-USB B cable supports USB 2.0 signaling for dependable data transfer and charging. Its 1 m length balances reach and portability for everyday use at home, at work or on the move. The black jacket offers a neutral appearance that resists visible dirt, while the standard connector types ensure broad device compatibility without special adapters.

Suitable for

• Charging smartphones, tablets and power banks with a Micro-USB B port
• Data syncing between devices and computers with USB A ports
• Connecting peripherals such as Bluetooth speakers, headphones and GPS units
• Replacing worn or lost Micro-USB cables for everyday accessories

Key specifications

• Connector 1: USB A (standard)
• Connector 2: Micro-USB B
• USB version: USB 2.0
• Cable length: 1 m
• Color: Black

How to use

Insert the USB A plug into a compatible host or charger and connect the Micro-USB B plug to the device port. Ensure connectors are aligned and insert gently to avoid damaging the plug or device socket. For data transfer, allow the connected device to establish a USB connection with the host computer and follow on-screen prompts to select file transfer, charging only, or other available modes.

Recommendations

Use the cable within normal ambient temperature and avoid sharp bends near the connector ends to prolong service life. If the device supports faster charging standards, verify charger compatibility because this cable follows USB 2.0 capabilities. Replace the cable if the insulation is damaged or connectors become loose.