Cavo Lightning ShiverPeaks BS14-12042 1,5 m bianco USB A

The ShiverPeaks BS14-12042 Lightning cable is a 1.5 m white USB A cable engineered for reliable charging and data transfer of Apple devices with a Lightning port. With a 3 mm diameter construction and USB 2.0 support, the cable balances flexibility and mechanical strength for everyday use. Manufactured in Germany, the cable suits users who need a straightforward, compatible lead between USB A power sources or hosts and Lightning-equipped devices.

Advantages

The cable provides stable charging currents and data sync over USB 2.0 while maintaining a slim 3 mm profile for easy handling and routing. Its 1.5 m length offers extended reach compared with standard short leads, enabling convenient use with wall chargers, power banks, laptops, or car USB ports. The white finish integrates with common device colors and accessories.

Suitable for

• Charging iPhone, iPad or iPod models with Lightning connector
• Data transfer between Lightning devices and computers with USB A ports
• Use with wall chargers, power banks and car USB sockets
• Replacement or spare cable for home, office, or travel

Key specifications

• Connector 1: Lightning
• Connector 2: USB A
• USB version: USB 2.0
• Cable length: 1.5 m
• Cable diameter: 3 mm
• Colour: White

How to use

Connect the Lightning end to the Apple device's Lightning port and insert the USB A plug into a USB A port on a charger, computer or power bank. Ensure both device and host ports are clean and dry before connecting. Charging and data transfer begin automatically when both ends are properly seated. Safely disconnect by pulling the connector body, not the cable, to avoid strain.

Recommendations

For longer cable life, avoid sharp bending near the connectors, keep the cable away from heat sources, and store it loosely coiled. When using with older USB A chargers or computers, expect transfer speeds consistent with USB 2.0. Use original or certified chargers that meet the device manufacturer's power specifications for optimal charging behaviour.