Cabo de carregamento Baseus USB para Lightning 1 m 2,4 A branco

Baseus USB to Lightning 1 m 2.4A White is a single-meter charging and data cable designed for devices with a Lightning connector. The cable provides a wired connection for charging and synchronising compatible Apple mobile devices, offering a compact and straightforward solution for everyday use at home, in the office, or on the move.

Advantages

The cable supports charging currents up to 2.4 A, enabling faster charging than standard low-current cables while remaining compatible with typical USB power sources. Its 1 m length balances reach and portability, making it easy to use on desks or near power outlets without excess coil. The white finish blends with many devices and accessories, and the simple construction provides reliable contact for power delivery and basic data transfer for syncing or backups.

Suitable for

• Charging iPhone and iPad models with a Lightning port
• Syncing photos, contacts and backups between Lightning devices and a computer
• Use with USB wall chargers, power banks and car chargers that provide up to 2.4 A
• Everyday home, office and travel charging needs

Key specifications

• Connector type: USB (A) to Lightning
• Length: 1 meter
• Maximum supported charging current: 2.4 A
• Colour: White
• Functionality: Charging and data transfer (sync)

How to use

Connect the USB (A) end to a compatible power source such as a USB wall adapter, power bank or computer USB port, and insert the Lightning connector into the device's port. Charging begins automatically when the power source is active. For data transfer or syncing, connect both ends to the device and a computer and follow the operating system prompts to access files, perform backups or synchronise content.

Recommendations

For best results, use the cable with a power source capable of supplying up to 2.4 A and avoid bending the connectors at sharp angles. Keep both connectors clean and free of dust to maintain reliable electrical contact. Replace the cable if you observe frayed insulation, exposed wires or intermittent charging behaviour.