USB 2.0 data cable Baseus Jelly Lightning to USB-A 1.2 m, Black

Baseus Jelly Lightning to USB-A 1.2 m is a USB 2.0 data cable designed for charging and syncing Apple devices equipped with a Lightning port. With a 1.2 metre length and a black jacket, the cable connects Lightning devices to standard USB-A ports on computers, wall chargers and power banks. It is supplied as a single cable in retail hanging box packaging and is intended for everyday use, combining basic data transfer capability with convenient charging.

Advantages

The cable supports the USB 2.0 standard, providing reliable data transfer and charging compatibility with a wide range of USB-A chargers and hosts. Its 1.2 m length offers a balance between reach and portability for desktop and mobile use. The straight Lightning and USB-A connectors ensure a stable physical connection, while the black outer jacket provides a neutral, durable finish suitable for regular handling.

Suitable for

• Charging iPhones, iPads and other Lightning-equipped devices from USB-A chargers or power banks
• Syncing data between Lightning devices and computers with USB-A ports
• Everyday portable use at home, office or while travelling

Key specifications

• Connector A: Lightning (straight male)
• Connector B: USB-A (straight male)
• USB version: USB 2.0 (up to 480 Mbit/s)
• Cable length: 1.2 m
• Colour: Black
• Package quantity: 1 piece

How to use

Insert the Lightning connector into the compatible device and the USB-A connector into a USB-A port on a computer, wall charger or power bank. For data transfer, ensure the connected computer recognises the device and follow on-screen prompts for file syncing or backups. For charging, confirm the power source provides appropriate output; disconnect the cable after charging is complete to avoid unnecessary power draw.

Recommendations

To prolong cable lifespan, avoid sharp bending near the connector ends and store the cable loosely coiled when not in use. Use with chargers and devices that match the cable's USB 2.0 specification to ensure expected charging and data transfer behaviour.