Hama Extreme Lightning - USB-C -kaapeli 1,5 m 3A musta punainen

HAMA Extreme Lightning to USB-C cable (1.5 m) provides a durable connection for charging and syncing iPhone, iPad and iPod devices. The cable supports up to 3A output and USB 2.0 data transmission, combining fast charging capability with data transfer at speeds up to 480 Mbit/s. Its reinforced construction with Kevlar® fibres and a braided nylon sheath is designed for long-term reliability in demanding conditions.

Advantages

The cable features internal DuPont™ Kevlar® reinforcement and a braided nylon outer sheath for increased durability and kink protection. Aluminium connectors with special strain relief reduce the risk of bending or breaking at the ends. The Lightning to USB-C cable supports quick charging when used with a compatible fast charger and enables high-speed data transfer up to USB 2.0 specifications.

Suitable for

• Charging Apple iPhone, iPad and iPod devices from USB-C power sources
• Fast charging with chargers that provide up to 3A output
• Data transfer and syncing between Lightning devices and USB-C hosts or chargers

Key specifications

• Connectors: Lightning to USB-C
• Length: 1.5 m
• Maximum current: 3 A
• USB version: USB 2.0 (data rate up to 480 Mbit/s)
• Materials: internal Kevlar® reinforcement, braided nylon sheath, aluminium connectors
• Colour: Black/Red

How to use

Connect the Lightning end to your Apple device and the USB-C end to a compatible charger, power bank or computer USB-C port. When paired with a suitable fast charger, the cable supports charging at up to 3A. For data transfer, connect the cable between the device and a USB-C host; transfer speeds follow USB 2.0 limits (up to 480 Mbit/s). Avoid excessive bending near the connectors to prolong service life.

Recommendations

Store the cable coiled without tight knots and avoid exposure to sharp edges or sustained heavy loads on the connectors. Use a compatible USB-C fast charger to achieve maximum charging speed and disconnect gently from ports to prevent strain on the connectors.