Lightning kábel Anker A81B6G11 1,8 m USB-C na Lightning čierny rýchlonabíjanie

The Anker A81B6G11 Lightning Cable 1.8m features a USB-C to Lightning connection designed for Apple devices. With a length of 1.8 meters and a black finish, the cable supports fast charging and data transfer when paired with compatible USB-C power adapters and devices. Its reinforced connectors and cable jacket are intended to provide reliable daily use and extended service life.

Advantages

This Lightning cable provides faster charging speeds when used with USB-C Power Delivery chargers and supports stable data transfer between devices. The 1.8 m length offers added reach for flexible device placement. Reinforced connector housings and a resilient outer jacket reduce the risk of fraying and connector damage, improving long-term durability and consistent performance.

Suitable for

• Charging iPhone, iPad, and other Lightning-equipped Apple devices using a USB-C power adapter
• Syncing data between compatible Apple devices and computers with USB-C ports
• Charging in locations where a longer cable is needed, such as desks, bedside tables, or living rooms

Key specifications

• Cable type: USB-C to Lightning
• Length: 1.8 meters
• Color: Black
• Supported functions: Fast charging (with compatible charger), data transfer
• Connector materials: Reinforced housings and durable cable jacket

How to use

Connect the USB-C end of the cable to a compatible USB-C power adapter or USB-C port on a computer, and plug the Lightning connector into the Lightning port of the Apple device. For fast charging, use a USB-C Power Delivery charger that supports the device's required power profile. Ensure connectors are fully inserted and avoid bending the cable sharply near either connector to maintain performance and longevity.

Recommendations

Store the cable loosely coiled and avoid tight knots; disconnect by pulling the connector housing rather than the cable body. Keep the cable away from extreme heat sources and excessive moisture to preserve insulation and connector integrity.