Baseus Superior Series 2 100W PD Fast Charging Type-C Cable

Baseus Superior Series 2 100W PD Fast Charging Type-C Cable

Unleash the full potential of your device with the Baseus Superior Series Fast Charging Data Cable. Designed for seamless charging and data transfer, this cutting-edge cable delivers precision and performance. With a whopping 100W output, experience lightning fast charging and effortless data transfer with Baseus.

Connect with confidence using the Type-C to Type-C Baseus Superior Series cable, capable of delivering an astonishing 100W of power. With a generous 1-meter length, this cable ensures flexibility and convenience, providing the freedom to charge and transfer data with ease.

Stay ahead of the curve with support for the latest iPhone 15, showcasing the Baseus Superior Series as a forward-thinking accessory that keeps up with the latest technology. But it doesn’t stop there – this versatile cable is equipped to charge a wide range of laptops, making it a true powerhouse for your daily charging needs.

Level up your gaming experience by charging your Switch and playing uninterrupted. The Baseus Superior Series cable ensures a stable and rapid charge, allowing you to focus on your gaming sessions without any interruptions.

Designed for durability, the reinforced connector of the Baseus Superior Series cable guarantees longevity, withstanding the rigors of daily use. Say goodbye to frayed cables and unreliable connections – the Superior Series is built to last.

Safety is a top priority, and the Baseus Superior Series cable takes charge with its ability to automatically identify the current and voltage required for safe charging. Charge your devices with peace of mind, knowing that every power-up is optimized for safety and efficiency.

Upgrade your charging experience with the Baseus Superior Series Fast Charging Data Cable – where speed, compatibility, and reliability converge. Stay connected, charge faster, and transfer data seamlessly with this advanced cable that sets new standards in connectivity.