Baseus Superior Series cable USB-C a Lightning 0,25 m blanco, carga rápida PD 20W y sincronización de datos

In a bustling café, a photographer needs a quick power top-up for their iPhone before a shoot. Or a busy commuter grabs a last-minute charge at the airport gate. The Baseus Superior Series USB-C to Lightning Cable in white, measuring just 0.25 meters, is the perfect travel companion for such moments. Its compact length keeps your setup tidy and tangle-free, whether you're connecting to a power bank, a laptop, or a wall charger.

Key specifications

• Connector Type: USB-C Male to Lightning Male
• Maximum Power Output: 20W (Power Delivery supported)
• Data Transfer Speed: 480 Mbps (USB 2.0)
• Cable Length: 0.25 m (25 cm)
• Colour: White
• Jacket Material: TPE
• Connector Housing Material: ABS
• Conductor Material: Tinned Copper
• Voltage Support: 5V / 9V (for PD)
• Series: Superior Series

Why choose it

This cable is engineered for both fast charging and reliable data sync. With Power Delivery support, it can deliver up to 20W to your compatible iPhone or iPad, significantly reducing charging time compared to standard 5W chargers. The tinned copper conductors and sturdy TPE jacket ensure durability and efficient power transfer. Its short length minimizes clutter and is ideal for use with power banks or when you need a neat, short connection.

Ideal use cases

• Charging your iPhone or iPad from a USB-C power adapter, laptop, or power bank
• Syncing data between your iOS device and a computer
• Using in tight spaces like car consoles or desk setups where a long cable is inconvenient
• Traveling light – fits easily in a pocket or small pouch

Good to know

This cable is compatible with Apple devices that have a Lightning port, including iPhone, iPad, and iPod models. It supports fast charging when paired with a USB-C Power Delivery charger. The 0.25m length is perfect for on-the-go use, but if you need a longer reach, consider other lengths in the Baseus Superior Series. Always use a certified charger to ensure optimal performance and safety.