Native Union 140W Type-C PD GaN Fast Desktop Charger Black

The Native Union 140W Type-C PD GaN Fast Desktop Charger is a powerful USB-C charger for the desktop that supplies up to four devices with power simultaneously. By supporting the latest Power Delivery 3.1 standard, it also charges power-intensive devices such as MacBook Pro or iPad Pro with up to 140 watts - via just one port. Thanks to dynamic power allocation, the available total power is intelligently distributed for multiple use.

The housing is made of 90% recycled plastic, complemented by a robust aluminum docking station that ensures a firm hold on the desk. With its compact design and high-quality choice of materials, the Desktop Charger is ideal for a tidy, powerful setup in the office or at home.

• Powerful desktop charger with up to 140 watts total output power
• Supports USB-C Power Delivery 3.1 for efficient fast charging
• Enables simultaneous charging of up to four devices via USB-C
• Dynamic power allocation optimizes charging power between multiple devices
• Supports single device charging at full 140 watts - e.g. MacBook Pro with MagSafe 3
• Made from 90% recycled plastic in combination with aluminum and GaN
• Includes weighted aluminum stand for a firm hold on the desk
• Integrated cable management with textile-covered power cable (2 meter length)
• Supports iPhone, iPad, MacBook, AirPods, Apple Watch and other USB-C devices
• Compatible with USB-C to Lightning, USB-C to MagSafe and USB-C to Apple Watch cables
• Input: 100 - 240 Volt AC
• Output (per port): PD 140 watts max (5V/3A, 9V/3A, 12V/3A, 15V/3A, 20V/5A, 28V/5A)
• Output (total): 140 watts with simultaneous use of all ports
• Dimensions: 84 × 70 × 33 millimeters
• Weight: Charger 303.5 grams / Stand 75 grams / Power cable 80 grams
• Scope of delivery: 1× Fast GaN Desktop Charger 140W, 1× aluminum stand, 1× 2 m AC cable (EU)

Note: For chargers with multiple USB ports, the available total power is distributed across the ports. The maximum output per port may therefore vary depending on simultaneous use.