Anker PowerPort III 20W USB-C Wall Charger | Nano Fast Charger – White

Description

Anker 20W USB-C wall charger delivers fast, safe charging for iPhone, iPad, and USB-C devices in a compact Nano design with ActiveShield protection.

Product Description

20W USB-C Wall Charger from Anker delivers powerful fast charging in an incredibly compact design. The PowerPort III 20W Nano is engineered to charge your iPhone faster and more efficiently — taking compatible models from 0 to 50% in just 27 minutes, up to 3× faster than a standard 5W charger.

Despite its small size, this charger packs serious power. It’s 45% smaller than traditional 20W chargers, making it ideal for travel, work, or everyday carry. Whether you’re charging an iPhone, iPad, AirPods, or other USB-C devices, the Anker 20W USB-C Wall Charger provides reliable, high-speed performance.

Safety is built in. Anker’s ActiveShield™ protection system uses a Dynamic Temperature Sensor and Power Tuner Chip to continuously monitor and adjust output, helping protect your device from overheating and overcharging. Finished in a clean white design, it blends perfectly into any home, office, or travel setup.

Features

• FAST 20W USB-C CHARGING – Charge compatible iPhones from 0–50% in just 27 minutes, up to 3× faster than standard 5W chargers.

• ULTRA-COMPACT NANO DESIGN – Up to 45% smaller than traditional 20W chargers while delivering the same powerful performance.

• ADVANCED ACTIVESHIELD™ SAFETY – Dynamic temperature monitoring and power tuning protect your devices during every charge.

• UNIVERSAL USB-C COMPATIBILITY – Works with iPhone, iPad, AirPods, and other USB-C devices.

• MINIMAL WHITE FINISH – Sleek, modern design that looks great at home, at work, or on the go.

Specifications

• Output Power: 20W

• Charging Port: USB-C

• Charging Technology: Power Delivery (PD)

• Safety: ActiveShield™ Protection System

• Color: White

• Plug Type: US Wall Plug

Dimensions & Weight

• Dimensions: Approx. 1.5 × 1.4 × 1.2 inches

• Weight: Approx. 1.2 oz

(Exact measurements may vary slightly by production batch)