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Monoprice Compact 2‑Port 45W PD3.0 GaN Charger, 100V ~ 240V / 50/60 Hz, USB Type C and Type A, High Power Fast Charging, Universal Compatibility
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About this item
Highlights
- HIGH POWER, FAST CHARGING: The USB-C port supplies up to 45W PD, enough to charge any full-sized laptops
- MULTI-DEVICE CHARGING: Fast charge your phone, tablet, and laptop with a single charger.
- INTELLIGENT POWER DISTRIBUTION: Allocates the optimal amount of power needed for each device connected to the charger to ensure the most efficient performance
- CHARGE EVERYTHING, EVERYWHERE FASTER & ALL AT ONCE: GaN technology enables a tremendous increase in operating efficiency while shrinking the circuit size. Packing a huge amount of power in the smallest charger on the market today. With the folding prong design, you have a charger that is perfect for both tight spaces and travel
- UNIVERSAL COMPATIBILITY: Featuring both USB Type A and Type-C® charging ports, this charger is universally compatible with USB-powered devices—like laptops, tablets, and phones—with over 1,000 products, regardless of manufacturer or brand
Description
The Monoprice Compact 2-Port 45W GaN Charger is an all-in-one powerhouse that charges multiple devices. With USB Power Delivery technology, the Type-C port supplies up to 45W that’s more than enough to fast charge popular full-sized laptops, like the MacBook Pro, MacBook Air, Dell XPS, and Lenovo ThinkPad.
Its Intelligent Power Distribution technology automatically allocates the optimal amount of power to each connected device and can charge up to 2 devices simultaneously, including phones, tablets, and laptops. GaN technology increases power efficiency while shrinking the circuit size, providing a compact architecture perfect for fitting into small spaces or taking with you on the go.
The folding prong design is there for easy and travel-friendly packing. Our chargers are tested and certified by independent ETL-certified labs to ensure safe performance and protection from overheating, overcharging, excessive current, and short circuits.
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