ZLOS 100W GaN Multi-Port Fast Charger (2C1A)

The ZLOS 100W GaN Multi-Port Fast Charger is a high-density power adapter designed to replace multiple bulky bricks with a single, high-performance solution. Leveraging Gallium Nitride (GaN) technology, this charger provides desktop-class power in a compact, travel-friendly size. With its 2C1A port configuration (two USB-C and one USB-A), it offers the perfect balance of modern Power Delivery and legacy support, making it capable of charging everything from high-powered laptops to smaller accessories simultaneously.

Key Features

• 100W Total Power Delivery: Provides a maximum output of 100W from a single USB-C port, powerful enough to charge a MacBook Pro or high-end Windows laptop at full speed.

• Gallium Nitride (GaN) Technology: Utilizes advanced semiconductor materials to achieve higher efficiency, better heat management, and a significantly smaller footprint than traditional chargers.

• 3-Port Versatility (2C1A): Equipped with two USB-C ports and one USB-A port to charge up to three devices at once, ideal for users with a laptop, tablet, and smartphone.

• Smart Power Distribution: Intelligently allocates wattage across ports when multiple devices are connected to ensure each receives the fastest and safest charge possible.

• Universal Compatibility: Fully supports various fast-charging protocols including PD 3.0, QC 3.0, PPS, and SCP for seamless use with Apple, Samsung, and Android devices.

• Compact and Portable Design: Engineered for mobility with a lightweight build that fits easily into laptop bags, backpacks, or carry-on luggage.

• Advanced Safety Systems: Built-in safeguards protect against over-current, over-voltage, short-circuiting, and overheating to keep your hardware safe during high-speed charging.

• Wide Voltage Range: Supports 100-240V input, making it a reliable companion for international travel and various power grid standards.

• High-Efficiency Operation: Designed to minimize energy loss and heat generation, maintaining a cooler surface temperature even during heavy workloads.