XGrid X100 100W USB-C 2-Port Charger with GaN Fast Charging - NOCO Genius USA

The NOCO Genius XGrid X100 100W USB-C 2-Port Charger with GaN Fast Charging (Model: X100W) is engineered for professional automotive and industrial environments. This high-performance charger delivers rapid and secure power delivery, ensuring essential diagnostic tools, laptops, and communication devices remain operational in demanding work settings. Its advanced GaN technology provides efficient, intelligent charging for your professional-grade equipment.

Key Features

• 100W GaN Fast Charging: Utilizes advanced Gallium Nitride (GaN) technology to deliver up to 100 watts of power efficiently, supporting the rapid charging needs of professional tools and devices.
• Smart Power Distribution: Dynamically allocates power across both USB-C ports, offering flexible output configurations such as 100W/0W, 65W/30W, 45W/45W, or 30W/65W, to optimize charging speed for connected equipment.
• Universal Protocol Compatibility: Supports a wide range of fast charging protocols including PD 3.0, QC 4.0+, PPS, Apple 2.4A, and Samsung Fast Charging, ensuring compatibility with diverse professional devices.
• Intelligent Safeguards: UL-certified with real-time monitoring to protect against overcharging, overheating, and power surges, providing stable and consistent power output for critical electronics.
• Compact & Durable Design: Features an ultra-compact, foldable design that fits securely in various outlets, making it suitable for use in the workshop, on a service truck, or in an office environment.

Applications

The XGrid X100 is ideal for professional technicians and mechanics requiring reliable power for their essential tools. It can efficiently charge diagnostic scanners, rugged laptops, tablets, professional-grade smartphones, and other USB-C powered equipment used in vehicle maintenance, industrial inspections, and field service operations. Its robust construction and intelligent power management ensure optimal performance for high-demand professional applications.