(New) NZXT H5 Flow RGB (2024) – All White Mid-Tower ATX Case for Max Airflow

Description

Unleash your build’s full potential with the NZXT H5 Flow 2024 RGB Edition, a high-performance, mid-tower ATX case engineered for maximum airflow and a stunning aesthetic. Dressed in a crisp, all-white finish, this chassis offers a clean, modern look that puts your components—and your RGB lighting—on beautiful display.

 

Key Features

 

• Exceptional Airflow Design: The H5 Flow is designed to keep even the most powerful components cool. Featuring perforated front and top panels and a clever dedicated bottom-intake fan specifically angled towards the GPU, this case ensures high-efficiency cooling for peak gaming and creative performance.
• Integrated RGB Lighting: Showcase your build with included RGB fans. Easily controlled and managed, they provide vibrant, customizable lighting to personalize your setup and create a breathtaking visual experience through the clear tempered glass side panel.
• Pristine All-White Aesthetic: Every inch of this chassis, inside and out, is finished in brilliant white, providing a striking backdrop for your hardware and making cable management disappear into the design.
• Seamless Building Experience: NZXT’s legendary builder-friendly features make assembly a breeze. Enjoy intuitive cable management channels and hooks located behind the motherboard tray, simplifying wiring and reducing build time.
• Tempered Glass Side Panel: A stunning, full-size tempered glass panel offers a panoramic view of your entire internal system, letting you show off your meticulously chosen components.

 

Ready for the Latest Hardware

 

The H5 Flow has been updated for 2024 to accommodate the latest components. It provides ample space for large, modern GPUs, multiple radiator configurations (up to $280\text{mm}$ in the front and top), and full ATX motherboard support. The dust filters are easy to remove and clean, keeping your system immaculate.

Upgrade your setup today with the NZXT H5 Flow 2024 RGB Edition—where form meets uncompromising function.

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Summary of Specs: