Airface RGB, Mid Tower, Tempered Glass & Airflow Panel, Mini ITX / Micro ATX / ATX / CEB / *E-ATX, USB 3.0 x 2, USB 2.0 x 1, 4 Pole Headset Audio Jack x1, RGB Button - More Info
AIRFACE RGB Brilliant Lighting Scenery and Excellent Cooling Performance Airface RGB is a combination of elegance and cooling performance. The airflow front panel brings superior airflow and optimized cooling performance. Moreover, it also includes two massive 140mm ARGB fans, a 120mm ARGB fan, and an ARGB LED strip to bring you advanced illumination control. Airface RGB is a 230mm wide-body design mid tower case that offers abundant space for CPU cooler, cable management, compatibility for an E-ATX motherboard, and high-end graphic cards up to 330mm. It’s an upgrade in every aspect compared to the past gaming cases.
Aesthetic and Functional The innovative quick slide dust filter is a highly functional feature that merges aesthetically. Stylish design at the edges offers you uniqueness that no one can compare. You can easily slide off the dust filter without removing the front panel.
Incredible RGB Lighting Airface RGB has two massive 140mm ARGB fans, a 120mm ARGB fan, and an ARGB LED strip. You are free to control several amazing lighting effects with the dedicated RGB button. The built-in LED controller is compatible with motherboards’ 5V ARGB connection for system-wide lighting synchronization.
Unbeatable Cooling Performance The airflow panel is forged from premium metal and perforated with 5.0mm diameter holes. Providing extensive fresh air intake that brings you unbeatable cooling performance.
Abundant Space for High-end Components Airface RGB’s 230mm wide-body design allows much larger interior space with better cooling performance and cable management. It can surely fit an E-ATX motherboard, a 330mm graphic card, two 3.5” HDDs and two 2.5” SSDs, which allows for the most extreme system builds.
Strong Cooling Performance Airface RGB’s interior space supports up to five fans, a 280mm water cooling radiator, and a 190mm height CPU cooler. This immense cooling potential refrains overheating on your critical components.
