Interstellar V4 LCD 120mm PC Case Fan|1.5-Inch LCD Screen Computer Cooling ARGB Daisy Chain Fan|Infinity Mirror Design|600-2100 4Pin PWM Control|61.54CFM (White Forward)

Jungle Leopard Interstellar V4LCD 120mm： Dimension：L120 mm x W120 mm x H25 mm Rated Speed：2100 RPM±10% (MAX) Noise Level：29 dBA (MAX) Air Flow：61.54 CFM (MAX) Air Pressure：3.18 mm H2O (MAX) Ampere：0.21 A Connector：4 PIN PWM ARGB Connector：3 PIN 5V Bearing Type：HDB Bearing

• [Modular Connection]The Interstellar V4 LCD Fan features an innovative modular interface — a single cable connects multiple fans, effectively eliminating cable clutter inside the PC case. This design keeps the case interior neat at all times, and the easy-to-install modular structure makes fan installation, maintenance and troubleshooting far more convenient.
• [1.5-Inch Customizable LCD Screen]Customizable RGB lighting paired with an LCD display ignites a personalized visual experience for your PC. The 1.5-inch LCD screen supports multiple formats including pictures, GIFs and videos with bright, vivid colors for fully customized display effects, exuding the ultimate aesthetics of your desktop PC.
• [Infinite Mirror Sync ARGB Lighting]Featuring an exclusive ARGB light strip layout, the Interstellar V4 LCD Fan delivers uniform and delicate light emission, fundamentally eliminating the uneven light effect of traditional fans. It is compatible with the three major lighting sync systems.
• [High-Performance HDB Bearings]Equipped with high-performance HDB bearings and special lubricating grease, this advanced bearing design effectively reduces friction and wear between metal components, ensuring smoother fan operation and lower noise. Boasting an ultra-quiet structural design, the fan operates at a maximum noise level of only 29dB.
• [Exceptional Heat Dissipation Performance]The Interstellar V4 LCD Fan adopts optimized fan blades with a large curvature, featuring a PWM speed regulation range of 600-2100 RPM, a maximum airflow of 61.54 CFM and a static pressure of 3.18 mm H2O. Even at low speeds, the fan still outputs powerful heat dissipation.