PCCOOLER - Corona 120 mm Case Fan - Blue

The CORSAIR NAUTILUS RS ARGB Liquid CPU Cooler showcases CORSAIR's excellence in engineering and design, offering efficient, low-noise cooling with straightforward connectivity – no controller required, just plug directly into your motherboard. Its slightly convex cold plate with pre-applied thermal paste ensures superior thermal transfer, while RS120 ARGB fans maintain low temperatures for maximum CPU performance. Eight RGB LEDs on the pump head and each fan light up your system with easy motherboard control. Simplify your build with easy, daisy-chained connections and precise cooling control via a 4-pin PWM fan header. For more advanced control, an optional iCUE controller (sold separately) can be used. Supporting a wide range of Intel and AMD CPU sockets, including LGA 1851, the NAUTILUS RS offers broad system compatibility.

The 95mm Socket T 775 CPU Fan with Heatsink is engineered to provide efficient cooling for Intel Socket T/775 processors, including Core 2 Duo, Core 2 Quad, and Pentium series. It features a 95mm Ever-Lubricate bearing fan and an aluminum heatsink, delivering up to 49.37 CFM airflow to effectively dissipate heat. The fan operates at a maximum speed of 2,600 RPM, ensuring reliable performance. Installation is simplified with tool-less clips, and the product complies with RoHS, REACH, and WEEE environmental standards. Backed by a 2-year warranty and free lifetime technical support, this cooling solution ensures optimal CPU performance and longevity.

Add a CORSAIR RS120 120mm PWM Fan to your cooling setup – daisy-chained 4-pin PWM connectors let you link to your other RS fans and control them all through just a single 4-pin PWM header on your motherboard. Enjoy fan speeds up to 2,100 RPM, with the static pressure to also serve as radiator fans. CORSAIR AirGuide technology with anti-vortex vanes directs airflow for concentrated, powerful cooling. Magnetic Dome bearings ensure quieter operation and increased longevity, while Zero RPM mode offers silent operation at low loads.