The MC-2 ARGB Black is a compact RAM cooler made for desktop PC builders who want active airflow over the memory area. Its dual PWM fan design helps direct cooling airflow across DDR, DDR2, DDR3, DDR4, and DDR5 desktop memory during gaming, multitasking, overclocking, and longer high-load use.
The two PWM fans run up to 3200RPM, with 32.34CFM total airflow and a 20.17dBA max noise rating. PWM control helps the system adjust fan speed based on cooling demand, while the S-FDB V2 bearings help support stable daily operation.
The integrated 5V 3PIN ARGB lighting works with compatible motherboard headers or ARGB controllers, helping the cooler match the lighting setup inside the case. The clip-on mounting design makes installation simple over the RAM area without replacing larger cooling components.
- Model: MC-2 ARGB Black
- Product type: RAM cooler / memory cooling fan
- Color: Black
- Cooling method: Active air cooling
- Fan quantity: 2 PWM fans
- Fan speed: 3200RPM max
- Total airflow: 32.34CFM max
- Noise level: 20.17dBA max
- ARGB connector: 5V 3PIN
- Power connector type: 3PIN
- Voltage: 5V
- Wattage: 8W
- Bearing type: S-FDB V2 bearing
- Frame size: 120mm x 65mm x 25mm
- Compatibility: DDR / DDR2 / DDR3 / DDR4 / DDR5 desktop memory
- Installation: Clip-on mounting
Dual-fan active memory cooling Direct airflow over the RAM area helps improve heat dissipation during gaming, multitasking, overclocking, and longer high-load desktop use
PWM airflow control Dual fans provide up to 32.34CFM total airflow and adjust with system cooling demand for active memory area ventilation
Low-noise daily operation Rated at 20.17dBA max, the dual-fan design helps support RAM cooling without adding unnecessary noise to everyday desktop use
5V 3PIN ARGB lighting Integrated ARGB lighting works with compatible 5V 3PIN motherboard headers or controllers for a cleaner lighting look around the memory area
Clip-on mounting design The clip-on frame makes installation simple over the RAM area, while S-FDB V2 bearings help support stable daily operation
