CPU cooler PCCOOLER GI-X4 V2 12 cm fan 1000 RPM

PCCOOLER GI-X4 V2 12 cm fan 1000 RPM is a compact CPU air cooler designed for standard desktop processors. It uses a 120 mm fan spinning at 1000 RPM to provide steady airflow across the heatsink, helping to lower operating temperatures during everyday use and light workloads. The design focuses on combining sufficient cooling performance with low acoustic output and a small footprint that fits many mainstream PC cases and motherboards.

Advantages

The cooler offers a balance of airflow and quiet operation thanks to its 12 cm fan running at a moderate 1000 RPM. Its compact dimensions enable compatibility with a wide range of cases and memory configurations, and the active cooling design improves heat transfer from the CPU to the surrounding airflow. The unit is straightforward to install and maintain, requiring minimal space while delivering reliable thermal management for everyday desktop use.

Suitable for

• Home and office desktop PCs with standard socket processors
• Systems prioritizing low noise during light to moderate workloads
• Compact builds where space for CPU coolers is limited
• Users seeking a simple, reliable air cooling solution for daily computing

Key specifications

• Fan size: 120 mm
• Fan speed: 1000 RPM (nominal)
• Cooling type: Air cooler with active fan
• Intended use: Standard desktop CPU cooling for everyday and light workloads
• Compatibility: Designed to fit mainstream ATX/mATX cases and typical memory layouts (check clearance before installation)
• Noise profile: Low to moderate due to reduced fan speed
• Physical footprint: Compact design for space-constrained builds

How to use

Install the PCCOOLER GI-X4 V2 on a compatible motherboard following the included mounting instructions, ensuring the cooler is seated flat on the CPU surface with appropriate thermal interface material. Connect the fan cable to the CPU_FAN or similar header on the motherboard to allow speed control and monitoring. Verify clearance for RAM modules and side panels before closing the case. During operation, the fan runs at its nominal speed to provide consistent airflow across the heatsink.

Recommendations

For optimal performance, apply a thin, even layer of quality thermal paste between the CPU and the cooler base, secure the mounting hardware to avoid uneven contact, and ensure that case airflow supports intake of cool air and exhaust of warm air. Regularly clean dust from the fan blades and heatsink fins to maintain cooling efficiency. This cooler is best suited to daily computing, office tasks and other light workloads rather than sustained high-TDP overclocking.