Supermicro Lüfter FAN-0219L4 80x80x80mm 15000 RPM HotSwap

High-density server environments demand aggressive thermal management to prevent throttling and hardware failure. The Supermicro FAN-0219L4 is an 80mm hot-swap cooling fan engineered for maximum airflow in space-constrained chassis. Spinning at 15,000 RPM with dual ball bearings, it delivers the kind of high-static-pressure performance required by modern multi-core CPUs, GPUs, and storage arrays. Its hot-swap design allows for tool-less replacement without powering down the system, minimizing downtime in mission-critical deployments.

Who is it for

This fan is intended for data center operators, system integrators, and IT professionals managing Supermicro server chassis, particularly those running high-performance computing (HPC), virtualization, or dense storage workloads. It is also suitable for custom builds where a 4-pin PWM fan with a proprietary Supermicro connector is required.

Main features

• 80mm x 80mm x 80mm form factor fits standard Supermicro hot-swap fan bays
• Extreme rotational speed of 15,000 RPM for maximum cooling capacity
• Dual ball bearing construction ensures long service life and reliable operation at high temperatures
• 4-pin PWM connector enables automatic speed control based on system thermal load
• Hot-swap capability allows for quick replacement without system shutdown
• 12V DC rated voltage matches standard server power delivery

Specifications

• Brand: Supermicro
• Model: FAN-0219L4
• Fan dimensions (L x W): 80mm x 80mm
• Fan thickness: 80mm
• Rotational speed: 15000 RPM
• Bearing type: Dual ball bearing
• Rated voltage: 12V DC
• Connector: 4-pin PWM (proprietary Supermicro connector possible)
• Airflow: Extremely high
• Noise level: Extremely high
• Application: Server chassis cooling, CPU cooling, high-performance computing
• Material: High-grade plastic
• Mounting: Hot-swap module / screw-in

Tips

Before ordering, verify that your Supermicro chassis supports the FAN-0219L4's proprietary connector and hot-swap bay design. Due to its high rotational speed, this fan generates significant noise and is best suited for data centers or isolated server rooms rather than office environments. Always handle hot-swap fans by the frame to avoid damaging the blades or motor.