Air cooler Gembird CPU-HURACAN-X40 — 90 mm fan, 800–1600 RPM, LGA 775 support, transparent

Gembird CPU-HURACAN-X40 is a compact air cooler designed for desktop systems that require efficient, low-noise processor cooling in a small footprint. The cooler features a 90 mm transparent fan with a speed range of 800–1600 RPM, delivering steady airflow while keeping acoustic output between 19.2 and 26.2 dB. With overall dimensions of 118×50×112 mm and a weight of 0.23 kg, this model fits space-constrained builds and is specifically compatible with processors using the LGA 775 (Socket T) interface.

Advantages

The transparent 90 mm fan combines adequate airflow with a low noise range, making the cooler suitable for quiet office or home systems. Its compact dimensions and light weight simplify installation in small cases and systems with limited clearance. Compatibility with LGA 775 ensures straightforward mounting on legacy motherboards where a space-efficient cooling solution is needed.

Suitable for

• Small form factor desktop PCs
• Office and home computers requiring quiet operation
• Systems built on LGA 775 (Socket T) motherboards
• Basic desktop cooling for low- to mid-power processors

Key specifications

• Cooling type: Air cooler
• Fan diameter: 90 mm
• Fan speed: 800–1600 RPM
• Noise level: 19.2–26.2 dB
• Dimensions: 118 × 50 × 112 mm
• Weight: 0.23 kg
• Colour: Transparent
• Supported sockets: LGA 775 (Socket T)

How to use

Prepare the motherboard by powering down the system and disconnecting it from mains. Position the cooler over the CPU socket compatible with LGA 775 (Socket T) and secure it following the mounting instructions supplied by the manufacturer. Connect the fan cable to the appropriate fan header on the motherboard to allow speed control in the BIOS or via system software. Ensure there is adequate clearance around the cooler and that airflow is not obstructed by cables or nearby components.

Recommendations

Use this compact air cooler in systems with limited internal space and legacy LGA 775 motherboards. For best results, monitor fan speed and temperatures after installation and maintain regular dust cleaning to preserve cooling performance and low noise levels.