Fan HYTE FA12 Processor Fan 12 cm Black Grey

The HYTE FA12 Processor Fan is a 120 mm cooling fan designed for case and processor airflow management. With a maximum speed of 1500 RPM and a maximum static pressure of 1.6 mmH2O, the FA12 balances airflow and pressure to support effective cooling in desktop systems. The fan uses a Fluid Dynamic Bearing for reduced noise and longer service life, and its black-and-grey finish provides a neutral, unobtrusive appearance that fits most builds.

Advantages

The hybrid blade design delivers a compromise between airflow and static pressure, making the fan suitable for both open-case ventilation and heatsink or radiator use. Fluid Dynamic Bearing technology ensures quieter operation and improved durability compared with basic sleeve bearings. PWM control enables precise speed regulation across a wider range, and the braided sleeved cable offers a tidy appearance while vibration isolators reduce transmitted noise to the chassis.

Suitable for

• General case cooling in desktop PCs
• Processor heatsink or compact radiator where moderate static pressure is required
• System builds requiring quiet operation and durable bearings

Key specifications

• Fan diameter: 120 mm
• Maximum speed: 1500 RPM
• Maximum static pressure: 1.6 mmH2O
• Bearing type: Fluid Dynamic Bearing (FDB)
• Control: PWM
• Colour: Black, Grey

How to use

Install the HYTE FA12 in a standard 120 mm fan mount oriented to create the desired airflow direction through the case or across a heatsink. Connect the fan to a motherboard fan header or a PWM-capable controller to enable automatic speed adjustment. Secure the fan using the supplied screws or appropriate mounting hardware and route the braided sleeved cable to avoid contact with moving parts.

Recommendations

For balanced cooling and low noise, configure PWM curves in BIOS or fan-control software to keep idle speeds low and allow higher RPMs under load. When using the fan on dense radiators, verify airflow direction and consider stacking or higher static-pressure models if sustained high-pressure performance is required.