All-in-one liquid cooler GIGABYTE AORUS EZ CHAIN FAN 120 12 cm Black

The GIGABYTE AORUS EZ CHAIN FAN 120 is an all-in-one liquid cooler featuring a 120 mm fan designed for efficient case and component cooling. Its compact 120 x 120 x 25 mm dimensions and black finish allow straightforward installation in most PC builds. The fan delivers a maximum air pressure of 2.75 mmH2O and uses an interlocking slide-in mechanism with a daisy-chain configuration to simplify power and signal routing between fans.

Advantages

The EZ CHAIN system reduces the amount of time spent connecting wiring by enabling power and signal transmission through a slide-in interlock and daisy-chain setup. The 120 mm fan size balances airflow and compatibility with standard cases. The unit's compact form factor and black colour make it easy to integrate into a variety of builds without occupying excessive space.

Suitable for

• Desktop PC cooling for gaming and general use
• Systems requiring compact 120 mm fan solutions
• Builders who prefer simplified fan wiring and daisy-chain setups

Key specifications

• Type: All-in-one liquid cooler
• Fan diameter: 120 mm
• Maximum air pressure: 2.75 mmH2O
• Dimensions (W×D×H): 120 × 120 × 25 mm
• Colour: Black
• Manufacturer: GIGABYTE (AORUS)
• MPN: GP-ECFAN1201
• EAN: 4719331555184

How to use

Install the cooler according to your case and radiator mounting options, positioning the 120 mm fan where it aligns with the radiator or airflow path. Connect the fan to the system using the EZ CHAIN interlocking connector; when using multiple fans, slide them into the daisy-chain sequence to allow power and signal transmission between units. Ensure fan orientation matches desired airflow direction and secure each fan with the appropriate screws.

Recommendations

For reliable operation, verify compatibility with your case and motherboard headers, and follow manufacturer installation instructions. When connecting multiple fans, confirm each connection is fully engaged in the EZ CHAIN interlock to maintain proper power and signal transfer.