Liquid cooling kit Silverstone IceGem 280

The Silverstone IceGem 280 is a liquid cooling kit engineered for reliable CPU temperature control in desktop systems. It combines a 280 mm radiator with two 140 mm fans, a closed-loop pump block and addressable RGB illumination in a black housing to deliver consistent heat dissipation for modern processors. The design supports a wide range of socket types and emphasizes airflow and pressure characteristics to maintain stable performance under sustained loads.

Advantages

The kit features 140 mm fans with a maximum static air pressure of 3.1 mmH2O, improving airflow through the radiator fins for efficient thermal transfer. Its all-in-one configuration simplifies installation compared with custom loops while offering quieter operation than many stock coolers. The integrated ARGB lighting provides system integration options without adding external controllers, and the black finish matches a broad range of system aesthetics.

Suitable for

• High-performance desktop CPUs that require sustained cooling
• Workstations and gaming rigs with support for large radiator mounting
• Systems needing a compact all-in-one liquid solution with ARGB lighting

Key specifications

• Cooling type: Closed-loop liquid cooler with 280 mm radiator
• Fan diameter: 140 mm (per fan)
• Maximum static air pressure: 3.1 mmH2O
• Lighting: Addressable RGB (ARGB) integrated in pump and fans
• Colour: Black
• Compatibility: Wide socket support for mainstream and HEDT desktop processors

How to use

Install the Silverstone IceGem 280 by mounting the radiator to a compatible case location that accepts a 280 mm radiator, attach the two 140 mm fans in the recommended orientation for airflow, and secure the pump block to the CPU using the provided mounting brackets and screws for the specific socket. Connect the fan and pump power connectors to the motherboard headers, and attach the ARGB cable to an addressable RGB header or compatible controller. Verify mounting torque and cable routing to avoid contact with moving parts before powering the system.

Recommendations

For best results, position the radiator where case airflow can provide fresh intake or direct exhaust, keep dust filters clean to maintain airflow through the radiator, and monitor fan and pump speeds in BIOS or software to ensure consistent cooling performance during heavy workloads.