Watercooled Gaming PCs - Award-winning pre-built and configurable watercooled, gaming PCs

A CPU block is a component that sits on top of the CPU, transferring heat from the processor to the liquid coolant. It contains a metal base (usually copper) and internal channels for coolant flow, helping keep the CPU cool and maintain optimal performance.

A GPU block is used in a watercooled PC to transfer heat from the graphics card to the liquid coolant. It covers the GPU and sometimes memory and VRMs, allowing coolant to flow through and carry heat away. This improves cooling efficiency and helps maintain better performance and lower noise levels.

A pump in a watercooled PC circulates coolant through the loop, moving it from the blocks to the radiator and reservoir. It ensures continuous flow, allowing heat to be carried away from components like the CPU and GPU, keeping the system cool and performing efficiently.

A radiator in a watercooled PC dissipates heat from the coolant by exposing it to airflow, usually pushed by fans. As the warm liquid passes through the radiator’s thin fins and tubes, heat is released into the air, helping keep the PC’s components cool.

Fans are used to push air through the radiator, which cools the liquid that has absorbed heat from components like the CPU or GPU. This helps dissipate heat efficiently, keeping the system at safe temperatures and ensuring stable performance.

Fittings in a watercooled PC connect tubing to components like blocks, radiators, and pumps, ensuring a secure and leak-proof seal. They come in various sizes and styles for soft or hard tubing, helping maintain proper coolant flow and allowing easy customization and assembly of the cooling loop.

Tubing in a watercooled PC connects all components in the cooling loop—like the pump, CPU/GPU blocks, radiator, and reservoir—allowing coolant to flow between them. It guides the liquid through the system, enabling efficient heat transfer and circulation to keep temperatures low and the PC running smoothly.