For cooling high heat components, LQHS heat sinks combine an active fan mounted to a heat spreading base with internal channels of flowing coolant.With the liquid assist, LQHS heat sinks provide thermal performance at least three times higher than fan-assisted heats sinks without liquid loops.
LQHS heat sinks are combined with pumps and coolant reservoirs to provide continuous, high-level cooling of hot CPUs, GPUs, FPGAs, and AI processors, along with IFBT, MOSFETs and DC-DC converters. For even higher cooling levels, a heat exchanger can be added to the liquid-cooling configuration. ATS provides recommendations for (non-included) fans per user application.
This configuration relies on the LQHS' integrated heat exchanger. This reduces the cost and complexity of this liquid cooling solution and features a thermal resistance of 0.05°C/W.
For very high heat applications, a heat exchanger can be included in the liquid loop. This will with This configuration relies on the LQHS' integrated heat exchanger. This reduces the cost and complexity of this liquid cooling,