With chips like NVIDIA’s Blackwell and other advanc AI accelerators, today’s servers generate massive amounts of heat, driving the adoption of liquid cooling solutions as a superior alternative to traditional air cooling.
This type of cooling is crucial because it can eliminate up to 70% of the heat generat by the equipment, improving the energy efficiency and performance of AI accelerators.
The global market for these solutions
is expect to exce $3 billion by 2026, reflecting increasing adoption in data centers using AI.
In Latin America and Mexico, although the adoption of liquid cooling is still incipient, significant progress is already being made, particularly in industries that require high processing, such as e-commerce and the automotive industry.
Some data centers in Mexico have already begun to integrate these technologies, seeking to optimize energy lebanon whatsapp number data use and ruce operating costs. Thermal management and energy efficiency are becoming increasingly important in the region, given the growth of technological infrastructures that support digital transformation.
As a consultant, it is important to be clear about the advantages of liquid cooling , the critical aspects to consider when developing a proposal , and the market trends that drive its adoption.
This type of cooling is crucial because it can eliminate up to 70% of the heat generat by the equipment, improving the energy efficiency and performance of AI accelerators.
Advantages of liquid cooling in AI servers
Liquid cooling offers several important benefits over traditional air cooling solutions, particularly for AI servers operating in high-performance environments:
Greater energy efficiency : Liquid cooling is much more effective at dissipating heat, allowing servers here are the rules you need to remember to run more efficiently and with lower power consumption. This is crucial in data centers where energy is one of the largest operating costs.
Ability to handle high thermal loads : Next-generation AI chips, such as NVIDIA’s Blackwell and bw lists AMD’s Instinct MI300X , can generate extreme amounts of heat (exceing 140 kW per rack ), something that air solutions cannot adequately manage. Liquid cooling allows servers to operate more stably, preventing performance drops due to overheating.