Liquid Cooling
Dell leads the way in Direct Liquid Cooling, transforming AI performance and establishing new norms in data center efficiency.
A future where your data center not only performs better but does so while cutting energy usage. Welcome to the breakthrough age of Dell liquid cooling technology! Dell has led worldwide data center modernization with innovative cooling technology for over a decade. Let’s examine Dell’s 10-year liquid cooling journey and how they’re changing the future.
New era begins
It was roughly 10 years ago that Dell accepted a daring challenge: assist a large-scale client decrease the total cost of ownership (TCO) of their computer systems while enhancing performance and reducing down energy consumption. Rising to the situation, Dell engineers built a breakthrough rack-integrated solution, seamlessly weaving together computation, power, cooling and networking.
This revolutionary technology brought liquid cooling to cold plates placed on CPUs, marking a momentous step in scalable deployment beyond supercomputing. The result? A startling 70% increase in Queries per Second for their client, while consuming an incredible 97% less energy for cooling compared to state-of-the-art data centers at the time.
Breaking Boundaries with C6400
Fast forward to 2018, Dell announced the liquid-cooled C6400 system a powerhouse intended for high-performance computing (HPC), finance and compute-intensive applications. Thousands of these devices constituted the backbone of the Frontera supercomputing system at the Texas Advanced Computing Center, achieving a #5 debut on the Top 500 supercomputing list. Dell’s integrated design and efficient liquid cooling drove Frontera to the forefront of supercomputing prowess, establishing a new benchmark for performance and efficiency.
Accelerating with Innovation
Recognizing our unequaled competence in supplying integrated liquid-cooled systems, U.S. National Laboratories entrusted Dell with the CTS-2 subcontract to offer supercomputing-level computation. These systems, offered as Scalable Units, feature nearly 1.5 petaflops of computational capability, underlining Dell’s dedication to leading the market with innovation and efficiency.
A New Dawn in AI Supercomputing
In 2023, Dell shipped tens of thousands of liquid-cooled servers, more than any other OEM. That year also featured the debut of 12 direct liquid cooling (DLC)-enabled devices, including the AI-ready R760xa and the XE9640, one of the densest GPU computing platforms on the market.
With the XE9640 at its heart, Dell created “Dawn,” the United Kingdom’s fastest AI supercomputer, installed at Cambridge University’s Open Zetta scale Lab. Operating at a PUE of 1.14, Dawn is a tribute to Dell’s liquid cooling capabilities, lowering energy usage while optimizing processing power in a small footprint.
More Dell liquid cooling innovation is arriving second half of 2024 with the Dell PowerEdge XE9680L, offering the greatest conceivable rack-scale density with DLC more on this in a minute.
Redefining Value with Air and Liquid Cooling
Dell’s innovation attitude doesn’t end at liquid cooling. The air-cooled XE9680 8-way dense GPU server is Dell’s fastest ramping server. Why air-cooled, you ask? Dell’s emphasis is always on offering the greatest value to their customers and addressing their requirements. It also incorporate liquid cooling at the rack level, improving both server and rack cooling to create energy-efficient AI systems with an appealing TCO.
Driving the Future of AI and HPC
As AI use-cases proliferate, Dell is leading the charge with next-generation liquid-cooled processing systems. Its DLC-enabled XE9680L server, coupled with sophisticated power and Dell liquid cooling systems, delivers at least 50% cooling energy savings over Dell’s typical air-cooled servers optimizing cold plates for 25% higher thermal performance, Dell maintains reliability and efficiency, helping clients save energy and expedite implementation.
Next generations of Dell liquid cooled computing will take use of more improvements. Future CPUs will be much more tough to cool with heat densities surpassing the flames of gas torches. Dell is refining the inside geometry of the cold plates to handle even the most difficult CPU characteristics without sacrificing data center energy efficiency.
Dell liquid cooling
They are future-proofing the new integrated racks for over 400 kW of power and cooling apiece. These racks will contain sophisticated Dell-developed leak detection technology that will guarantee that enhanced liquid cooling does not impair the dependability of the computing. Along with rack improvements, Dell’s coolant distribution units will improve flow rates and thermal performance while taking up less data center space.
Dell’s heritage of leadership in Dell liquid cooling continues to flourish. They invest in R&D to provide the customers with optimum, cost-effective solutions for their most crucial applications. Join us as they create a sustainable technological future.
Modern equipment, notably data centers, gaming PCs, and workstations, must control heat as demand for high-performance computing rises. Dell’s cutting-edge liquid cooling technology sets a new standard for thermal management performance and efficiency to solve these concerns. Dell’s invention boosts computer performance and promotes energy efficiency and sustainability.
Need for Advanced Cooling Solutions
Traditional air-cooling technologies are outdated. If not properly handled, stronger CPUs and GPUs create more heat, which may lower system performance. Overheating may cause throttling, processing slowdowns, and device damage. Dell realized the need for better cooling solutions to enhance computing without compromising dependability.
Liquid cooling uses a liquid medium, usually water and glycol, to absorb and transmit heat away from components more effectively than air cooling. Liquids transmit heat better than air, resulting in quicker heat dissipation and lower temperatures.
The Dell Liquid Cooling Innovation
Dell’s liquid cooling technology is designed for high-density data centers and power-hungry workstations. A specialized coolant circulates via tubes and heat exchangers to cool CPUs, GPUs, and memory modules. This approach boosts performance without hefty, loud fans like standard air-cooled arrangements.
Scalability and adaptability are major breakthroughs in Dell’s liquid cooling technology. Dell’s liquid cooling technology is flexible and may be fitted into numerous server and desktop configurations to meet particular performance needs. Data centers wanting to maximize power consumption efficiency (PUE) and decrease operating expenses from high-energy cooling systems would love this versatility.
Energy Efficiency and Sustainability
Dell liquid cooling solution is based on sustainability. Liquid cooling is more energy-efficient than air. Dell’s technology reduces carbon footprint and operating expenses by minimizing fan use and cooling power usage. Liquid cooling may also utilize surplus heat to heat office areas or water systems, adding to sustainability objectives.
Dell’s liquid cooling technology extends hardware life and reduces energy use. The solution extends CPU and GPU lifespans by preventing overheated wear and strain. This reduces hardware replacements, conserving resources and money.
Effects on Data Centers and HPC
Dell’s liquid cooling technology will change data centers. As data centers fill with powerful, heat-generating equipment, effective and scalable cooling solutions are essential. Dell’s technology manages high-performance settings without compromising energy or space.
Dell liquid cooling technology benefits HPC settings used for research, simulations, and AI development. Advanced cooling technologies like Dell’s are needed to handle excessive computer power and heat in these situations.
Conclusion
Dell liquid cooling revolutionizes high-performance computers and data centers. Dell’s efficient, scalable, and sustainable heat management solution improves system performance and reliability and saves energy globally. As more firms adopt AI, big data, and other advanced computing technologies, Dell liquid cooling technology will allow high-performance, energy-efficient computing.
