Image this: a world where your information heart not solely performs higher but does so by slashing power consumption. Welcome to the revolutionary period of Dell's liquid cooling expertise! For over a decade, Dell has been at the forefront of reworking information facilities worldwide, pushing the boundaries of what's attainable with progressive cooling options. Let's dive into the electrifying journey of Dell's liquid cooling saga during the last ten years and see how we're redefining the longer term.
The Starting of a New Period
About ten years ago, Agoll accepted a daring problem: assist a large-scale buyer in cutting back their computing techniques' overall value of possession (TCO) while efficiently reducing power use. Rising to the event, Dell engineers crafted a groundbreaking rack-integrated system, seamlessly weaving computing, energy, cooling, and networking. Collectively, this visionary system launched liquid cooling for chilly plates mounted on processors, marking a monumental second in scalable deployment past supercomputing. The outcome? A staggering 70% enhancement in Queries per Second for our buyer, utilizing an astounding 97% less power for cooling than state-of-the-art information facilities on time.1
Breaking Boundaries with C6400
In 2018, Dell launched the liquid-cooled C6400 system—a powerhouse engineered for high-performance computing (HPC), finance and com, and put-intensive functions. Hundreds of those techniques grew to become the spine of the Frontera supercomputing system on the Texas Superior Computing Middle, securing a #5 debut on the Prime 500 supercomputing rating.2 Dell's built-in design and environment-friendly cooling propelled Frontera to the forefront of supercomputing excellence, setting a new normal for efficiency and effectiveness.
Accelerating with Innovation
In 2021, Dell took another leap by unveiling six cutting-edge liquid-cooled server platforms and the R750xa dense GPU chassis. Recognizing our unequaled expertise in delivering built-in liquid-cooled techniques, U.S. Nationwide Laboratories entrusted Dell with the CTS-2 subcontract to provide supercomputing-level computing. These techniques, offered as Scalable Models, boast roughly 1.5 petaflops of computing energy, underscoring Dell's dedication to leading the trade with innovation and effectiveness.
A New Daybreak in A.I. Supercomputing
By 2023, Dell was deli delivered hundreds of liquid-cooled servers yearly, more significant than some other server OEM.3 ThOEMs12 months additionally marked the launch of 12 direct liquid cooling (DLC)-enabled platforms, together with the AI-ready R760xa and the XE9640, one of many densest GPU compute platforms available on the market. With the XE9640 at its core, Dell developed "Daybreak," 4 the U.K.'s quickest A.I. supercomputer,5 deployed at Cambridge College's Open Zettascale Lab. Working at a PUE of 1.14, Daybreak is a testimony to Dell's liquid cooling prowess, decreasing power use whereas maximizing computational energy in a compact footprint.
The Dell PowerEdge XE9680L will deliver more liquid cooling innovation in half of 2024, providing the highest attainable rack-scale density with DLC—more in a minute.
Redefining Worth with Air and Liquid Cooling
Dell's progressive spirit doesn't cease at liquid cooling. The air-cooled XE9680 8-way dense GPU server has emerged as the quickest ramping server in Dell's historical past. Why air-cooled, you ask? Dell focuses on delivering the perfect worth to our prospects and serving all want. We additionally combine liquid cooling on the rack stage, optimizing each server and rack cooling to offer energy-efficient A.I. techniques with a horny TCO.
Driving the way forward for A.I. and HPC
Dell is central to the cost of next-generation liquid-cooled compute options as A.I. use cases multiply. Our DLC-enabled XE9680L server, equipped with superior energy and liquid cooling techniques, affords at least 50% cooling power financial savings over Dell's conventional air-cooled servers, optimizing chilly plates for 25% higher thermal efficiency; 6 Dell ensures reliability and effectiveness, serving to prospects save power and speed up deployment.
Future processors shall be much more challenging to chill with warmth densities exceeding the flames of gasoline torches. Dell is optimizing the interior geometries of the chilly plates to handle even challenging options without information heart power effectiveness. We're future-proofing our new built-in racks to prepare for more than 400 kW of energy and cooling in every rack. These racks will embrace superior Dell-developed leak detection expertise that may be certain that elevated liquid cooling doesn't influence the reliability of the computer. CWithnt distribution models will advance the laptop with the developments on the rack, with more outstanding movement charges and thermal efficiency and much less information heart area.
Dell's legacy needs to be a more liquid coin. The oiling continues to thrive. We stay devoted to investing in analysis and growth to offer our prospects optimal, cost-effective options for their functions. Be part of us as we pave the best way for a future where expertise and sustainability go hand in hand. Welcome to the cutting-edge world of Dell's liquid cooling innovation!
The Starting of a New Period
About ten years ago, Agoll accepted a daring problem: assist a large-scale buyer in cutting back their computing techniques' overall value of possession (TCO) while efficiently reducing power use. Rising to the event, Dell engineers crafted a groundbreaking rack-integrated system, seamlessly weaving computing, energy, cooling, and networking. Collectively, this visionary system launched liquid cooling for chilly plates mounted on processors, marking a monumental second in scalable deployment past supercomputing. The outcome? A staggering 70% enhancement in Queries per Second for our buyer, utilizing an astounding 97% less power for cooling than state-of-the-art information facilities on time.1
Breaking Boundaries with C6400
In 2018, Dell launched the liquid-cooled C6400 system—a powerhouse engineered for high-performance computing (HPC), finance and com, and put-intensive functions. Hundreds of those techniques grew to become the spine of the Frontera supercomputing system on the Texas Superior Computing Middle, securing a #5 debut on the Prime 500 supercomputing rating.2 Dell's built-in design and environment-friendly cooling propelled Frontera to the forefront of supercomputing excellence, setting a new normal for efficiency and effectiveness.
Accelerating with Innovation
In 2021, Dell took another leap by unveiling six cutting-edge liquid-cooled server platforms and the R750xa dense GPU chassis. Recognizing our unequaled expertise in delivering built-in liquid-cooled techniques, U.S. Nationwide Laboratories entrusted Dell with the CTS-2 subcontract to provide supercomputing-level computing. These techniques, offered as Scalable Models, boast roughly 1.5 petaflops of computing energy, underscoring Dell's dedication to leading the trade with innovation and effectiveness.
A New Daybreak in A.I. Supercomputing
By 2023, Dell was deli delivered hundreds of liquid-cooled servers yearly, more significant than some other server OEM.3 ThOEMs12 months additionally marked the launch of 12 direct liquid cooling (DLC)-enabled platforms, together with the AI-ready R760xa and the XE9640, one of many densest GPU compute platforms available on the market. With the XE9640 at its core, Dell developed "Daybreak," 4 the U.K.'s quickest A.I. supercomputer,5 deployed at Cambridge College's Open Zettascale Lab. Working at a PUE of 1.14, Daybreak is a testimony to Dell's liquid cooling prowess, decreasing power use whereas maximizing computational energy in a compact footprint.
The Dell PowerEdge XE9680L will deliver more liquid cooling innovation in half of 2024, providing the highest attainable rack-scale density with DLC—more in a minute.
Redefining Worth with Air and Liquid Cooling
Dell's progressive spirit doesn't cease at liquid cooling. The air-cooled XE9680 8-way dense GPU server has emerged as the quickest ramping server in Dell's historical past. Why air-cooled, you ask? Dell focuses on delivering the perfect worth to our prospects and serving all want. We additionally combine liquid cooling on the rack stage, optimizing each server and rack cooling to offer energy-efficient A.I. techniques with a horny TCO.
Driving the way forward for A.I. and HPC
Dell is central to the cost of next-generation liquid-cooled compute options as A.I. use cases multiply. Our DLC-enabled XE9680L server, equipped with superior energy and liquid cooling techniques, affords at least 50% cooling power financial savings over Dell's conventional air-cooled servers, optimizing chilly plates for 25% higher thermal efficiency; 6 Dell ensures reliability and effectiveness, serving to prospects save power and speed up deployment.
Future processors shall be much more challenging to chill with warmth densities exceeding the flames of gasoline torches. Dell is optimizing the interior geometries of the chilly plates to handle even challenging options without information heart power effectiveness. We're future-proofing our new built-in racks to prepare for more than 400 kW of energy and cooling in every rack. These racks will embrace superior Dell-developed leak detection expertise that may be certain that elevated liquid cooling doesn't influence the reliability of the computer. CWithnt distribution models will advance the laptop with the developments on the rack, with more outstanding movement charges and thermal efficiency and much less information heart area.
Dell's legacy needs to be a more liquid coin. The oiling continues to thrive. We stay devoted to investing in analysis and growth to offer our prospects optimal, cost-effective options for their functions. Be part of us as we pave the best way for a future where expertise and sustainability go hand in hand. Welcome to the cutting-edge world of Dell's liquid cooling innovation!