Choose wisely — How technology decisions drive data center efficiency

Presented by AMD


The modern-day facts middle hinges on technologies that generate superior performance, robust stability and enough overall flexibility. In the latest many years, having said that, a further critical element has commenced to take in considerable mindshare for IT leaders: energy performance.  

As the difficulty of weather modify turns into extra pressing, organizations across the world are being familiar with their obligation to lessen their carbon footprints. To deal with this imperative, small business leaders are adopting and acting on formalized corporate sustainability and performance-connected objectives.

The facts centre, as the computational heart of an organization, presents a distinctive chance to drive efficiencies and propel organizations toward meeting these aims.

Reconsidering vitality effectiveness in the data middle

With the volume of firm knowledge inflammation and software calls for intensifying, computing methods and the processors that underlie these methods ought to bear the brunt of the workload. Extra computational responsibilities require to be executed, most likely necessitating a greater number of servers and extra ability. Concurrently, as these duties create warmth, however much more electric power might be wanted to guidance the cooling mechanisms that retain the data center running easily.

Because of this, details centers have typically been seen with suspicion when it will come to environmental sustainability they are normally witnessed as energy hungry. IT businesses have had to combat from this adverse notion of the data centre as inherently environmentally burdensome. But picking the ideal technological innovation can assistance corporations address some of these environmental worries.

Ability your information center, the electrical power-effective way 

When it comes to picking out the ideal technologies to electricity a data center, superior functionality has commonly been the principal aim. Progressively, however, IT leaders are remaining tasked with implementing methods that “have it all” — that is, solutions that travel expense performance, vitality efficiency and performance.

To handle this trifecta of (seemingly paradoxical) mandates, deciding on the proper server processor is critical. For example, power prices in the telecom sector can assortment from 20% to 40% of working expenditures.[1] IT corporations require processors that can provide the needed amount of money of efficiency to allow exceptional intra-organizational and purchaser encounters, though not compromising on prices or vitality effectiveness. This incorporates thinking of the amount of servers expected to entire jobs, and regardless of whether a much more strong processor will enable a knowledge middle to provide the exact same amount of compute energy with a smaller footprint.

Lessening the dimension of a knowledge middle footprint can aid lessen ability and cooling expenditures, aid in lowering each components expense and overall TCO. This is an quick conclusion to support meet challenging company ability efficiency plans. Via their infrastructure decisions, IT leaders have a unique option to turn sustainability goals into realities and inspire the rest of their corporation.

Leaner for your finances and your ability intake

That all sounds relatively summary, so let us change it into a additional relatable scenario. Let us say your firm wants to run 1,200 digital equipment (VMs). To accomplish this number of VMs, you can select to run on either 10 AMD EPYC 7713 processor-based mostly servers, or 15 servers dependent on competitive top of stack x86 processors. In this case in point, with AMD, you have a third less servers, your option price tag goes down by an estimated 44%, and your hardware TCO in excess of three a long time is a projected 41% lower when compared to the competitive set up. You also may possibly reduce strength use by an believed 32% — a reduction which interprets to the equivalent environmental profit supplied by 28 acres of United States forest annually.

This suggests that by merely choosing to operate these 1,200 VMs on EPYC in this scenario your facts heart is yielding roughly the same amount of money of greenhouse fuel reduction as would 28 acres of U.S. forest, every yr for each individual calendar year across the life of the deployment. Let that sink in for a moment.[2]

Dedicated to knowledge heart efficiency

AMD server processors have been developed with power efficiency in mind, generating them the most power-successful x86 processors in the activity[3] –but the path forward seems to be even brighter. Very last calendar year, AMD announced an intense purpose of escalating energy effectiveness by 30X for server CPUs and GPU accelerators powering servers for HPC and AI-teaching from 2020-2025. If all world AI and HPC server nodes were being to make comparable gains, AMD tasks up to 51 billion kilowatt-hrs (kWh) of electrical energy could be saved from 2021-2025 relative to baseline trends, amounting to $6.2B USD in electrical power price savings as nicely as carbon gains from 600 million tree seedlings grown for 10 decades.[4]

Read additional about AMD’s ongoing motivation to driving the foreseeable future of info centre sustainability listed here.

Remain economical currently, tomorrow and beyond

Sustainability is poised to develop into an ever more vital element of company stewardship and the data centre is turning out to be a ripe possibility to drive energy effectiveness and enable bold company sustainability plans. Choosing the appropriate processor is a somewhat basic but very crucial step in direction of unlocking this prospect and can give IT companies the means to stability a set of demanding mandates: generate significant general performance, do it value-successfully and assistance tackle the load on our earth.

Ram Peddibhotla is Company Vice President, Products Management at AMD.


[1] https://www.gsma.com/futurenetworks/wiki/electricity-performance-2/, GSMA 2019

[2] MLNTCO-021 – https://www.amd.com/en/claims/epyc3x#faq-MLNXTCO-021

[3] As of 2/2/22, of SPECpower_ssj® 2008 effects printed on SPEC’s web-site, the 55 publications with the highest all round efficiency results were being all driven by AMD EPYC processors.  A lot more information about SPEC® is out there at http://www.spec.org.  SPEC and SPECpower are registered emblems of the Standard General performance Evaluation Corporation. https://www.amd.com/en/promises/epyc3x#faq-EPYC-028

[4] Situation primarily based on all AI and HPC server nodes globally producing related gains to the AMD 30x goal, ensuing in cumulative price savings of up to 51.4 billion kilowatt-hrs of electricity from 2021-2025 relative to baseline 2020 traits. Assumes $.12 cents for each kwh x 51.4 billion kwh = $6.2 million USD. Metric tonnes of CO2e emissions, and the equal estimate for tree plantings, is primarily based on entering electric power price savings into the U.S. EPA Greenhouse Fuel Equivalency Calculator on 12/1/2021. https://www.epa.gov/strength/greenhouse-gasoline-equivalencies-calculator


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