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As datacenters evolve from traditional compute and storage facilities into AI powerhouses, the demand for qualified professionals continues to grow exponentially and salaries are high. The rise of AI, in particular, is dramatically reshaping the technology industry, and datacenters are at the epicenter of the changes.
According to a report released this week by Bloom Energy, US datacenters will need 55 gigawatts of new power capacity within the next five years. The report , based on a survey of 100 datacenter leaders, also shows that 30% of all sites will be using onsite power by 2030.
In 2019, Gartner analyst Dave Cappuccio issued the headline-grabbing prediction that by 2025, 80% of enterprises will have shut down their traditional datacenters and moved everything to the cloud. The enterprise datacenter is here to stay. As we enter 2025, here are the key trends shaping enterprise datacenters.
The rapid expansion of AI and generative AI (GenAI) workloads could see 40% of datacenters constrained by power shortages by 2027, according to Gartner. The surge is attributed to the increased deployment of large-scale language models (LLMs) and complex algorithms that require massive data processing capabilities.
AWS, Microsoft, and Google are going nuclear to build and operate mega datacenters better equipped to meet the increasingly hefty demands of generative AI. Earlier this year, AWS paid $650 million to purchase Talen Energy’s Cumulus Data Assets, a 960-megawatt nuclear-powered datacenter on site at Talen’s Susquehanna, Penn.,
In fact, quantum computing will force organizations to delete the majority of personal data rather than risk exposure, the research firm says. Adversaries that can afford storage costs can vacuum up encrypted communications or data sets right now. On the plus side, theres more than just customer demand forcing them to step up.
For datacenter capacity to spread to more regions of Africa, there will need to be a major effort to create structure for overland routes. This initiative aims to digitally connect every individual, business, and government in Africa by 2030. billion inhabitants making up 15% of the global population.
billion in the Middle East kingdom to build datacenters and a significant cloud presence in the region. Indeed, the kingdom is positioning itself as a global leader in digital technologies ahead of its hosting of the World Expo 2030 in Riyadh.
Data volumes continue to grow, making it increasingly difficult to deal with the explosive growth. Huawei predicts that by 2030, the total data generated worldwide will exceed one YB, equivalent to 2 80 bytes or a quadrillion gigabytes. New storage systems also offer improved data resilience functions.
billion (Rs 36,300 crore) to scale it till the end of 2030. Local zones, on the other hand, are infrastructure deployment that provides compute, storage and database services to a large population or industry centers. “We billion to India’s gross domestic product by 2030. Cloud Computing, DataCenter
With the paradigm shift from the on-premises datacenter to a decentralized edge infrastructure, companies are on a journey to build more flexible, scalable, distributed IT architectures, and they need experienced technology partners to support the transition.
It’s an idea we’re proud to support, as it aligns with our own DataCenter of the Future initiative. We believe investing in sustainable datacenter technologies isn’t just the right thing to do for the future of our planet; it can also be a key source of business value for our customers today.
billion in German digital infrastructure by 2030. Cloud Computing, DataCenter, Google Google has opened a second cloud region in Germany as part of its plan to invest $1.85 The Berlin-Brandenburg region will be the company’s 12 th region in Europe and 38 th globally. AWS, too, has been expanding its global cloud footprint.
Rendering of a datacenter that Microsoft is building using cross-laminated timber for its floors and ceilings in order to reduce the amount of steel and concrete used, which have a bigger carbon impact. But they also need to put their datacenter infrastructure on low-carbon diets, moving away from traditional steel and concrete.
Government agencies will have to stop purchasing technology that uses SHA-1 by 2030. That key length will be superseded by 4096 in 2030. That includes database and storage vendors as well as other internal enterprise vendors. NIST officially retired the SHA-1 algorithm in 2022 and recommended the adoption of SHA-2 or SHA-3.
“The barriers confronting organizations in South Africa that want to achieve carbon neutral status by 2030 are significant. Specifically, partners would be required to commit that their datacenters achieve zero carbon emissions by 2030, an effort that would require the use of 100% renewable energy.
These include Infrastructure-as-a-Service, Disaster Recovery-as-a-Service, hybrid and multi-cloud deployments, storage, and a wide array of modern, custom cloud-native applications. It’s a move that’s not only good for people and the planet, but also business.
One of four government datacenters in the Netherlands, Overheidsdatacenter Noord (ODC-Noord), the northernmost facility of its kind in The Netherlands, is located in the picturesque city of Groningen. The migration to software-defined datacenters was an important step in the right direction, but it’s just the beginning.
Digital infrastructure, of course, includes communications network infrastructure — including 5G, Fifth-Generation Fixed Network (F5G), Internet Protocol version 6+ (IPv6+), the Internet of Things (IoT), and the Industrial Internet — alongside computing infrastructure, such as Artificial Intelligence (AI), storage, computing, and datacenters.
By 2030 we aim to do the same for all our operations worldwide – a goal that is at the core of VMware’s Zero Carbon Committed initiative as well.” Being VMware Cloud Verified, and having earned the VMware Sovereign Cloud distinction, it offers enterprises a complete portfolio of compute, storage, security and networking solutions.
The ability to ingest and harmonize heterogeneous data streams from disparate sources, including legacy infrastructure systems and citizen-generated data, is crucial for comprehensive urban analytics. In Asia, Singapore aims to green 80% of its buildings by 2030 as part of its sustainability initiative.
EU-funded project is set to change the course of digital storage by launching datacenters into space, aiming to reduce Earth-bound energy consumption and enhance data sovereignty. Datacenters, critical for digital progression, consume substantial electricity and water to operate and cool their servers.
(GeekWire File Photo / Todd Bishop) The Seattle-area fusion company Helion Energy is talking with OpenAI about a deal in which the AI company “would buy vast quantities of electricity to provide power for datacenters,” according to the Wall Street Journal. The aim is to start operations by 2030.
Alphabet’s Google, along with TPG Rise Climate and other investors, has invested over $800 million in clean energy developer Intersect Power to expand its datacenter capacity amidst the growing demand driven by AI technologies. This approach focuses on co-locating datacenters with solar, wind, and battery infrastructures.
(Helion Photo) The rapid growth of artificial intelligence is driving new demand for cloud computing infrastructure operated by tech giants including Amazon and Microsoft, which are investing billions of dollars each year into the construction of datacenters that gobble massive amounts of energy. In the U.S.
Boiling liquid surrounds servers at a Microsoft datacenter. It’s essentially a bath tub,” explains Christian Belady, vice president of Microsoft’s datacenter advanced development group, in an interview with The Verge. It’s in a small datacenter, and we’re looking at one rack’s worth,” says Belady. “We
This should be at least 50% by 2030 if operators are to meet net zero targets, but the current supply of renewable energy cannot meet their demands. The GSMA’s analysis is based on data from 33 operators, covering 86 countries and approximately 50% of global mobile connections. been powered by renewable electricity.
The energy will provide juice for operations at its corporate offices, Amazon Web Services (AWS) datacenters, product fulfillment centers and Whole Foods Market stores. Amazon is on a path to 100% renewable energy by 2025, five years ahead of the original target of 2030. How significant is 8.5 gigawatts of capacity?
Google just made one of Big Tech’s most ambitious environmental commitments: it will work to run its operations purely on renewable energy by 2030. We have until 2030 to chart a sustainable cause for our planet or face the worst consequences of climate change,” Google CEO Sundar Pichai said in a video released today. “We
AWS, Cisco, Apple and others are deploying a variety of tactics to achieve lower carbon footprints, with everything from lower-energy coding to AI applied to power sources.
Gatens has been working with partners including Ramon.Space on a line of radiation-hardened compute and datastorage hardware that’s well-suited for the space environment. “Raw data is generally high-volume data that needs to be refined at a datacenter, basically,” he explained.
Under the 10-year contract, Telia Sweden and Telia Cygate will support the build-out of Ellevio’s smart grid by connecting the 8,000 electrical substations to Ellevio’s datacenter. ” The energy industry has a long way to go in capturing and making better use of data. the Telia press release. smart grids.
The related storage and computing operations rely on massive datacenters around the world that are packed with computers that chug energy 24 hours a day. Both businesses need low-carbon steel and concrete as they build out datacenters or corporate office buildings. Here are the areas of focus for the businesses.
The CO2 then needs to be stored, most likely in an underground, geologic storage site, or ideally put to another industrial use that keeps it out of the atmosphere. The DOE has set a 2030 target of deploying carbon capture technology that can capture CO2 at a cost of $30 per metric ton. The solvent captures the CO2 from the gas.
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