Increased per-rack power demands for artificial intelligence workloads are accelerating the need for advanced power delivery, liquid cooling solutions, and enhanced structural planning within data centers.
Gigascale Data Centers
geographic shift
supply constraint
named product
Massive new power commitments, from xAI's 2GW build to GridFree's 5GW cluster activation, highlight the escalating scale of infrastructure projects. This refers to facilities demanding multiple gigawatts of power capacity, driven largely by accelerating AI hardware demands, fundamentally reshaping power utility engagement.
DCFTS 2026 featured JLL's Sean Farney discussing the critical distinction between announced and operational gigawatts in the AI data center infrastructure boom.
→
Anthropic secures 2.16 GW of data center capacity in Queensland, Australia, to expand its Claude inference infrastructure.
Huawei has introduced a four-layer 3D data center designed for massive artificial intelligence clusters, emphasizing prefabrication and standardized infrastructure for scalability.
Increasing data center density within existing facilities offers a faster, more cost-effective alternative to new construction, provided power, cooling, and regulatory challenges are managed.
Microsoft intends to significantly expand its data center power capacity, aiming for over 38 gigawatts by 2032, backed by substantial pre-commenced lease agreements.
The number of large-scale data centers in the U.S. is projected to triple by 2030, driven by a substantial AI infrastructure boom and significant tech company investments.
Anthropic reportedly committed $35 billion for compute at Hut 8's Beacon Point campus in Texas, with a 15-year lease and unspecified rent per megawatt.
Soaring data center demand and near-zero vacancy are fueling unprecedented growth in emerging markets, according to new reports from JLL and CBRE.
Hyperscale data centers are experiencing robust growth at a 6.2% compound annual growth rate, driven by the escalating demands of next-generation computing and AI workloads.
Designing data centers for density requires careful consideration of power distribution unit architecture choices, offering a practical guide to optimizing space and efficiency.
QumulusAI's second-quarter GPU expansion highlights that available power and data center capacity, not just compute contracts, dictate revenue generation.
Lancium, in partnership with Nvidia, is advancing its grid-responsive artificial intelligence data center model, with 4 gigawatts under lease and over 15 gigawatts of powered land.
Prometheus plans a 1.5 GW data center campus in Texas with onsite generation, targeting a 2027 completion date that requires securing a customer, modular construction, and a new power plant.
The United States is home to fifteen of the world's top twenty hyperscale data center locations, highlighting its significant role in global digital infrastructure.
Amazon is exploring grid integration for an 8,000-acre AI campus combining private energy generation, drawing scrutiny over potential emissions.
Data center demand has exceeded expectations, with absorption doubling year-over-year to a record 25GW in the first half of 2026, according to JLL.
Behring Cos. is developing a 20-megawatt artificial intelligence data center in Oakland, enhancing the East Bay Area's AI infrastructure.
Japan's Akita AI data center project is now estimated at $12.6 billion, potentially adding substantial AI capacity if power plans are successfully implemented.
Firebird.ai has launched a 300MW AI data center in Armenia, planning to deploy over 70,000 Nvidia GPUs to power the facility.
Amazon has reportedly acquired an 8,000-acre site in Pecos, Texas, to develop a large natural gas-powered data center, potentially becoming the largest of its kind in the US.
Amazon has filed plans to develop two new data center campuses in Texas, specifically targeting Fort Stockton and Floydada, alongside expansion in Boling.
PowerHouse has submitted plans for a 300MW data center campus near Dallas-Fort Worth, adding to its significant pipeline in Texas.
New data center campuses demonstrate that land acquisition is just the first step; power, financing, water, and community commitments are increasingly crucial for project advancement.
Cipher, a reformed crypto firm, is considering a 900MW data center site near San Antonio, Texas, and has brought its Black Pearl site online ahead of schedule.
Meta's planned Alberta AI campus integrates gigawatt-scale data center development with a dedicated natural gas power plant, exemplifying a new
Galaxy's 500-acre Texas AI campus features a 74 MW initial phase with a privately funded substation, reflecting new models for large AI power users due to grid requirements.
South Korea's Naver confirmed its Sejong data center will expand to 200MW, with Brookfield and Nvidia investing up to $10 billion in the campus.
Nvidia and SK Group have entered a significant agreement valued at $500 billion, which includes the development of two gigawatts of data center capacity for artificial intelligence workloads.
BlackRock owns 80% of Meta's El Paso campus and is selling over $12 billion in bonds. Other deals include Aligned's close, AIP's first transaction, and Hut 8's Texas campus.
The data center industry faces a 'gigawatt buildout execution test' with record spending colliding with higher costs, community resistance, and grid challenges, making durable capacity conversion the primary hurdle.
Patrick Dillow of Rowan Digital Infrastructure discussed accelerating time to power, Bauxite 1 lessons, and meeting AI-driven demand on DCD Talks.
SpaceXAI is reportedly considering developing a large-scale data center campus in Texas, indicating a new direction beyond its primary orbital ambitions.
OpenAI is reportedly targeting Savannah for a massive twenty billion dollar data center development, indicating a significant expansion of artificial intelligence infrastructure.
The proliferation of small, distributed data centers, even those built by individuals, is noted, with Fujitsu reportedly selling off five such facilities.
Duos has secured a substantial five-year, ten-megawatt colocation agreement valued at approximately $111 million, indicating significant demand for their services.
Finland is rapidly emerging as a key European data center market, driven by AI demand, abundant renewable energy sources, and supportive government policies.
TeraWulf signed a 20-year lease with Anthropic for 401 MW in Kentucky, generating $19 billion and enabling capital reallocation to owned infrastructure, while selling a Texas joint venture interest.
Crusoe is establishing a 1.4 GW data center campus in Childress, Texas, through a renewed partnership with Lancium.
QTS will construct 11 data centers on Lancium's campus in Hall County, Texas, as Lancium secures a customer for its second Clean Campus initiative.
DC Byte's Colby Cox explains that executable power, not demand or capital, dictates AI campus locations, while high-density racks and community alignment are now crucial for facility design and power underwriting.
Meta's 5 GW Hyperion AI campus in Louisiana is so large it may influence regional generation, transmission, and utility planning, according to analysts.
Samsung Heavy Industries targets a 2028 launch for its commercial floating artificial intelligence data center, addressing power, land, and cooling challenges impacting current AI infrastructure.
Firmus Technologies plans a significant 360MW Nvidia-powered AI data center in Batam, Indonesia, to meet the increasing demand for AI compute capacity in the Asia-Pacific region.
SpaceX, with its Nasdaq SPCX debut at a $1.75 trillion valuation, has secured Anthropic and Google as anchor tenants for its Colossus Memphis cluster, leveraging behind-the-meter power for its AI segment capital expenditures.
This article examines the current state of Data Center Infrastructure Management (DCIM) in relation to the Gartner Hype Cycle.
Data4 is investing €5 billion to develop a 700MW AI data center campus on a former steelworks site in northern France.
SpaceX's anticipated $75 billion initial public offering is expected to significantly boost data center expansion, both terrestrially and in orbit, as it aims to build the 'infrastructure of the future'.
Jinko Power is reportedly planning a 1GW solar-powered artificial intelligence data center in western China, described as 'data in the desert'.
Ignis will construct DayOne's 300MW data center in Aragon, Spain, a project estimated to cost $3 billion.
Stark Power has acquired a 5.6-gigawatt data center development portfolio from Sagebrush, raising approximately $140 million to facilitate the transaction.
Cipher is planning to construct a 500MW data center campus near a coal plant outside Waco, Texas, with potential energization by 2028, though plans are not yet finalized.
A US energy company is reportedly planning to build a 1.2GW hydropower plant alongside an artificial intelligence data center in Lesotho, which would represent the country's largest generation asset.
Google alum Joe Kava shares insights from his pioneering experience in building data centers responsibly at a gigawatt scale, offering lessons learned in sustainable facility development.
A 25-megawatt artificial intelligence data center is scheduled for construction in McMinnville, Tennessee, with a projected completion in the first quarter of 2028.
Data Center Knowledge visited the TeraWulf and Schneider Electric campus in Buffalo, New York, to examine the infrastructure required for powering and cooling advanced data centers.
Texas's original Competitive Renewable Energy Zones (CREZ) transmission corridors, built to transport wind power, are now increasingly attracting hyperscale AI infrastructure, suggesting the state may have inadvertently created an ideal grid for AI development.
Stack has completed the structural work on the first of 19 buildings at its 1GW data center campus in Stafford County, Virginia.
Hudson IX is continuing the expansion of its 60 Hudson facility with a second 1 megawatt data hall and has future growth plans beyond 10 megawatts.
Global data center construction capacity reached 31.7GW in 2025, more than doubling the previous year, with Dallas, Texas, emerging as the top location for the first time.
The increasing density of GPU clusters is transforming data centers into power and cooling plants, significantly altering design principles and widening the disparity between AI-focused facilities and traditional enterprise data centers.
A large-scale AI infrastructure development in Utah's Box Elder County proposes integrating hyperscale compute with utility-scale power, reflecting the evolution of data centers into industrial platforms.
TotalEnergies has partnered with Nvidia and Dell to construct a supercomputer in Pau, France, which will be utilized to enhance seismic imaging for hydrocarbon exploration.
365 Data Centers and Aphorio Carter are initiating a significant 200 MW artificial intelligence data center development initiative across various U.S. markets.
Cerebras has committed to a 40MW capacity agreement at the Digi Power X data center in Alabama, with an initial 10-year contract valued at $1.1 billion.
Invenergy, Nvidia, and Emerald AI are collaborating to develop flexible artificial intelligence factories, capable of operating from the edge to multi-gigawatt campuses.
The reported Google-Anthropic deal, involving a 5 gigawatt compute commitment alongside capital investment, signifies a paradigm shift in how artificial intelligence infrastructure is financed and allocated.
The article addresses the significant data center power consumption challenge and explores how Amazon Web Services is managing this critical balance.
BlockchAIn has unveiled a $9.9 billion plan to develop a 715-megawatt data center portfolio.
Oracle is proceeding with the development of a massive new data center complex in New Mexico, which will be powered by a 2.45GW fuel cell farm, unaffected by the financial concerns of compute partner OpenAI.
A UK government department is involved in a £370 million contract lawsuit after an inadvertently shared comparison document between two vendors was used in legal proceedings.
Octave Attune EAM offers a solution to unify operations, increase uptime, and scale sustainable performance for global hyperscale data centers.
Pace is planning a 100 megawatt data center in Glasscock County, Texas, with potential to scale up to 1 gigawatt.
Microsoft is simultaneously developing two distinct infrastructure models: sovereign cloud regions to ensure compliance and a new generation of AI factory campuses designed for cutting-edge computational capacity.
Volt is planning an 'AI Gigafactory' with a capacity of up to 800MW in Rotterdam, Netherlands, potentially powered by North Sea wind.
This article explores the factors influencing on-site staffing levels within data centers, examining the roles and numbers of personnel required to maintain critical systems.
Bill Kleyman analyzes the key industry trends shaping the State of the Data Center in 2026 and emphasizes the importance of industry conferences in the current landscape.
A tentative proposal has been made for a 2-gigawatt data center in Socorro, New Mexico.
Hillwood and PowerHouse are advancing a $20 billion data campus in Joliet, signaling the Midwest's transition to utility-scale AI infrastructure and drawing attention to power, cost allocation, and community impacts.
This DCF poll examines the growing public opposition to data center expansion and seeks to understand the disconnect between industry growth and public trust, as well as potential solutions.
Small Modular Reactor vendors are making significant progress in regulatory approvals, manufacturing capabilities, and customer collaborations, with an increasing focus on industrial uses such as data centers and petrochemicals, driving varied business models.
WBS Power is planning to construct a massive 3.2-gigawatt data center facility in Choczewo, Poland.
Elon Musk is significantly expanding xAI's Colossus data center project into a 2-gigawatt artificial intelligence behemoth, escalating competition and concerns surrounding power consumption and financial commitment.
GridFree has activated its inaugural 'Power Foundry' site, South Dallas One in Texas, which is designated to support artificial intelligence data center workloads as part of a larger planned 5 Gigawatt cluster.