Pins matching tag:AICompute

Switch development of Building 4 within The Citadel Campus at the Tahoe Reno Industrial Center in Storey County, Nevada. Delivering 118 MW of Tier 5 Platinum colocation and AI compute capacity, Building 4 operates on 100% renewable energy with high-density liquid-to-chip thermal rejection.

Applied Digital development of Building 2 at the Polaris Forge 1 AI Factory Campus in Ellendale, Dickey County, North Dakota. Delivering 210 MW of liquid-cooled high-performance computing capacity anchored by CoreWeave, Building 2 connects directly to the 345 kV Ellendale transmission hub.

Google development of Building 4 at its Lenoir Hyperscale Data Center Campus in Caldwell County, North Carolina. Adding 91 MW of critical IT compute capacity along Powell Road and US Highway 321, Building 4 integrates closed-loop liquid cooling and dedicated Duke Energy Carolinas high-voltage substation feeds.

QTS Data Centers development of Building 4 within its multi-gigawatt Cedar Rapids Hyperscale Campus in Linn County, Iowa. Providing 274 MW of critical IT load across high-density computing halls, the facility is engineered with closed-loop liquid cooling and direct high-voltage substation feeds to power next-generation artificial intelligence workloads.

QTS Data Centers development of Building 5 within its multi-gigawatt Cedar Rapids Hyperscale Campus in Linn County, Iowa. Delivering 274 MW of critical IT computing power across high-density halls, the facility features direct high-voltage electrical distribution and sustainable water-free mechanical designs to support enterprise AI deployments.

Switch development of Building 5 within The Citadel Campus at the Tahoe Reno Industrial Center in Storey County, Nevada. Adding 118 MW of high-density AI and enterprise colocation capacity adjacent to Building 4, the facility leverages tri-redundant power topologies and direct-to-chip liquid cooling.

Applied Digital development of Building 2 at the Polaris Forge 2 Hyperscale AI Campus near Harwood in Cass County, North Dakota. Providing 140 MW of high-density liquid-cooled compute capacity north of Fargo, Building 2 interconnects with Minnkota Power and Cass County Electric Cooperative high-voltage feeds.

Meta development of Building 11 at its Los Lunas Hyperscale Data Center Campus in Valencia County, New Mexico. Supplying 99 MW of high-density AI and cloud compute capacity along State Highway 6, Building 11 integrates closed-loop liquid cooling and dedicated Public Service Company of New Mexico (PNM) renewable power feeds.

Applied Digital development of Building 3 at the Polaris Forge 1 AI Factory Campus in Ellendale, Dickey County, North Dakota. Adding another 210 MW of ultra-high-density AI training capacity along US Highway 281, Building 3 completes the multi-building Ellendale compute expansion.

QTS Data Centers development of Building 6 within its multi-gigawatt Cedar Rapids Hyperscale Campus in Linn County, Iowa. Sited on the south campus quadrant, the facility delivers 274 MW of critical IT load equipped with closed-loop waterless cooling systems and dedicated 345 kV high-voltage substation feeds for AI supercomputing.

Cloverleaf Infrastructure development of Building 2 within the Project Bluestem Hyperscale Campus in Leavenworth County, Kansas. Delivering 240 MW of mission-critical power capacity, the building incorporates dedicated high-voltage utility substation interconnects and water-free cooling systems to support enterprise AI and cloud infrastructure.

QTS Data Centers development of Building 7 within its multi-gigawatt Cedar Rapids Hyperscale Campus in Linn County, Iowa. Adding 137 MW of computational power capacity, Building 7 provides high-density white space equipped with closed-loop waterless heat rejection and high-voltage substation feeds for AI inference clusters.

QTS Data Centers development of Building 8 within its multi-gigawatt Cedar Rapids Hyperscale Campus in Linn County, Iowa. Adding 137 MW of critical power capacity, Building 8 provides advanced high-density computing halls equipped with closed-loop waterless liquid cooling and high-voltage substation feeds for AI inference workloads.

TeraWulf development of Building 1 within the Muskie Hyperscale Computing Campus in Boyd County, Kentucky. Sited adjacent to the Big Sandy river corridor near Catlettsburg, the facility provides 250 MW of dedicated computing capacity powered by abundant zero-carbon baseload energy to support high-performance AI model training and inferencing.

QTS Data Centers development of Building 9 within its multi-gigawatt Cedar Rapids Hyperscale Campus in Linn County, Iowa. Adding 137 MW of computational power capacity, Building 9 provides high-density white space equipped with closed-loop waterless liquid cooling and high-voltage substation feeds for AI inference clusters.

Switch development of Building 7 within The Citadel Campus at the Tahoe Reno Industrial Center in Storey County, Nevada. Delivering 118 MW of Tier 5 Platinum colocation and AI compute capacity, Building 7 utilizes 100% renewable power and patented TSC2000 liquid-ready cooling architecture.

Cloverleaf Infrastructure development of Building 3 within the Project Bluestem Hyperscale Campus in Leavenworth County, Kansas. Supplying 240 MW of critical power capacity, Building 3 incorporates dedicated utility transmission interconnects and modular electrical infrastructure engineered for accelerated artificial intelligence cluster rollouts.

Google development of Building 4 at its Kansas City East Hyperscale Data Center Campus in Clay County, Missouri. Adding 217 MW of critical IT power capacity, Building 4 integrates closed-loop liquid cooling, high-voltage Evergy substation interconnections, and dark fiber backbone links for AI and cloud compute.

Meta development of Building 12 at its Los Lunas Hyperscale Data Center Campus in Valencia County, New Mexico. Adding another 99 MW of AI-ready compute capacity adjacent to Building 11, the facility completes the northwestern Messenger Loop expansion with redundant high-voltage PNM substation interconnects.

QTS Data Centers development of Building 10 within its multi-gigawatt Cedar Rapids Hyperscale Campus in Linn County, Iowa. Adding 137 MW of computational power capacity, Building 10 provides high-density white space equipped with closed-loop waterless liquid cooling and high-voltage substation feeds for AI inference clusters.

Google development of Building 5 at its Omaha Hyperscale Data Center Campus in Douglas County, Nebraska. Adding another 87 MW of computational power capacity adjacent to Building 4, the facility expands Google's Great Plains cloud and AI compute footprint with redundant OPPD high-voltage substation feeds.

Cloverleaf Infrastructure development of Building 4 within the Project Bluestem Hyperscale Campus in Leavenworth County, Kansas. Supplying 240 MW of mission-critical compute capacity, Building 4 features redundant utility feeds from Evergy and advanced liquid cooling topologies tailored for high-density AI acceleration clusters.

TeraWulf development of Building 2 at the Muskie Hyperscale Computing Campus in Boyd County, Kentucky. Providing 250 MW of dedicated computing capacity along the Big Sandy industrial corridor near Catlettsburg, the building leverages low-cost zero-carbon power supplies and direct-to-chip liquid cooling for intensive AI inferencing workloads.

Cloverleaf Infrastructure development of Building 5 within the Project Bluestem Hyperscale Campus in Leavenworth County, Kansas. Supplying 240 MW of critical power capacity, the facility integrates dedicated high-voltage utility distribution from Evergy and scalable power topologies for enterprise cloud and AI infrastructure.