OXMIQ Labs and AM Intelligence Labs Partner to Architect One of the World’s Largest Renewable-Powered AI Compute Platforms

CAMPBELL, Calif. and HYDERABAD, India--(BUSINESS WIRE)--Mar 15, 2026--

OXMIQ Labs (“OXMIQ”), the GPU architecture and AI technology company founded by Raja Koduri, today announced a strategic technology partnership with AM Intelligence Labs, a business division of AM Group, to provide data center and system infrastructure advisory for AM Intelligence Labs' 2 GW AI Compute Capability by 2030 with initial 1 GW AI Compute Hub in Uttar Pradesh, India. 

This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20260315355703/en/

AM Intelligence Labs is a strategic business division of AM Group, parent of Greenko, India's largest green energy producer with 50 GW of renewable capacity across solar, wind, and hydro, backed by 100 GWh of intelligent energy storage and supplying approximately 2% of India's total power. Energy is owned, operated, and carbon-free priced at 50–70% below conventional data center power costs.

India is a rapidly changing center of demand in the global AI economy. Driven by its massive developer ecosystem, digital economy, and rapidly expanding enterprise adoption of AI, the country is emerging as the world's second-largest market for AI usage and token consumption.

AM Group has commenced development of its flagship AI infrastructure initiative, with Phase 1 of the Noida Compute Hub now in active execution. Bringing the initial compute capacity online by the end of 2027 will be a key milestone as the Group builds one of the world’s largest renewable-powered AI compute platforms. OXMIQ is working closely with AM Group to optimize system architecture, infrastructure design, and modular execution delivery to ensure the platform is deployed at speed while achieving best-in-class efficiency and scale.

Under the partnership, OXMIQ will serve as the architecture and engineering partner for the compute platform, working with AM Intelligence Labs to design the systems architecture, hardware roadmap, and supply chain strategy that will underpin the facility. OXMIQ brings deep expertise spanning the entire compute stack, from transistor-level GPU architecture and advanced packaging through rack-scale systems, high-performance interconnects, and the orchestration software required to operate AI workloads at massive scale. Together, the partnership delivers end-to-end optimization from photons to outcomes, ultimately making zettascale economics accessible to everyone.

AM Group is developing the 1 GW AI High Performance Compute Hub in Noida as a fully vertically integrated platform spanning owned carbon-free power generation, advanced data center infrastructure, high-performance accelerators, a complete software stack, applications, and flexible consumption models ranging from AI Pods-as-a-Service to Tokens-as-a-Service.

OXMIQ's deep expertise across the compute stack enables the platform to be architected for end-to-end optimization from photons to tokens. Every layer, from renewable energy generation through data center architecture, liquid cooling, interconnect topology, accelerator selection, and workload orchestration, will be engineered as a unified system. This integrated approach unlocks industry-leading electrons-to-tokens economics, delivering dramatically lower-cost AI compute at gigawatt scale.

Leadership Perspectives

"AM Intelligence Labs is the ideal partner for OXMIQ. They have solved the hardest constraint in large-scale AI infrastructure: access to reliable, carbon-free power at global scale. Our team has spent decades building silicon, systems, and software that power the world’s most advanced computing platforms. Bringing that expertise into AM Intelligence Labs’ infrastructure from the first architectural decisions means every rack, every interconnect, every storage and cooling system is designed around the workloads and economics required for the AI era."

— Raja Koduri, Founder and CEO, OXMIQ Labs

“OXMIQ gives AM Intelligence Labs access to some of the deepest hardware and systems expertise in the industry. Their team’s experience across leading Silicon Valley companies is exactly what we need to architect infrastructure that can compete globally. Together we are laying the foundation for AM Intelligence Labs to become a full-stack AI compute platform.”

— Anil Chalamalasetty, Group Chairman, AM Group

About OXMIQ Labs

OXMIQ Labs, headquartered in Campbell, California, is a GPU architecture and AI technology company founded by Raja Koduri, whose career spans leadership at Apple, AMD, Intel, and ATI Technologies. OXMIQ delivers licensable chiplet-based AI hardware and software solutions built for the age of inference. OxCapsule and OxPython deliver immediate optimization across heterogeneous hardware, while OxCore and OxQuilt provide the chiplet-native roadmap to zettascale efficiency. For more information: www.oxmiq.ai

Forward Looking Statements:This press release contains forward looking statements subject to risks and uncertainties. Actual results may differ materially. Specific projects and deployments will be subject to definitive agreements.

Raja Koduri, Founder and CEO, OXMIQ Labs.

OXMIQ and AM Intelligence Labs are building one of the world's largest renewable-powered AI compute platforms - 2 Gigawatts by 2030, Phase 1 online in Noida, India by 2027.

UConn was awarded the No. 1 overall seed in the women’s NCAA Tournament on Sunday and enters March Madness needing six more victories to complete the seventh undefeated season in school history.

The Huskies (34-0) are looking for their 13th national title and trying to become the first team to repeat as champion since the program won four in a row from 2013-16. UConn is joined by UCLA, Texas and South Carolina as the other No. 1 seeds.

UConn, which is led by stars Sarah Strong and Azzi Fudd, opens the tournament at home against 16th-seeded UTSA and will play in the Fort Worth Regional. If seeds hold, the Huskies could face No. 2 Vanderbilt, which is coached by former UConn great Shea Ralph. This is the 23rd time UConn has earned a No. 1 seed and first since 2021.

UCLA (31-1) was just behind the Huskies as the second overall seed in the tournament. The Bruins have won 25 straight games in dominant fashion after its lone loss against Texas on a neutral court.

“The debate was pretty close the whole time between the two teams,” said NCAA selection committee chair Amanda Braun. “Went to a committee vote, watched a lot of UCLA and UConn — the vote went to UConn. The observable component, the way we watched UConn win throughout the year. UCLA did a lot of winning as well. The committee felt the observable component gave UConn the edge."

UCLA reached the Final Four last year before losing to UConn. Cori Close’s team ran through the Big Ten and has an experienced group led by center Lauren Betts looking to win the school’s first NCAA championship.

The Bruins will try to win the first women’s national championship for the Big Ten Conference since 1999. The Bruins are one of 12 Big Ten teams in the field. That matches the record they set last season for most teams in the tournament. The SEC has 10, the ACC nine and Big 12 eight.

Other tops teams in UCLA’s region are No. 2 LSU, No. 3 Duke and No. 4 Minnesota.

The Longhorns (31-3) earned the third No. 1 seed after winning the SEC Tournament title. They beat South Carolina in two of the three meetings this season. Texas will play in Fort Worth Regional 3. Other top teams in Texas’ region are No. 2 Michigan, No. 3 Louisville and No. 4 West Virginia.

The Gamecocks (31-3) are the No. 1 seed in the Sacramento Regional 4 and have been a No. 1 seed for six consecutive seasons. They will be joined by No. 2 Iowa, No. 3 TCU and No, 4 Oklahoma.

The College of Charleston won the Colonial Athletic Association to make the tournament field for the first time in school history. The Cougars are a 14-seed and are the lone first time entry in the field. Last season, there were six newcomers.

BYU, North Dakota State, Utah and Texas A&M were the first four teams left out of the field.

For the second consecutive year, teams in the women’s tournament will be financially compensated, in a similar fashion to the men’s field, for each round they play. “Units” are what the NCAA calls its tally of wins, automatic qualifiers and at-large bids that determine how much conferences are paid. A unit is money paid to conferences when one of its teams appears in the NCAA Tournament.

This year, the NCAA is giving teams that reach the championship game and the one that wins the title extra units. That extra compensation was added to the overall pool and doesn’t decrease the overall value of the units.

The top 16 seeds in the 68-team field will host first- and second-round games, with the regional rounds being played at two neutral sites for the fourth straight year. Fort Worth, Texas, will host half of the Sweet 16 and Sacramento, California, will host the other eight teams.

The Final Four will be played in Phoenix on April 3 and the championship game is two days later.

For the first time the NCAA revealed the 16 host schools a day early. It gave schools an extra day to sell tickets, broadcast partner ESPN a head start to move its equipment to the locations and the NCAA more time to get its marketing materials to sites.

Tennessee kept its streak alive of reaching every NCAA Tournament since the first one in 1982. The 10th-seeded Lady Vols, who have lost seven consecutive games, only had 16 wins this season, the fewest for an at-large team since Oklahoma also had 16 in 2018. The seed is the lowest for the storied program since Tennessee was an 11-seed in 2019.

AP March Madness: https://apnews.com/hub/march-madness

South Carolina head coach Dawn Staley reacts during the second half of an NCAA college basketball game against Texas in the final of the Southeastern Conference tournament, Sunday, March 8, 2026, in Greenville, S.C. (AP Photo/Chris Carlson)