Category: Digital Infrastructure

Data center operators are increasingly focused on the challenge of managing power consumption as energy costs remain a critical operational concern. Balancing the high power requirements of modern digital infrastructure with the need to maintain cost-efficiency is a central priority for facility managers.

The current landscape requires operators to scrutinize energy usage patterns to prevent operational costs from spiraling, as data centers continue to serve as essential assets in the modern digital economy.

Source: Data Center Dynamics
Original article: https://www.datacenterdynamics.com/en/opinions/navigating-data-centers-power-price-conundrum/

Cooler Master, a company primarily known for its PC gaming hardware, has announced a significant expansion of its enterprise-grade data center cooling lineup. The company has unveiled a new 2.5MW in-row coolant distribution unit (CDU), signaling a continued strategic shift toward high-performance infrastructure solutions.

Coolant distribution units are critical components in modern data center environments, particularly as high-density computing loads—such as those required for AI training and large-scale server operations—necessitate more efficient thermal management. The in-row design allows for modular integration within server rows, providing localized cooling capacity to support increasingly powerful hardware.

As the demand for specialized thermal management solutions rises alongside server power requirements, Cooler Master’s entry into this segment reflects the broader trend of PC and consumer-focused hardware manufacturers adapting their engineering expertise for data center applications.

Source: Data Center Dynamics
Original article: https://www.datacenterdynamics.com/en/news/cooler-master-announces-25mw-in-row-cdu/

Generative Bionics has announced plans to establish a new facility in Italy that will integrate an AI-focused data center with a factory for humanoid robotics. The development is intended to serve as the initial component of a larger, broader physical AI factory network.

While specific details regarding the investment scale, exact location, or production capacity remain limited, the project underscores an emerging trend of linking advanced computational infrastructure directly with robotics manufacturing. By collocating AI processing power and robotic production, the company aims to support the development and scaling of humanoid systems.

As of this report, the project represents a significant step in the company’s infrastructure strategy, aiming to leverage regional capabilities to sustain its research and manufacturing objectives in the field of artificial intelligence and robotics.

Source: Data Center Dynamics
Original article: https://www.datacenterdynamics.com/en/news/humanoid-robot-factory-ai-data-center-generative-bionics-italy/

The value of stolen data center equipment specifically used for artificial intelligence operations reached $150 million in 2026, according to findings from the cargo risk management firm Overhaul.

The data highlights an ongoing trend in the loss of critical technical assets, with reports of such incidents rising by 34 percent since 2024. According to the report, fraudulent activity is the primary driver of these losses, accounting for 92 percent of the recorded theft incidents.

As demand for high-end AI hardware continues to rise, the security of the digital infrastructure supply chain remains a significant concern for operators and stakeholders in the sector.

Source: Data Center Dynamics
Original article: https://www.datacenterdynamics.com/en/news/theft-of-ai-equipment-hits-150m-in-2026-with-fraud-responsible-for-92-of-incidents-report/

Karman has announced the successful completion of a power orchestration pilot program conducted at a NextGen data center located in Montreal, Canada. The project focused on testing and validating the company’s software capabilities within the facility’s power infrastructure.

Following the conclusion of this trial, Karman intends to extend the rollout of this power orchestration software to NextGen’s operations across Europe. The initiative highlights a push toward enhanced digital infrastructure management through automated software solutions.

Source: Data Center Dynamics
Original article: https://www.datacenterdynamics.com/en/news/karman-completes-power-orchestration-pilot-at-nextgen-data-center-in-montreal-canada/

Fireworks has finalized plans to lease data center capacity located in Dallas, Texas. The company will secure this capacity through a venture involving Forum Markets and Edge Node.

As the demand for digital infrastructure continues to evolve, this move provides Fireworks with additional capacity to support its operations in the Dallas region. No further technical specifications or financial details regarding the lease agreement have been disclosed at this time.

Source: Data Center Dynamics
Original article: https://www.datacenterdynamics.com/en/news/fireworks-to-lease-data-center-capacity-in-dallas-texas/

ZutaCore has officially detailed a new two-phase boiling technology designed for integration into its ultra-thin cold plates. This development aims to advance liquid cooling solutions within data center environments, addressing the thermal management demands of high-density hardware.

By utilizing two-phase boiling, the company’s technology is engineered to manage the heat generated by power-intensive computing components more effectively than traditional methods. The implementation of this boiling design within an ultra-thin form factor is intended to facilitate easier deployment within existing server architectures while maintaining cooling performance.

The announcement underscores the industry’s ongoing shift toward liquid cooling as a standard for high-performance computing and data center infrastructure. Further specifications regarding the thermal capacity and compatibility of these new cold plates were part of the technical details provided by ZutaCore.

Source: Data Center Dynamics
Original article: https://www.datacenterdynamics.com/en/news/zutacore-details-new-two-phase-boiling-technology-for-liquid-cooled-data-centers/

Amazon’s cloud computing division, Amazon Web Services (AWS), is currently experiencing significant demand, with the CEO confirming that infrastructure capacity is largely sold out for the year 2027.

Beyond the 2027 calendar year, the company has also secured a “good chunk” of pre-sold capacity for 2028. Notably, these figures regarding booked capacity do not include Amazon’s Elastic Compute Cloud (EC2) services, suggesting that the total demand profile for the company’s data center infrastructure remains robust.

This development highlights the ongoing pressure on hyperscale cloud providers to rapidly expand their data center footprints to meet sustained enterprise demand for cloud resources.

Source: Data Center Dynamics
Original article: https://www.datacenterdynamics.com/en/news/aws-capacity-largely-sold-out-in-2027-amazon-ceo-claims/

Artificial intelligence company Anthropic has officially filed an S-1 registration statement with the U.S. Securities and Exchange Commission (SEC) for an initial public offering (IPO). The filing highlights the significant scale of infrastructure investment required to sustain the company’s long-term AI development goals.

According to the regulatory filing, Anthropic has secured $417 billion in compute commitments. These financial obligations are structured to be spread across the next 20 years, reflecting the substantial, long-term nature of capital expenditure required for data center capacity and high-performance computing resources necessary for training and deploying advanced AI models.

The scale of these commitments underscores the ongoing intensity of infrastructure investment within the artificial intelligence sector, as companies look to secure access to the massive computational power required for the next generation of AI research and services.

Source: Data Center Dynamics
Original article: https://www.datacenterdynamics.com/en/news/anthropic-files-s-1-for-ipo-with-417bn-in-compute-commitments/

SpaceX has finalized a significant capital arrangement, securing a binding commitment for approximately $40 billion in financing. According to a regulatory filing released on Monday, the funds are designated for the purchase of AI chips and related data center infrastructure.

In an official statement, the company characterized the deal as the “largest committed GPU financing” transaction recorded to date. This move underscores the company’s substantial investment in the computational hardware necessary to support its artificial intelligence initiatives.

By leveraging this financing to build out its data center capabilities, SpaceX signals a major expansion in its digital infrastructure requirements. The partnership with Apollo represents a notable shift in how large-scale hardware acquisition in the AI sector is being capitalized.

Source: TechCrunch
Original article: https://techcrunch.com/2026/10/26/spacex-locks-in-40b-gpu-financing-deal-with-apollo/