Data center electricity consumption surges, straining grids and accelerating investment in nuclear, liquid cooling, and renewable microreactors. Innovations in thermal management become critical as AI workloads push rack power densities toward the megawatt range.
The evolution of LLM training clusters pushes rack power density toward the megawatt range. Wide-bandgap semiconductors such as SiC and GaN promise higher efficiency and lower heat, reducing total cost of ownership for on-premise infrastructures. An ...
Orbit Capital closed the second round of its Growth Debt Fund II at €107 million, surpassing its target. Backing from pension funds and the EIF marks a structural shift. The non-dilutive capital can cover capital expenditures, opening concrete paths ...
Nvidia has unveiled a credit and revenue-sharing model for AI cloud providers, allowing startups to access large GPU volumes without upfront purchase. A strategic shift that broadens compute infrastructure access and rewrites the rules of the AI chip...
Google's electricity consumption shot up 37% in 2025, the company's largest annual increase ever. The sustainability report points to AI data center buildout, Google Cloud, and YouTube. The surge highlights the tension between AI infrastructure deman...
The Korean company announced a new NAND fab in Cheongju, targeting first-half 2029 production. The investment reflects how AI is driving demand not only for high-bandwidth memory (HBM) but also for fast, dense storage to handle growing datasets and o...
Samsung Group will invest around $90 billion over a decade to expand production of displays, memory chips, batteries and chip-packaging materials in central South Korea. A commitment that strengthens the global semiconductor supply chain and has dire...
Startup Valar Atomics and Nvidia begin testing a nuclear microreactor designed to power AI-dedicated data centers, aiming for a dedicated energy infrastructure to match ever-growing compute demands.
Europe’s extreme heatwave is accelerating demand for air conditioners, driving growth in power semiconductors. This ripple effect also touches data center efficiency and hardware choices for those evaluating on-premise AI deployment.
Samsung's semiconductor chief, Jeon Young-hyun, stated that the Honam chip cluster will require expanded power infrastructure, including nuclear energy. The move highlights how electricity reliability has become a competitive factor for chip producti...
Ashton Kutcher’s exit from Sound Ventures to launch a new firm with Morgan Beller signals a shift from betting on top AI labs to backing the physical layer underneath: infrastructure and energy. A move that reshapes priorities for anyone building on-...
Elon Musk promises cheaper orbital data centers within three years, but the physics, cooling costs, and manufacturing bottlenecks tell a different story. What it means for those evaluating local compute infrastructure.
Vertiv has opened its first Southeast Asian manufacturing plant in Johor, producing liquid cooling and power systems for high-density AI racks. Local production cuts lead times and supply chain risks as rack densities climb towards 100 kW. The Johor ...
Henrico County, Virginia, asked public employees to save electricity as rates will rise 25%, costing an extra $5 million. Ironically, the county hosts 37 data centers with 17 more planned. This case highlights the hidden costs of digital infrastructu...
Japanese conglomerate Panasonic plans to mass-produce data center battery cells in Kansas by fiscal year 2028. This strategic move redirects a significant portion of its AI infrastructure investments towards energy storage, highlighting how data cent...
The funding will scale a real-time monitoring system that detects bacterial growth in liquid cooling loops, a mounting challenge as AI data centers pack more GPUs per rack and run them at higher temperatures.
South Korea commits at least $880 billion over a decade to chips, data centers, and robotics—the nation’s boldest AI bet. This move could reshape hardware availability and cost for on-premise LLM deployments.
China's new five-year energy plan makes AI power a national priority. For organizations running on-premise LLMs, this signals industrial policy aimed at securing electricity capacity and infrastructure sovereignty, with long-term implications for sel...
Potens expands into AI server cooling and power markets, with its server revenue share hitting double digits. For those running on-premise LLM deployments, thermal management is no longer optional — it dictates density, hardware longevity, and total ...
The Korean giant is accelerating its liquid cooling push for data centers, targeting partnerships with Taiwanese server makers. A move that reshapes the landscape of on-premise AI infrastructure, balancing thermal efficiency and workload sovereignty.
Sunrise is developing an integrated energy platform to address soaring power demands from AI data centers. The project tackles load peaks, cooling, and sustainability—key challenges for on-premises LLM deployments. AI-RADAR examines how such platform...
Samsung SDI invests $20 million in Forge Nano to build a local battery supply chain in the United States. This move reduces supply risks and underscores the importance of industrial sovereignty, with direct implications for the reliability of on-prem...
