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California Data Center Intel
Latest data center news, projects, power and policy across California — updated daily.
Recent California data center news
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The Infrastructure Behind Hollywood’s Most Ambitious Franchise
Dell Technologies highlights its role as the infrastructure partner enabling Lightstorm Entertainment’s data-intensive production of “Avatar: Fire and Ash.”
- Lightstorm uses Dell PowerScale for high-performance access to hundreds of millions of files, with SyncIQ replication synchronizing up to 40 concurrent data streams between Los Angeles and New Zealand; Dell ObjectScale provides a private cloud for petabyte-scale archival storage, with automated checks and snapshots to maintain a fully digital workflow.
- Dell PowerEdge servers power Lightstorm’s render farms and virtual environments, scaling clusters to support AI-assisted methods and heavier workloads while maintaining real-time reviews and uninterrupted rendering; the long-term partnership (“more than a decade”) is positioned as future-proofing the Avatar franchise’s increasingly complex virtual production pipeline.
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Frontier Galvanizing: The Critical Role Of Galvanizing In Renewable Energy And Utility Projects
Frontier Galvanizing emphasizes its hot-dip galvanizing process as critical for improving durability and corrosion resistance in renewable energy and utility infrastructure.
- Main announcement / action: Frontier Galvanizing, with over 75 years of experience, highlights the role of hot-dip galvanizing in protecting steel components used in solar mounting systems, wind turbine towers and bolts, substations, smart grid components, and energy storage facility structures, aiming to extend service life and reduce maintenance for renewable projects.
- Background and details: The article states coatings meet rigorous industry standards, are applied across projects throughout the country, and the company positions galvanizing as a technical quality-control measure that supports long-term performance, reliability, and resilience of renewable energy distribution and utility assets.
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Prisma Photonics Deploys Grid Monitoring Equipment in California
Prisma Photonics announced an 18-month trial deployment with Pacific Gas and Electric Company (PG&E) to convert existing fiber-optic cables into a comprehensive grid monitoring system across transmission corridors in San Luis Obispo and Humboldt counties, California.
- Main announcement: Prisma Photonics will perform an 18-month trial deployment with PG&E across three transmission corridors (coastline to mountain terrain) to demonstrate Dynamic Line Rating (DLR) and asset health management by converting PG&E’s existing optical fiber into sensors; the implementation requires only optical interrogation equipment at substations rather than tower-mounted sensors.
- Background and technical details: The system provides real-time monitoring of line temperature, strain, and environmental factors, delivers location precision down to individual towers, and is presented as a lower-cost, lower-complexity alternative to traditional sensor deployments; Prisma Photonics is Israel-headquartered, founded in 2017, and has offices in the U.S. and Europe.
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What to Do With Remaining BEAD Funds, a.k.a 'Non-Deployment'?
The National Telecommunications and Information Administration (NTIA) issued the BEAD Restructuring Policy Notice prioritizing lowest-cost bids, voiding previously approved state plans, and rescinding authorization for non-deployment activities.
- Main action and effects: NTIA’s June 6 BEAD Restructuring Policy Notice requires states to resubmit plans within 90 days, eliminates scoring criteria for labor practices, climate resilience, and affordability, and replaces multi-criteria evaluation with a single metric—total BEAD cost per location; NTIA now estimates roughly $21 billion in BEAD “savings” across 56 states and territories.
- Background and specifics: States had planned to use non-deployment funds for workforce development, digital literacy, telehealth, device subsidies, and community anchor institution connections (examples: Louisiana $510 million, Florida ~$200 million); litigation risk and Congressional pushback (bipartisan letters, proposed RECAPTURE Act) are active, and NTIA has promised guidance in early 2026. The draft White House executive order would link eligibility for remaining funds to state AI regulatory frameworks, adding a legal and political dimension.
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Think Like a Mountaineer: Lessons in Speed, Safety and Scaling with Crusoe
Crusoe has announced rapid expansion as a sustainable AI infrastructure provider, including building a 1.2 GW data center campus for OpenAI and Oracle and deploying a large microgrid using solar and second-life EV batteries.
- Crusoe has raised over $1 billion, is building a 1.2 GW Abilene data center campus for OpenAI and Oracle, delivered its first 200 MW building in 11 months, and unveiled North America’s largest microgrid powered by large-scale solar and second-life EV batteries as part of its vertically integrated, sustainable AI infrastructure strategy.
- CEO Chase Lochmiller applies a “mountaineer mindset”—deep preparation, moving light and fast but safely, strong safety culture, and curiosity-driven design—which underpins Crusoe’s shift from flared-gas bitcoin mining to GW-scale AI data centers, supported by institutional partners like Brookfield and Blue Owl and highlighted across MCJ’s podcasts, videos, and community content.
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Promoting innovation while guarding against financial stability risks − speech by Randy Kroszner
Randy Kroszner, an external member of the Bank of England’s Financial Policy Committee, sets out a practical framework for assessing risks from financial innovation while supporting growth and maintaining financial stability.
- Main framework and applications: Kroszner proposes analysing innovations through three familiar channels of leverage, liquidity, and interconnectedness, and applies this to stablecoins (including DeFi lending, backing-asset composition, and bank-coin/sovereign-coin nexuses) and private markets (highly leveraged PE-backed firms, NAV financing, dry powder, and growing links to banks and insurers), supported by system-wide exploratory scenarios (SWES) and new regimes for systemic stablecoins.
- Background and implementation details: The speech draws on his experience at the Federal Reserve and Bank of England, references the Financial Stability Report, notes global growth of private markets to about $16 trillion AUM with $4 trillion dry powder, highlights AI data centre expansion in the Middle East financed by private credit, and describes tools such as the Digital Securities Sandbox, systemic stablecoin consultation, and SWES exercises to close data gaps and co-develop resilience with market participants.
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Opt-In NVIDIA Software Enables Data Center Fleet Management
NVIDIA has announced an opt-in, customer-installed software service to visualize and monitor fleets of NVIDIA GPUs for data center and cloud operators.
- Service features include a read-only, open-source client agent that streams node-level GPU telemetry (usage, power, temperature, memory bandwidth, interconnect health, errors) to an NVIDIA NGC-hosted portal, enabling dashboards by global fleet or compute zones, early detection of hotspots and anomalies, and generation of detailed GPU fleet reports.
- NVIDIA emphasizes no hardware tracking, kill switches or backdoors in its GPUs; the agent is customer-managed, cannot modify GPU configurations, and is intended as a transparent reference implementation that enterprises can integrate into their own monitoring solutions for AI data centers and critical compute clusters.
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Actioning agentic AI: 5 ways to build with news from Microsoft Ignite 2025
Microsoft highlights key Azure and AI announcements from Microsoft Ignite 2025 and invites developers to continue building through Microsoft AI Dev Days and AI Tour events.
- Ignite 2025 announcements center on Claude models in Microsoft Foundry, the Microsoft IQ portfolio (Foundry IQ, Fabric IQ), Azure HorizonDB for Postgres and AI workloads, Azure Copilot with specialized agents for cloud operations, and new Azure AI infrastructure hardware including Cobalt CPUs, Maia, NVIDIA Blackwell Ultra GPUs, Azure Boost DPU, and Azure Integrated HSM.
- Follow-on activities include Microsoft AI Dev Days (Dec 10–11, 2025, online via Reactor), a global Microsoft AI Tour with free one-day hands-on events through 2026, community sessions at Ignite, and curated skilling plans on Microsoft Learn to help developers implement the newly announced Azure AI and cloud capabilities.
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Wind and solar power frozen out of Trump permitting push
The Trump administration has frozen approvals for major onshore wind and solar projects, requiring Interior Secretary Doug Burgum to personally sign off on new renewable decisions and effectively stalling new permits since July.
- Main action: The Interior Department’s policy mandates personal sign-off by Secretary Doug Burgum, resulting in only one solar project approved on federal lands since January and no permits since July; Wood Mackenzie identified 18 gigawatts of solar projects on federal lands that were canceled or inactive this year, and the Solar Energy Industries Association (SEIA) estimates more than 500 solar and storage projects are threatened.
- Background and concrete details: The Bureau of Land Management canceled the environmental review for Esmeralda 7 (seven solar farms across 62,000 acres); Boulder City currently receives $21 million/year from leases and could gain $3 million/year from two projects now stalled; agencies including the Army Corps and US Fish and Wildlife Service have tightened reviews (Army Corps prioritizing projects by energy-per-acre, and Fish and Wildlife restricting access to a planning tool for solar and wind).
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How Data Centers Redefined Energy and Power in 2025
Data Center Knowledge published a top-10 roundup showing data centers shifted from passive utility customers to active energy planners in 2025.
- Main announcement: The roundup highlights operators investing in on-site generation, battery energy storage systems (BESS), and flexible demand to serve AI compute and meet sustainability targets; it cites a projected shortfall of over 45 GW, use of natural gas today while evaluating SMRs for future baseload, and notes DeepSeek efficiency gains reducing per-task energy needs.
- Background and concrete details: Coverage documents state-led and utility actions including Pennsylvania’s $70B state-coordinated program focused on deliverable power (grid upgrades, new generation, workforce development), PG&E’s $73B transmission spend and mapping of ~10 GW of new data center load over the next decade, and grid-connection lead times of up to seven years with SMR commercial deployment likely in the 2030s.