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Follows chips, cloud platforms, data centers, networking, energy constraints, inference economics, and the supply chain behind AI scale.
In-depth analysis of the business model, capital flows, and drivers of computing power deployment for GPU as a Service (GPUaaS) in the AI infrastructure field. Exploring the contract, capital, and computing ecosystem behind the prosperity of AI infrastructure.
In-depth analysis of the global demand for high-performance computing infrastructure from AI, focusing on the explosive growth forecast of the high-bandwidth memory (HBM) market from 2025 to 2034, and analyzing its profound impact on AI enterprise applications and the semiconductor industry.
In-depth analysis of the capital expenditure scale of AI infrastructure construction, exploring the profound impact of computing hardware, electricity, and geopolitics on the global data center market, providing industry perspectives for investors and corporate decision-making.
In-depth analysis of the scale forecast, driving factors, key application scenarios, and challenges facing the US AI data center market. Analyze how this market will achieve exponential expansion through a compound annual growth rate of 27.4% from 2026 to 2032.
Precedence Research's latest forecast shows that the global generative AI server market will grow from US$101 billion in 2025 to approximately US$1.885 trillion in 2035, with a compound annual growth rate of 34%. This article analyzes the industrial implications of this structural reconstruction of computing infrastructure from four dimensions: supply chain, custom silicon competition, power constraints, and enterprise procurement strategies.
A policy brief from Harvard's Belfer Center shows that U.S. data center electricity consumption could rise to 325–580 terawatt-hours by 2028, accounting for 6.7%–12.0% of national electricity use. The debate over who pays for grid upgrades is reshaping the siting, financing, and regulatory logic of AI infrastructure.
Goldman Sachs forecasts cumulative AI infrastructure investment of $7.6 trillion from 2026 to 2031, yet long-term take-or-pay contracts, amid rapid technological iteration and market volatility, are brewing an unprecedented scale of operational-phase disputes. This article, based on Vinson & Elkins' legal analysis, deconstructs the upcoming dispute patterns in data centers and AI infrastructure.
The rise of AI is triggering a global data center construction boom, bringing tremendous opportunities to the construction, energy, and infrastructure industries, while also presenting challenges such as power consumption, cooling, and sustainability.
According to the latest report from MarketDataForecast, the European data center GPU market is expected to grow from $4.98 billion in 2025 to $60.83 billion in 2034, representing a CAGR of 32.05%. This article analyzes market drivers, the competitive landscape, and corporate response strategies.
According to an FTI Consulting report, AI is reshaping data center demands, driving upgrades in compute density, TCO, and latency-sensitive architecture. It is expected that AI-driven capital expenditure will exceed hyperscalers' own capacity by 140-160% from 2027 to 2029, giving rise to new ecosystems such as NeoCloud and GPU-as-a-Service.
AI infrastructure is expanding rapidly, but security measures have not kept pace. The Lava Labs report points out ten major security risks facing AI data centers, and traditional data center designs are unable to address these new threats.
KPMG Technology Lead Phil Wong stated that Agentic AI and inference workloads will drive demand for high-bandwidth, low-latency fiber optic connections, while power supply becomes the biggest bottleneck for AI infrastructure expansion.
The scale of AI infrastructure investment has reached $750 billion, with NVIDIA, Alphabet, and Oracle occupying key positions in the industry chain through different strategies. This article analyzes the business models, financial performance, and market risks of the three companies, providing an industrial perspective for corporate decision-makers and investors.
Meta is developing an AI cloud infrastructure business, planning to sell AI computing power and model access to external customers, directly competing with AWS, Azure, and Google Cloud. This move could reshape the AI cloud computing market landscape.
As enterprise AI moves from experimentation to production, GPUs are not the only bottleneck. Data delivery efficiency is becoming a key factor in determining the return on AI investment, and enterprises need to re-evaluate the infrastructure between storage and computing.
Fluctuations in AI computing costs have given rise to new financial products. The CME Group, in partnership with Silicon Data, has launched GPU computing power futures contracts, which have received a warm market response, with ETF applications following closely behind. This article analyzes the impact of this trend on the AI industry.
Global AI demand is driving data center construction into a new phase. Bain & Company points out six major trends: inference becoming the focus, power supply becoming a bottleneck, data centers becoming larger but more flexible, etc.
As AI chips continue to increase power density, data centers are shifting from “computing power server rooms” to “power engineering projects.” This infrastructure overhaul is affecting not only NVIDIA, hyperscale cloud providers, and the power equipment supply chain, but is also changing the cost structure, deployment pace, and regulatory pressure of AI commercialization.