# Пов'язані статті щодо AI Infrastructure

Центр новин HTX надає останні статті та поглиблений аналіз на тему "AI Infrastructure", що охоплює ринкові тренди, оновлення проєктів, технологічні розробки та регуляторну політику в криптоіндустрії.

Bernstein Reveals Details of Core Scientific's $14 Billion Deal with AMD

Analysts from Bernstein revealed details of a deal between Core Scientific and AMD with a potential total value of over $14 billion. According to the report, initial contracts for 530 MW of capacity could generate this revenue over 15 years, with AMD acting as a credit guarantor for part of the bitcoin miner's infrastructure. The partnership, announced on July 28, has the potential to allocate up to 2.5 GW of data center capacity for AI. Bernstein broke down the 530 MW into 377 MW of direct triple-net lease for AMD and 152 MW for an unnamed cloud provider backed by AMD's credit. This structure is seen as lowering financing costs and counterparty risk. AMD also received warrants to buy 30 million Core Scientific shares at $23.47 each, which vest upon reaching the 2.5 GW target. Average annual revenue from the deal is estimated at around $0.9 billion, or about $1.8 million per megawatt, which is 5-25% below recent AI hosting deals by other miners. However, the 377 MW triple-net lease for AMD carries a margin close to 100%. Core Scientific expects capital expenditures for the deal to be $11-12 million per MW, totaling about $6 billion. Bernstein views this partnership as a new phase in the transformation of former bitcoin miners into AI infrastructure operators, with AI chipmakers like AMD now acting as direct anchor tenants. Recent similar deals include Hut 8 allocating 704 MW to a tenant believed to be Nvidia, and AMD reserving 200 MW with Riot Platforms. Core Scientific also paid Block $41.9 million to terminate a mining chip supply contract as part of its accelerated diversification into AI.

cryptonews.ruВчора 16:11

Bernstein Reveals Details of Core Scientific's $14 Billion Deal with AMD

cryptonews.ruВчора 16:11

WEEX Labs Weekly Observation: The 'Power Restructuring' of AI Infrastructure and the 'Deep Dive Movement' into the Real Economy

WEEX Labs Weekly Review: AI Infrastructure's "Power Restructuring" and the "Deep Dive" into the Real Economy Mid-July 2026 marks a pivotal shift in the global AI industry. The allocation of computing power is transferring from cloud giants to compute resource owners, while the core value of AI is solidifying around its penetration into physical industry, moving beyond the race for model parameters. The era of fragmented model development is over, replaced by a capital-intensive, integrated chain driven by hard tech. Key developments this week include Meta's planned entry into the cloud computing market with "MetaCompute." This move by social media giants with massive GPU clusters challenges traditional cloud providers like AWS, integrating compute, models, and data into one-stop services, which will squeeze smaller rental providers and shift enterprise focus towards underlying model ecosystems. Chinese foundational models like DeepSeek-V4 and Tencent's Hy-3 are pushing towards "utility" status through open-source releases and extreme cost reductions via MoE architectures. This lowers entry barriers for enterprises, allowing them to focus resources on private deployment and deep business integration. Embodied intelligence, particularly humanoid robots, is transitioning from lab demos to real-world factory applications, driven by policies promoting large-scale, practical deployment in logistics and manufacturing. The value focus is shifting from spectacle to stable industrial data and real operational efficiency. Global governance, through forums like WAIC, is evolving from theoretical ethics to practical operational frameworks for "Sovereign AI," raising geopolitical compliance barriers and making auditability and data sovereignty core design requirements from the outset. WEEX Labs Insights: The current transformation shows AI's prosperity is deeply embedding into the fabric of global manufacturing. Strategic recommendations include: 1) leveraging open-source models for private, proprietary knowledge bases; 2) maintaining cloud provider diversity to avoid vendor lock-in from integrated model ecosystems; and 3) seeking opportunities in the "embodied infrastructure" supporting robots, such as data collection, industrial simulation, and factory AI adaptation services.

marsbit07/19 05:15

WEEX Labs Weekly Observation: The 'Power Restructuring' of AI Infrastructure and the 'Deep Dive Movement' into the Real Economy

marsbit07/19 05:15

World's Largest Data Center Project Scrapped

Blackstone Abandons Plans for World's Largest Data Center, Signaling Wider AI Infrastructure Headwinds Blackstone has halted construction of its massive "Digital Gateway" data center campus in Virginia, which was planned to be the world's largest. The project's cancellation follows a five-year battle with local residents concerned about historical preservation, environmental impact, and strain on local resources. A procedural error in the zoning approval process ultimately led a state court to invalidate the project's permits. This move comes shortly after Blackstone sold other mature data center assets, suggesting a strategic pivot by the asset management giant. Industry analysts see this as a potential sign of "peak" investment enthusiasm, mirroring Blackstone's past exits from overheated sectors like office real estate. The cancellation highlights significant bottlenecks facing the AI-driven data center boom across the U.S. Key challenges include severe power grid constraints, with data centers' electricity demand projected to triple nationally by 2035, and mounting grassroots opposition. A report notes over $130 billion worth of U.S. data center projects were delayed in Q1 2026 alone, primarily due to power shortages and community resistance. Local and state governments are also beginning to implement stricter regulations, including new taxes and moratoriums on construction. Blackstone's exit underscores that the breakneck expansion of AI infrastructure is colliding with practical limits, from physical resource caps to social license, forcing a more realistic assessment of costs and feasibility.

marsbit07/06 01:07

World's Largest Data Center Project Scrapped

marsbit07/06 01:07

Google Starts Selling TPUs, Big Tech Aims to Produce "Low-Cost Tokens" with AI Chips

Google has begun selling its proprietary TPU chips and AI computing hardware directly to third-party data centers and clients, marking a strategic shift. Previously only accessible via cloud rentals, TPUs are specialized processors designed for the matrix and tensor operations central to AI models. By combining thousands into supercomputing clusters managed by CPUs, Google achieves high-efficiency AI processing. This move enables Google’s Gemini AI to offer competitive token pricing, challenging rivals like OpenAI. It also signals a broader industry trend where AI compute is becoming a commoditized resource like electricity. While NVIDIA remains dominant with its CUDA ecosystem and high-performance GPUs, the focus is shifting from raw power to cost efficiency and system integration. Google’s approach mirrors NVIDIA’s by selling an entire ecosystem—hardware, software, and data center expertise—rather than just chips. This threatens NVIDIA’s grip on the mid-range inference market, where lower-cost, efficient solutions are increasingly demanded. Similarly, cloud providers like Huawei Cloud and Alibaba Cloud in China are developing their own AI chip ecosystems (e.g., Ascend, Zhenwu), packaging chips, clusters, and tools into full-stack solutions. They aim to reduce token costs and capture market share through integrated systems. In summary, the AI infrastructure race is evolving from a competition for the strongest chips to a contest for the most efficient and cost-effective systems. Google’s TPU sales highlight this transition, emphasizing that future success lies in delivering affordable, scalable AI compute as a foundational service.

marsbit06/24 10:22

Google Starts Selling TPUs, Big Tech Aims to Produce "Low-Cost Tokens" with AI Chips

marsbit06/24 10:22

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