Intel

Intel's data center division is showing robust growth, fueled by increased server CPU and AI accelerator deployments, which has positively impacted its stock and highlighted strong AI market demand. The company is strategically focusing on AI inference to maintain CPU relevance across devices and edge applications, while simultaneously addressing ongoing manufacturing challenges. This dual focus aims to leverage current strengths while preparing for future market shifts.

The company is making significant strides in its foundry and packaging technologies, particularly the 18A process, for both internal needs and external clients. This expansion is crucial for securing major deals and improving financial performance. The potential for large-scale AI chip production, such as for proposed facilities, emphasizes the critical role of Intel's manufacturing advancements in the competitive landscape.

Intel's networking technology is being explored as an alternative to InfiniBand for high-performance computing, indicating a broadening application of its innovations beyond traditional markets. This development complements the company's strategy to optimize AI infrastructure through collaborations and split inference architectures, which combine CPUs, DPUs, and GPUs to manage increasing data center demands and power densities effectively.

Last updated June 21, 2026

Coverage

Networking technology originating from Intel is being reconsidered by the Department of Energy as an alternative to InfiniBand for their supercomputing infrastructure.
Filings in Texas indicate Elon Musk's proposed Terafab chip plant could incur costs up to $119 billion, intensifying the implications for artificial intelligence and semiconductor supply chains.
Intel experienced a substantial increase in its stock value, driven by robust demand for its server central processing units and artificial intelligence accelerators within the data center sector, leading to significant growth in its data center division during the first quarter.
Intel reported first-quarter revenue of $13.6 billion, driven significantly by strong growth in its data center segment, leading to a 20 percent increase in its stock price.
Intel is strategically focusing on AI inference to boost its CPU relevance, aiming to integrate AI into agents, robots, and edge devices, despite facing persistent chip manufacturing challenges.
Elon Musk announced Tesla's intention to build AI chips using Intel's unreleased 14A process, a strategic gamble on future silicon for its Terafab, necessitating the development of its own manufacturing capabilities.
Intel's participation in Elon Musk's Terafab project signals a significant evolution in artificial intelligence infrastructure, focusing on large-scale compute production.
Google has entered into a multiyear agreement with Intel for CPU deployments and will collaborate with the chipmaker on the development of custom IPUs.
Intel has joined Elon Musk's $20 billion TeraFab project, with the chipmaker announcing its involvement five months after Musk suggested Tesla might collaborate with Intel on the initiative.
A former system admin recounts a seven-year-old story of alleged corporate sabotage and antitrust violations involving Dell EMC, Datrium, and VMware, urging former customers to speak out.
Akash Systems, in collaboration with AMD and Nvidia, is pioneering diamond-based cooling solutions to address the thermal challenges hindering the scalability of artificial intelligence in data centers.
Vertiv is enhancing its thermal management offerings for AI infrastructure through the acquisition of ThermoKey, aiming to address critical cooling bottlenecks and strengthen its position in the AI hardware market.
Nvidia is challenging Intel and AMD by launching new liquid-cooled rack systems at GTC that incorporate 256 of its custom Vera central processing units, deviating from its previous focus on graphics processing units or language processing units.
Intel is introducing its Core Series 2 processor and expanding its edge artificial intelligence portfolio, banking on a two-chip strategy to appeal to customers prioritizing predictable performance balances.
Intel's Chief Financial Officer, David Zinsner, stated that the Foundry division is close to securing a deal for advanced packaging technology worth billions annually and anticipates significant Foundry successes soon, while noting potential external deployment of its 18A process technology.
AI infrastructure company SambaNova secured $350 million in new funding, backed by Intel, to further develop its dataflow architecture as a competitive alternative to GPU-based systems for artificial intelligence inference tasks.
Nvidia is reportedly preparing to introduce its superchips, potentially including system-on-a-chip designs with integrated central processing units, into Windows personal computers to compete with Intel's market share.
Fourth quarter earnings data indicates that Intel is continuing to lose market share to competitor AMD across server, desktop, and mobile processor segments, partly due to ongoing supply constraints affecting Intel's output.
The chief executive of Articul8, Arun Subramaniyan, discussed enterprise artificial intelligence deployment, return on investment calculations, and the operational challenges faced by data centers following the company's 2024 spinout from Intel.
Intel and SoftBank's Saimemory collaboration aims to develop new dynamic random-access memory chips designed to meet the escalating demands of artificial intelligence infrastructure, with initial prototypes anticipated in 2027.
Intel has launched a refresh of its workstation processor lineup with the Xeon 600-series, featuring up to 86 cores and support for 4 terabytes of DDR5 memory and 128 lanes of Peripheral Component Interconnect express 5, amidst challenging memory market conditions.
Intel is reallocating its foundry capacity away from client chips toward meeting surging demand for Xeon processors utilized in artificial intelligence servers, a shift that Chief Financial Officer David Zinsner expects to improve capacity starting in the second quarter.
SambaNova is reportedly seeking $500 million in new funding following the breakdown of acquisition discussions with Intel, which had previously considered a $1.6 billion purchase.
New research from Sandia National Laboratories demonstrates that neuromorphic computers utilizing Intel's neurochips are effective at solving complex partial differential equations, suggesting a pathway toward highly efficient supercomputing architectures.
Intel officially launched its Panther Lake CPUs, branded as Intel Core Ultra Series 3, which are the first chips fabricated on the advanced 18A process, promising improved power efficiency for graphics and AI workloads.
Qualcomm showcased its next-generation Snapdragon X2 Plus chips at CES to challenge Intel and AMD in the laptop processor market, aiming to gain traction despite the slow enterprise adoption of Windows on Arm systems.
The upcoming Wi-Fi 8 standard, championed by Intel, is anticipated to prioritize network reliability through enhanced scheduling and intelligent access-point handoffs over raw speed improvements.
Intel has entered an alliance with the Indian conglomerate Tata to explore manufacturing capabilities within India's first semiconductor fabrication plant, potentially serving as a strategic move to secure a future outsourced packaging partner.
The US Department of Commerce intends to provide up to $150 million in funding to xLight, a startup led by former Intel chief Pat Gelsinger, to develop extreme ultraviolet lithography technology to compete with ASML.
Nvidia's latest earnings confirm the strong continuation of the artificial intelligence boom but also leave unresolved questions regarding potential market bubble concerns.