Intel is collaborating with Elon Musk's Terafab project to build a semiconductor manufacturing facility in Texas. This initiative aims to produce a terawatt of computing power annually for AI systems, supporting advancements in robotics and autonomous vehicles. Intel's participation also strengthens its foundry business in the growing AI market.

A security audit by Google and Intel uncovered five vulnerabilities in Intel's TDX technology, including one severe flaw (CVE-2025-30513) that allows an attacker to fully compromise the system. Intel has issued patches for these vulnerabilities, which can lead to privilege escalation and information disclosure.

The article discusses various CPU bugs, focusing on misspellings in Intel's CPUID strings and a pipeline bug in ITE's embedded processor. The author highlights how these errors stem from human mistakes or design flaws, emphasizing their implications for users and manufacturers.

Intel's CEO, Lip-Bu Tan, will now oversee the company's AI initiatives after the departure of chief technology officer Sachin Katti to OpenAI. This move comes amid ongoing challenges for Intel in the competitive AI chip market.

Nvidia invested $5 billion in Intel shares at $23.28 each, quickly turning that into a value of $7.58 billion as Intel's stock rose to $36.68. The deal, approved by the FTC, aims to develop new chips for data centers and PCs, enhancing collaboration between the two companies.

Intel's CEO Lip-Bu Tan announced the hiring of a new chief architect for GPUs, crucial for AI infrastructure. Despite a recent stock rally, Intel has struggled to keep pace with competitors like Nvidia and AMD in the semiconductor market. Tan also highlighted ongoing challenges in the memory chip sector due to rising AI demand.

AMD revolutionized the CPU market on September 23, 2003, with the launch of the Athlon 64, the first 64-bit x86 processor that maintained backward compatibility with 32-bit applications. This strategic move pressured Intel to abandon its Itanium architecture and adopt AMD's 64-bit design, leading to a significant shift in the competitive landscape of microprocessors. The Athlon 64's efficiency and performance ultimately enabled AMD to gain traction in both consumer and enterprise markets, challenging Intel's dominance.

A new attack named VMScape allows malicious virtual machines to leak cryptographic keys from unmodified QEMU hypervisors on modern AMD and Intel CPUs, breaking the isolation between VMs and the cloud hypervisor. The researchers from ETH Zurich demonstrated that this attack could target cloud providers without needing to compromise the host, posing a significant risk to multi-tenant cloud security, although it requires advanced technical skills to execute. AMD and Intel have been notified, and mitigations have been released to address the vulnerability.

The article discusses Intel's Crescent Island architecture, highlighting its advancements and potential impact on performance in computing. It explores the technical specifications, expected capabilities, and how it compares to previous architectures, emphasizing its role in the future of Intel's product lineup.

Intel, AMD, and Arm have released security advisories to address newly disclosed CPU vulnerabilities, including significant issues related to branch privilege injection attacks. Intel's advisories include microcode updates to mitigate these vulnerabilities, while AMD reports its CPUs are not affected, and Arm has updated its security guidance to highlight potential risks.

SoftBank Group has committed to invest $2 billion in Intel, aligning with U.S. government discussions about acquiring a 10% stake in the chip maker to support its recovery and enhance domestic semiconductor manufacturing. This investment follows SoftBank's earlier pledge to inject $100 billion into U.S. projects over the next four years.

NVIDIA and Intel have announced a collaboration to develop Intel x86 RTX SoCs for PCs that will utilize NVIDIA graphics. Additionally, NVIDIA is purchasing $5 billion in Intel stock, marking a significant investment and partnership between the two tech giants, along with the introduction of custom NVIDIA data center x86 processors.

Intel and TSMC are set to launch a joint chipmaking venture aimed at boosting semiconductor production capabilities. This collaboration is expected to enhance their competitiveness in the global market, particularly in response to increasing demand for advanced chips.

Intel plans to lay off 15% of its workforce and cancel billions in new chip facility projects in Europe as part of a strategy shift aimed at reviving its business. The company will concentrate on the competitive AI chip market, regain market share in personal-computer processors, and advance its 14A technology for major clients.

The article discusses a significant $5 billion deal between Nvidia and Intel, detailing the motivations behind this collaboration and its potential implications for the semiconductor industry. It highlights comments from key executives Jensen Huang and Lip-Bu Tan, as well as the competitive landscape involving AMD.

The author details their experience building a high-end Linux PC, emphasizing component choices like the Intel Core Ultra 9 285K CPU, a 4TB Samsung 990 Pro SSD, and an MSI GeForce RTX 3060 Ti GPU. They share insights on the selection process, performance considerations, and the importance of compatibility with Linux, particularly regarding network cards and power supplies.

Intel's new 14A chip technology has been successfully tested by clients, demonstrating significant improvements in CPU speed through the use of turbo cells. This advancement is expected to enhance performance for various applications in the computing industry.

Intel's CEO Lip-Bu Tan is experiencing tensions with some board members regarding strategic decisions, including whether to remain in manufacturing. His attempts to secure capital and pursue an AI acquisition have reportedly been hindered by board disagreements, which have intensified with Donald Trump's involvement.

Intel has announced the shutdown of the Clear Linux OS project after 10 years, ceasing all updates and security patches for the distribution. Users are advised to migrate to other actively maintained Linux distributions to ensure their systems remain secure. The decision may stem from low user adoption and Intel's focus on consolidating resources for more strategic initiatives.

The U.S. government is exploring the possibility of taking a stake in Intel following former President Trump's call for CEO Lip-Bu Tan to resign over his ties to Chinese tech investments. This move aligns with officials' efforts to bolster American semiconductor manufacturing and compete with dominant players like Taiwan Semiconductor Manufacturing. Intel's stock rose significantly amid these discussions.

Intel's CEO has stated that the company has fallen behind in the competitive AI landscape, claiming it is too late for Intel to catch up. Additionally, Intel has dropped out of the top 10 semiconductor companies as it faces significant layoffs globally.

A researcher identified vulnerabilities in internal Intel websites that exposed the personal information of 270,000 employees, including names, email addresses, and phone numbers. Although Intel promptly patched these issues, the researcher noted that sensitive data such as Social Security numbers were not compromised. Intel claims there was no data breach or unauthorized access.

Intel CEO Lip-Bu Tan faced intense scrutiny from Donald Trump shortly after taking office, leading to a critical meeting where the administration offered support in exchange for significant equity in the company. This unusual arrangement has positioned the U.S. government as Intel's largest shareholder, reflecting the complex relationship between the tech giant and the Trump administration.

Ubuntu will disable security mitigations against Spectre attacks for Intel GPUs, resulting in a potential 20% boost in graphics performance. The decision, reached after consultations with Intel, comes as Ubuntu integrates its own mitigations into the Kernel, deeming the current protections unnecessary at the Compute Runtime level.

Intel has agreed to sell a controlling stake in its Altera chip business, signaling a strategic shift as the company focuses on strengthening its core semiconductor operations. The deal is expected to enhance Intel's capabilities in the competitive chip market by leveraging Altera's expertise in programmable logic devices.

Intel and Apple are in early discussions about a potential investment from Apple, following Intel's recent challenges in the chip market. While Apple has transitioned to using TSMC for its chips since 2020, the talks may lead to a partnership where Intel could manufacture some components for Apple, although a full return to Intel chips is unlikely.

The article discusses a letter from Intel's CEO to employees, addressing the company's current challenges and outlining strategies for improvement and innovation. It emphasizes the importance of collaboration, adaptability, and a renewed focus on core values to navigate the competitive landscape of the technology industry.

Former Intel CEO is launching a new benchmark designed to measure AI alignment, aiming to address the growing concerns over the ethical implications of artificial intelligence. This initiative seeks to provide a standardized method for evaluating how well AI systems align with human values and intentions. By establishing these metrics, the project hopes to enhance trust and accountability in AI technologies.

Intel has significantly reduced its workforce by 35,500 jobs in under two years, with over 20,000 layoffs occurring recently under CEO Lip-Bu Tan's leadership. This restructuring effort aims to align the company with market realities and has involved substantial cuts to research and development budgets, as well as a focus on high-return projects. Despite these challenges, Intel reported a return to growth and profitability in Q3 2025, although it continues to navigate a complex corporate environment.

NextSilicon, an Israeli startup, has announced its development of a new central processor aimed at competing with industry giants Intel and AMD. The company's flagship chip, "Maverick-2," is designed for precision scientific computing and is attracting attention as it seeks to capitalize on Nvidia's shift towards lower-precision computing tasks.