News stories tagged with #Intel
Intel Xeon 6 Powers NVIDIA DGX Rubin NVL8: High Performance Without NVLink
The Intel Xeon 6 serves as the x86 host CPU in NVIDIA’s new DGX Rubin NVL8 system, despite lacking NVLink support. The processors leverage technologies such as Priority Core Turbo to efficiently manage data processing for the eight Rubin GPUs. This integration combines high-performance computing with advanced AI capabilities, targeting next-generation AI workloads and data center applications. Even without NVLink, the platform remains powerful and scalable.
Linux 7.1: Enhanced Power Management, Expanded Hardware Support, and Improved API Documentation
The Linux 7.1 kernel introduces significant improvements, including a unified C-states table for Intel Panther Lake processors to enhance power management, enhanced support for AMD Ryzen AI NPUs, and preparation for UHBR DP tunnels in the Intel graphics driver. It also removes UDP-Lite to streamline networking code, integrates HID drivers for the Lenovo Legion Go gaming handhelds, and advances the Linux Kernel API Specification Framework beyond the RFC stage. These updates improve performance, hardware compatibility, and kernel documentation.
The new EndeavourOS 2026.03.06, named after the moon Titan, is based on Linux kernel 6.19.6 and introduces installer improvements such as Vulkan driver support and enhanced hardware detection. Meanwhile, Intel’s Compute Runtime 26.09.37435.1 delivers new features and performance optimizations for Intel graphics hardware on both Windows and Linux, including multi-device support and future platform readiness. These updates collectively enhance user experience and graphics performance across modern computing environments.
TinyCorp Calls for 96-GB AMD GPU While Nvidia Unveils 9-GB RTX 5050
AI startup TinyCorp is calling on AMD to develop a 96-GB RDNA-5 GPU for around $2,500 to power a data center with 3,000 GPUs, while NVIDIA has unveiled the GeForce RTX 5050 with 9 GB of GDDR7 memory and a 130 W TDP, featuring a higher memory bandwidth of 336 GB/s. The card is positioned as the smallest variant of the RTX 50 series and is based on the larger GB206 GPU, with performance expected to match its predecessor despite reduced memory bandwidth. Meanwhile, the 2026 GPU benchmark ranking by PCGH compares 39 graphics cards from Nvidia, AMD, and Intel across four resolutions. TinyCorp's proposal faces skepticism due to the high cost of memory chips and current technological limitations.
Intel Releases XeSS 3.0 SDK with Multi-Frame Generation and Enhanced AI Models
Intel has released the official XeSS 3.0 Software Development Kit on GitHub, enabling developers to integrate Multi-Frame Generation 4× directly into games without driver overrides and featuring enhanced AI models for improved image quality and performance. The SDK remains Windows-only and relies on proprietary binary DLLs.
Colorado Vote and Intel Decisions: Hope for Open Source Amid Developer Challenges
Colorado's age attestation bill may exclude open-source software following discussions between System76 CEO Carl Richell and Senator Matt Ball, offering hope for developers. Meanwhile, Intel has archived several open-source projects, including those for Optane Memory, FPGAs, and Ansible, citing staffing cuts and corporate restructuring. These contrasting developments highlight the growing tensions between regulation and innovation in the open-source ecosystem.
Intel has confirmed the specifications of the Core Ultra 7 270K Plus, featuring 24 cores and a clock speed of up to 5.4 GHz as part of the expected Arrow-Lake refresh generation. At the same time, Intel has released details on the Core Ultra Series 3, codenamed Panther Lake-H, which is based on the advanced 18A manufacturing process. The Panther Lake chip uses PowerVia, a backside power delivery system, making die shots more difficult to produce, and consists of three chiplets with different fabrication processes. These advancements highlight Intel’s focus on performance improvements for high-end laptops.
Intel bets on 18A and 14A: AI-driven CPU demand boosts production and profitability
Intel anticipates strong CPU demand, particularly in data centers driven by the AI boom, and plans to increase production of its new Intel 14A and 18A processors. The company aims to make its Foundry division profitable by 2027 through improved yields, advanced packaging, and growing external customer base. Demand for Panther Lake CPUs already exceeds supply, highlighting the strategic importance of these new technologies.
Intel is enhancing its Linux integration with features like Linear Address Masking and Directed Package Thermal Interrupts to support future security technologies such as ChkTag and improved thermal management. Meanwhile, the Linux kernel is preparing for IBPB-on-Entry support in AMD SEV-SNP guest virtual machines to defend against speculative execution attacks. In parallel, Nvidia continues to dominate the dedicated desktop graphics card market with a 94% share, despite a 4.5% decline in quarterly sales. These developments highlight the convergence of hardware innovation, software security, and market dynamics shaping the future of computing.
Intel Begins Open-Source Driver Enablement for Xe3P GPU
Intel has begun enabling open-source drivers for its Xe3P GPU, marking a significant step toward greater transparency and community involvement in graphics driver development. Initial code changes have been merged into Mesa to support future hardware compatibility. These efforts lay the foundation for broader developer access and collaboration on Iris and ANV drivers.
IBM and Sony: Pivotal Moments in Technology History from 1955 to 2000
In the history of digital technology, IBM and Sony marked pivotal milestones across decades. In 1955, IBM acquired a patent for a pulse-transfer controlling device essential for ferrite core memory, while in 2000, Sony launched the PlayStation 2 in Japan and Intel surpassed the gigahertz barrier with the 1-GHz Pentium-III. In 1983, IBM introduced the PC XT, a key step in personal computing. These developments significantly shaped modern computing and gaming technologies.
Intel Board Leadership Change: Frank Yeary Steps Down, Craig Barratt Takes Over with Tech Background
Frank D. Yeary steps down as chairman of Intel's board, succeeded by Craig H. Barratt, who has a strong technical background and previously served as CEO of Atheros Communications and Barefoot Networks. The transition reflects Intel’s strategic shift toward technology leadership. Since 2024, the company has appointed four new independent directors to align the board with priorities in technology leadership, operational excellence, and capital discipline.
Intel unveiled the new Xeon 6+ processor at MWC 2026, featuring up to 288 E-cores built on the 18A process node with the 'Clearwater Forest' architecture. Developed in collaboration with Ericsson, the processor delivers up to 30% higher performance and up to 60% greater efficiency compared to previous generations. Designed for high-performance computing and data center workloads, the chip aims to reduce energy consumption and enable infrastructure consolidation. Availability for telecom vendors is expected starting in 2027.
Intel Unveils Arrow Lake Refresh with Core Ultra 5 250K Plus and Core Ultra 7 270K Plus in March
Intel will unveil the Arrow Lake Refresh series in March with the new Core Ultra 5 250K Plus and Core Ultra 7 270K Plus processors. The models, designed for enhanced performance and efficiency, are set to be introduced on March 11 and released in the first half of the year. The top-tier Core Ultra 9 290K Plus has been discontinued, while the new models feature additional Efficiency cores. Early benchmarks indicate significant improvements in both single- and multi-threaded performance over previous generations.
Linux 7.1 and 7.0-rc3: Expanded Hardware Support for ASUS, Dell, and Intel GPU Development
With the new Linux kernel versions 7.1 and 7.0-rc3, ASUS, Dell, HP, and OneXPlayer devices gain expanded hardware support. Notably, Linux 7.1 introduces enhanced sensor monitoring for ASUS motherboards, including VRM, temperature, and water cooling, while Intel's Arc Pro B70 Pro-Viz GPU has been tested using the BMG-G31 die. These advancements improve compatibility and performance across a wide range of systems.
Resident Evil Requiem runs nearly flawlessly on AMD Radeon RX graphics cards and the Steam Deck under Linux, while Nvidia and Intel GPUs struggle with ray tracing issues and visual glitches. In response, Nvidia released the Geforce Hotfix Display Driver 595.76 to address problems such as visual artifacts in Requiem and crashes in Star Citizen. Based on the Game Ready Driver 595.71, the update aims to improve performance, particularly in pathtracing. The situation highlights AMD's growing compatibility with modern Linux-based gaming platforms.
Resident Evil Requiem on Steam Deck and Linux: AMD Performs Well, Nvidia Releases New Driver
Resident Evil Requiem runs smoothly on the Steam Deck without official compatibility and performs well on Linux desktops with AMD Radeon RX, but suffers from significant performance issues on Nvidia and Intel graphics cards. Ray tracing is not supported on any platform. Nvidia has released the Game Ready driver 595.71 WHQL, featuring DLSS 4 optimizations and support for Resident Evil Requiem, following the withdrawal of version 595.59 due to a fan control bug.
Mesa Developers Reach Consensus on AI Policy – Intel and AMD Advance Linux Graphics Drivers
Mesa developers are finalizing an AI policy for their open-source graphics drivers, while Intel and AMD advance Linux graphics support. Intel has submitted Xe3 driver improvements for the Linux 7.1 kernel, AMD has open-sourced the ROCprof Trace Decoder, and ARCTIC Cooling released a Linux fan controller driver. Meanwhile, several Intel kernel drivers have become orphaned due to engineer departures, highlighting ongoing challenges in open-source maintenance.
Linux 7.0-rc3 Released: Major Updates for AMD and Intel CPUs, Drivers, and Security
Linux 7.0-rc3 has been released, marking one of the largest release candidates in recent history. It includes significant updates for AMDXDNA Ryzen AI drivers, graphics drivers, and security and performance enhancements for both Intel and AMD CPUs. Linus Torvalds noted the unusually large size due to a backlog of contributions. The kernel will serve as the default for Ubuntu 26.04 LTS and Fedora 44, with ongoing testing to stabilize it before the final release.
Intel Enhances Graphics Drivers for Linux and Arc GPUs with Performance Gains
Intel has implemented a minor optimization in its ANV Vulkan driver for Linux, improving DirectX 12 game performance through Steam Play and VKD3D-Proton by enhancing push constant data usage, delivering around a 1% performance boost in some cases. Additionally, Intel released Graphics Driver 32.0.101.8531, optimized for Arc GPUs in the A and B series as well as integrated graphics, promising up to 40% higher performance in Resident Evil Requiem. Performance gains vary by hardware, with the A series showing significantly better results than the B series. These updates highlight Intel's ongoing efforts to enhance its open-source graphics drivers for gaming on Linux and modern GPUs.