News stories tagged with #Intel
Intel has officially launched the Core Series 3 'Wildcat Lake', a new CPU lineup for budget laptops and edge devices featuring hybrid architecture, integrated NPU, and up to 40 TOPS of AI performance. Built on Intel's 18A manufacturing process, the processors are set to launch in April 2026. Meanwhile, Mesa 26.1-rc1 has been released, introducing significant Vulkan extensions, performance improvements, and enhanced OpenCL support across Intel, AMD, and other hardware platforms.
Intel Nova Lake-S with 44 Cores? Leak Suggests Cache Strategy Shift and New Wildcat Lake Generation
A leak suggests Intel's Nova Lake-S processors may shift from 42 to 44 cores, indicating a change in tile configuration and potentially enabling new models with bLLC cache without a K suffix. Meanwhile, Intel has officially announced the 'Wildcat Lake' processor, featuring up to six CPU cores and two Xe3 graphics cores. These developments could impact Intel's market segmentation and cache strategy, though details remain unconfirmed.
Intel Core Ultra 400 Series: Nova Lake-S CPUs with Mega-APU Challenge AMD's Ryzen AI
Intel has revealed the core configurations for its upcoming Core Ultra 400 series (Nova Lake-S) desktop processors. These CPUs will introduce a mobile processor combined with a large Xe3p graphics chip in a Mega-APU for the first time, enabling cost-effective production through a flexible tile design. The new architecture aims to enhance performance and efficiency for next-generation computing, positioning Intel to compete directly with AMD's Ryzen AI in AI and graphics workloads.
Intel Core Ultra 400 'Nova Lake': New Desktop CPUs with Up to 52 Cores and 288 MB Cache Unveiled
Intel is set to launch the Core Ultra 400 series, codenamed Nova Lake, for desktop systems featuring up to 52 cores and 288 MB of Big Last Level Cache. The processors will use the new LGA-1954 socket, support DDR5-8000 memory, and introduce new performance and efficiency cores named Coyote Cove and Arctic Wolf. The lineup includes single- to dual-tile configurations with Thunderbolt 5, 24 PCIe 5.0 lanes, and a 6th-generation NPU, with mass production expected in the fourth quarter of 2026.
Intel Advances AI and Gaming Technology with Partnerships, New Compression Tech, and Quad-GPU System
Intel has announced a strategic partnership with Google to advance AI infrastructure by combining Xeon CPUs with Google’s custom IPUs. The company also introduced Texture Set Neural Compression (TSNC) to reduce memory demands in modern games and compete with Nvidia’s neural texture compression efforts. Additionally, Intel unveiled the Arc Pro B70 in a quad-GPU configuration called Battlematrix, consuming up to 720 watts, though AI inference scaling is non-linear due to PCIe-based communication.
Geekbench 6.7 Adds Intel iBOT Detection – Core Ultra X9 378H Officially Listed
Geekbench 6.7 introduces detection for Intel iBOT to accurately assess performance of Core Ultra 200 Plus processors, as iBOT boosts results through specialized code optimizations. Meanwhile, Intel has officially listed the Core Ultra X9 378H in its ARK database—a mobile Panther Lake chip with 16 cores and Intel 18A lithography—primarily for refined product segmentation.
NVIDIA is reportedly planning the launch of the GeForce RTX 6090, 6080, and 6070 in 2027, based on the Rubin architecture with 3-nm manufacturing and GDDR7 memory. Meanwhile, Intel is unveiling a new Core Ultra 400 series based on Nova Lake, featuring up to 52 cores and bLLC cache for desktop CPUs. Both companies are investing in cutting-edge technologies to boost performance in gaming, AI, and everyday computing. These announcements signal a fierce competition between the two tech giants in the coming decade.
Apple Announces 100 Million iPods Sold – Intel Unveils First Celeron in 1998
On April 9, 2007, Apple announced that 100 million iPods had been sold worldwide since the launch of the first model in 2001. The portable music player became a global phenomenon and significantly influenced the design and usability of MP3 players. In a separate milestone, Intel introduced the first Celeron processor on April 15, 1998, as an affordable alternative to the Pentium II, which later evolved into a high-performance, low-cost computing solution.
Intel Introduces 2L-ILM Socket for Improved Nova Lake CPU Cooling and Stability
Intel is introducing an optional improved mounting mechanism called 2L-ILM for its upcoming Nova Lake CPUs with Socket 1954. This two-lever design, similar to the one used on LGA2011 for HEDT systems, enhances IHS flatness and improves CPU-cooler contact. The change aims to boost thermal performance, increase cooling efficiency, and enhance overall system stability for high-end platforms.
AMD Ryzen Leads Gaming PC Market – ASUS Secures Future with 64 MB UEFI on AM5 Motherboards
The PCGH community currently favors AMD Ryzen processors for gaming, with Zen 3 and Zen 5 generation models leading the way. Meanwhile, ASUS enhances long-term compatibility of the AM5 platform by doubling UEFI flash memory to 64 MB. This move underscores the growing strategic importance of BIOS memory in a hardware ecosystem designed for longevity.
Intel Wildcat Lake: New Driver Support and Leaked Specifications for Mobile Processors
Intel has released the Linux NPU Driver 1.32, adding official support for the upcoming Wildcat Lake platform and eliminating reliance on Intel Level Zero. Concurrently, a leaked SKU list reveals six mobile processors with a 15-Watt TDP, featuring a modern architecture with two performance and four low-power cores. Targeting budget laptops and mini PCs, the processors highlight Intel’s push to integrate AI capabilities into affordable devices.
Modder Boots Windows 11 on Intel Bartlett Lake CPU with Z790 Motherboard
A modder successfully booted Windows 11 on an Intel Core 9 273PQE, a processor designed for embedded and edge computing under the Bartlett Lake brand, using a consumer-grade Z790 motherboard. By modifying the BIOS and generating a custom microcode with AI, the modder overcame firmware restrictions, demonstrating that the divide between embedded and desktop platforms is largely strategic rather than technical.
Intel Nova Lake-HX and Razer Lake-AX: New Leaks Suggest a Strong Return to High-End Laptop Market
A new leak reveals Intel's planned Nova Lake-HX and Razer Lake-AX laptop lineup, featuring up to 28 CPU cores and a direct response to AMD's Halo platform. The upcoming Nova Lake generation could reclaim performance leadership with stronger IPC gains and higher clock speeds, potentially launching as early as 2027. The strategy reflects a clear division between CPU and graphics dominance in the mobile high-end market.
Intel has revealed the core configurations of its upcoming Core Ultra 400HX 'Nova Lake' mobile processors, designed for high-performance laptops. The processors combine performance and efficiency cores to enhance speed and power efficiency, with a maximum of 28 cores in the notebook version—fewer than the 56 cores of the desktop variant. This decision is driven by thermal and economic constraints, as the dual-die architecture would be too power-intensive for mobile devices. Intel will also integrate the Xe3 graphics and Xe3P display/media engine to boost performance in mobile and integrated systems.
Intel has released the fourth version of its Cache Aware Scheduling patches for Linux, aiming to enhance performance on modern Intel Xeon and AMD EPYC processors through optimized task placement. Meanwhile, ASRock has issued a beta BIOS for X870 and X870E motherboards based on AGESA 1.3.0.0a, addressing memory compatibility and boot failures, and signaling a technical preview of future AM5 CPU support. Both updates highlight ongoing efforts to optimize hardware and software ecosystems for upcoming processor generations.
Intel Unveils Core Ultra 400 Series and Core Ultra X9 378H with Up to 28 Cores
Intel has unveiled the Nova Lake-HX series of Core Ultra 400 processors with up to 28 cores in notebooks, based on two compute tiles and featuring 144 MB of L3 cache. Additionally, the Core Ultra X9 378H from the Panther-Lake series was introduced, a 16-core processor with a maximum turbo frequency of 5.0 GHz and the powerful Intel Arc B390 iGPU. Both processors target consumers, with the X9 378H lacking vPro support and other business features. Official details on the Nova Lake-HX series are expected by the end of the year.
AMD Medusa Point and the Price War: New Zen-6 Architecture Challenges Intel in the CPU Industry
An engineering sample named AMD Medusa Point featuring 10 Zen-6 cores and enhanced cache has been identified, signaling a new mobile APU generation. Meanwhile, AMD continues to lead the CPU market through advanced technologies like Ryzen AI and the AM5 platform, forcing Intel into a delayed price war. Intel responds with more affordable Arrow-Lake models to defend its market share. The developments underscore AMD’s growing technological and strategic dominance in the processor industry.
Intel Buys Back Fab 34 in Ireland for $14.2 Billion – Regaining Full Control
Intel has repurchased its shares in the Fab 34 facility in Ireland for $14.2 billion from Apollo. The plant, which produces advanced chips like Intel 4 and Intel 3 using EUV lithography, was spun off into a joint venture two years ago. The move reinforces Intel’s strategic and economic control in Europe and highlights the growing importance of CPUs in the AI era.
AMD Unveils Future Zen 6 and CDNA 5 Architectures, Intel Launches Core Ultra 7 251HX with 18 Cores
AMD will unveil future microarchitectures Zen 6, Zen 6c, and CDNA 5, along with Epyc 9006 server CPUs and Instinct MI400 AI GPUs at its AMD Advancing AI 2026 conference in July 2024. The Instinct MI455X promises double the AI performance and features 432 GiByte of memory. Meanwhile, Intel has launched the Core Ultra 7 251HX Arrow Lake processors with 18 CPU cores and 3 Xe GPU cores, targeting high-performance computing applications.
A community member has successfully booted the Intel Core 9 273PQE processor, originally designed for Edge and industrial systems, on a standard Z790 motherboard by modifying the BIOS of an Asus Z790-AYW OC Wifi model. The system displayed a Power-On Self-Test screen before crashing with a black screen. Experts remain hopeful that further debugging can enable full operating system boot. This breakthrough could significantly enhance compatibility of Intel’s new Bartlett Lake architecture with existing hardware platforms.