Recent #Intel news in the semiconductor industry

8 months ago

➀ TSMC and Intel are reportedly still working on a potential joint venture to run Intel's manufacturing capacity;

➁ The joint venture would involve leading American fabless chip designers such as AMD, Broadcom, Nvidia, and Qualcomm;

➂ The initiative is in response to a request from President Trump's administration to strengthen Intel and ensure continued American control.

AMDBroadcomIntelIntel FoundryJoint VentureManufacturingNVIDIATSMCfoundryinvestmentsemiconductortechnology
8 months ago

➀ The CHIPS and Science Act, aimed at strengthening U.S. semiconductor manufacturing, is under threat of repeal by the Trump administration.

➁ The Act has already attracted nearly $450 billion in private investment from leading companies, raising concerns about the impact of its repeal on the U.S. chip market.

➂ Political hurdles and legal obligations make the repeal process complex and challenging.

Chips ActGlobalfoundriesIntelMicronPolicySK HynixSamsungTSMCTexas Instrumentsfundingsemiconductorsemiconductor industry
8 months ago

➀ The ASRock B860I Lightning is a budget-friendly Mini-ITX motherboard offering robust power delivery and a variety of features for around $220.

➁ It boasts a PCIe 5.0 M.2 socket, integrated Thunderbolt 4, and improved audio, while still offering Wi-Fi 6E.

➂ Performance was average, but gaming performance was competent with default settings.

ASRockIntelMini-ITXMotherboardPCIe 5.0Wi-Fi 6Egamingstorage
8 months ago

➀ Intel's 18A process is reported to have a yield of 20-30% by analyst Ming-Chi Kuo;

➁ This low yield will delay the release of Panther Lake processors for notebooks, impacting Intel's financials and customer confidence;

➂ Notebook manufacturers may use limited qualification samples to introduce Panther Lake into products, as TSMC's 2nm process yields are higher than Intel's 18A.

IntelTSMCsemiconductor manufacturing
8 months ago

➀ The article lists the world's top ten supercomputers, including their names, locations, and key specifications such as processors, GPUs, and power consumption.

➁ It highlights the use of advanced technologies like exascale systems, custom processors, and AI capabilities in these supercomputers.

➂ The article also mentions the applications of these supercomputers in various fields such as energy resource location, climate research, and astrophysics.

AIAMDArmHPCIntelNVIDIASupercomputers
8 months ago

➀ Engineered substrate technology is driving the semiconductor industry from traditional planar scaling to innovative materials and 3D integration.

➁ Companies like Soitec, Intel, and Samsung are leading the adoption of this technology.

➂ Foundries are increasingly recognizing the strategic importance of engineered substrates like Fully Depleted SOI (FD-SOI) for their benefits in cost and performance.

3D IntegrationChipletEngineered SubstrateFD-SOIFoverosGaNIntelMoore's LawSEMICONDUCTORSamsungSiCSmart Cut™SoitecUCIe
8 months ago

➀ Intel has delayed its Ohio semiconductor manufacturing site, originally planned for 2025, to at least 2030.

➁ The first phase of the Ohio site (Mod 1) will now be completed in 2030, with production starting between 2030 and 2031.

➂ Intel's $28 billion Ohio chipmaking factories are located in New Albany, with the delay made to align factory operations with market demand.

2030DelayIntelOhioProductionSEMICONDUCTOR
8 months ago

➀ Intel has launched new network adapters, the E830 series for 25GbE to 200GbE and the E610 series for 10GbE and 2.5GbE, with PCIe Gen4 support.

➁ The E830 series offers up to 200GbE throughput, while the E610 series supports multi-gigabit speeds with up to 50% lower power consumption.

➂ These new adapters are expected to be available in 2025, focusing on server applications with OCP NIC 3.0 slots.

IntelNetworkingPCIe
8 months ago

➀ This article provides a comprehensive hierarchy of GPU performance, ranking nearly every GPU released in the past seven years based on benchmarks.

➁ The article discusses the performance of GPUs across different resolutions and the impact of technologies like ray tracing and DLSS.

➂ It highlights the latest GPUs from Nvidia's Ada Lovelace and AMD's RDNA 3 architectures, as well as Intel's Arc GPUs.

AMDDLSSFSRGPUGraphics ArchitectureGraphics CardIntelNVIDIARay Tracingbenchmarkperformance
8 months ago

➀ Intel has begun production with the first two of ASML's advanced lithography machines in its factory, showing early data indicating increased reliability over earlier models.

➁ Intel, which became the first chip manufacturer to receive these machines last year, plans to use them to develop 18A manufacturing technology for mass production later this year.

➂ Imec has demonstrated the first electrical yield results from 20nm spacing metal lines patterned using High NA EUV single patterning technology, showing good electrical yield and fewer random defects.

EUV LithographyImecIntelsemiconductor manufacturing
8 months ago

➀ The Intel Xeon 6700P and 6500P Granite Rapids-SP processors are introduced, with the 6700P R1S being highlighted for its single-socket capabilities with 136 PCIe Gen5 lanes.

➁ The processors offer 8-channel DDR5 support and access to onboard accelerators like QAT.

➂ The review compares the Intel offering with AMD's EPYC 9000 series, noting Intel's advantage in PCIe Gen5 lanes and memory bandwidth.

IntelServer CPUsXeonbenchmarks
8 months ago

➀ Intel has announced that its Intel 18A process, the final and most important in its 'four years, five nodes' plan, is ready for tape-out in the first half of this year;

➁ The 18A process represents a significant breakthrough for Intel's IDM 2.0 strategy and is seen as a key signal for the revitalization of Intel Foundry Services (IFS);

➂ The 18A process will introduce several advanced semiconductor technologies, with a 30% increase in chip density and a 15% improvement in performance per watt compared to Intel's 3nm process;

➃ Intel plans to apply the 18A process to the upcoming Panther Lake laptop processors and Clearwater Forest server CPUs;

➄ The ribbonFET full-gate transistor and PowerVia backside power supply technology are the two major breakthroughs of the 18A process;

➅ The ribbonFET transistor achieves a full-gate (GAA) architecture, providing finer control of current flow and reducing power consumption and leakage;

➆ PowerVia backside power supply technology changes the logic of chip wiring, making the power supply path for transistors more direct and improving power supply efficiency;

➇ Intel's next-generation mobile processor Panther Lake and desktop processor Nova Lake will be based on the Intel 18A process, with the server CPU Clearwater Forest also planned for release in the first half of 2026;

➈ Intel will also cooperate with external chip design companies to customize chips, such as Amazon and Microsoft.

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