Marco Mezger’s Post

🔥 Amid the Angstrom Era, the battle among TSMC, Intel, & Samsung in advanced processes continues to heat up! 📊 Notably, TSMC asserts that their A16 is more cost-effective compared to Intel's 14A and Samsung's SF1.4,👀 Thus, TrendForce has compiled a detailed comparison of the 3 mentioned processes! 💡 Explore more details about each process and the 3 major giants’ respective progress here: https://buff.ly/3JCIeyX 🔗 #TSMC #Intel #Samsung #AdvancedProcess

Intel's latest 18A process marks a significant stride in semiconductor manufacturing, aiming to compete with TSMC's industry dominance. As Intel seeks to close the gap in chip technology, the 18A process promises enhanced performance and energy efficiency. The rivalry between Intel and TSMC intensifies, shaping the landscape of semiconductor innovation and driving advancements crucial for the future of computing and technology. Give it a read and tell us what do you think? https://lnkd.in/d3k5ysEh #Intel18A #SemiconductorInnovation #TechRivalry #ChipTechnology #ManufacturingAdvancements #TSMCDominance #TechCompetitiveness #FutureComputing #EnergyEfficiency #TechInnovations

🚀 Intel’s new fab in Ireland starts production of ‘Intel 4’ chips 🌐 Intel, the world-renowned chipmaker, has just begun production of their cutting-edge 'Intel 4' chips at their brand new facility in Leixlip, Ireland. This marks a historic moment as it's the first time in Europe that Extreme Ultraviolet (EUV) technology is being used in high-volume manufacturing.💻 The arrival of 'Intel 4' technology paves the way for groundbreaking innovations like the upcoming Intel Core™ Ultra processors (code-named Meteor Lake) and future-generation Intel Xeon processors in 2024. These advancements will drive AI-based PCs, revolutionize mobile networks, enable autonomous driving, and power new data center and cloud applications. Intel's commitment to utilizing EUV technology is steering them towards their goal of delivering five nodes in four years and regaining leadership in process technology by 2025. 🌟 This monumental step forward aligns with Intel's vision of creating a sustainable and resilient semiconductor supply chain in Europe, contributing to the region's technological ambitions. Intel CEO Pat Gelsinger stated, "The Silicon Isle has always been core to our long-term strategy, and today’s opening of Fab 34 contributes to the EU’s goal of creating a more resilient and sustainable semiconductor supply chain." 🌍🔌 https://lnkd.in/eGR9fzQX #Intel4 #TechInnovation #Semiconductors #EUVTechnology #IntelIreland #PhotonicSpots #PhotonicsTimes Intel Corporation SPIE, the international society for optics and photonics

Intel has announced a major design win with its foundry services entity signing a deal to make a 64-core Arm SoC on its 1.8nm process. This move is significant as it shows Intel's willingness to make non-x86 chips for third parties, which is critical in its battle with TSMC for market dominance. The partnership with Faraday, a Taiwanese design company, is also a major win for Intel, as it has poached a client from TSMC's backyard. The 64-core Arm Neoverse chip's performance and efficiency make it the optimal choice for "scalable hyperscale data centers, infrastructure edge, and advanced 5G networks." This deal further solidifies Intel's position as a major player in the foundry business, and we can expect to see more exciting developments from them shortly. #intel #chips #foundries #chipmaker #arm #SoC #chipsets #tsmc #semiconductors #semiconductorindustry #innovation #technology #technologynews #telecoms

https://lnkd.in/grfkbNRY After all the mess Intel had with manufacturing after 14 nm it's pretty amazing that the company actually seems to be executing its five nodes in four years strategy on time and looks to be on track to ramp 18A by the end of the year. On top of this Intel will be the first foundry to offer backside power delivery (called PowerVia in Intel lingo). I don't think that Intel will be able to overtake TSMC as the number one logic foundry, but it sure looks like they will be able to become the second largest logic foundry and bypass Samsung within a not too distant future, even without counting Intel's internal business (which if included automatically brings them to nr 2 straight away). #intel #foundry #ifs #semiconductors

Apples to Oranges comparison?? “Intel's 20A and 18A process technologies bring two major innovations: gate-all-around (GAA) RibbonFET transistors and PowerVia backside power delivery network (BSPDN). 20A is projected to be a relatively short-lived node, allowing Intel to learn all the peculiarities of GAA and BSPDN; Intel expects to re-establish unquestioned leadership in the semiconductor industry with 18A. Clearly, the company's hopes are pinned on this node. Intel now says that 18A silicon goes to the fab in Q1 2024, which is in line with expectations that the first products based on the process technology will be available in the second half of 2024. In contrast, TSMC is set to start making chips on its N2 process technology sometime in the second half of 2025. Additionally, while TSMC's N2 features nanosheet GAA transistors, it still uses less-performant traditional power delivery. TSMC still believes that its performance-enhanced N3P technology, due in 2024, will offer comparable power, performance, and transistor density to Intel 18A, and it claims that N2 will be better across the board than N3P and 18A.”

Data Center Chip Market: Surpassing #FinancialCompetency Benchmarks for Unparalleled Growth! #SmallandMedium Size: $ 13,778.5 #LargeSize : $ 19,864.0 Click For more details: https://shorturl.at/ejpIS Key Market Players:  NVIDIA CORPORATION, Broadcom, GlobalFoundries, Xilinx, Samsung Electronics CO. LTD., Taiwan Semiconductor MANUFACTURING COMPANY LIMITED, Intel Corporation, ARM LIMITED (SOFTBANK GROUP CORP.), AMD INC, HUAWEI TECHNOLOGIES CO. LTD. #AMRinsights #Alliedmarketresearch #DataCenterChip #DataCenterMarket #TechIndustry #CloudComputing #ChipTechnology #DataCenterOperations #GovernmentRegulations #SmartComputingDevices #DataSecurity #TechAdvancements #BusinessDataManagement #DataStorage #DigitalTransformation #ITInfrastructure #GlobalTechTrends.

Intel, a tech giant founded in 1968, has played a pivotal role in shaping the computer industry. Known for its microprocessors, Intel's chips have been at the heart of countless PCs and servers. The company's iconic "Intel Inside" branding became synonymous with quality and performance. Over the years, Intel has constantly pushed the boundaries of semiconductor technology, releasing faster and more power-efficient processors. However, the company has faced stiff competition, particularly from AMD and a shift towards mobile devices. Despite this, Intel has maintained a strong presence in data centers and continues to innovate with initiatives in AI, quantum computing, and 5G technology. In 2021, Intel announced its IDM 2.0 (Integrated Device Manufacturing) strategy, aiming to regain its manufacturing leadership. Intel's impact on the tech world remains substantial, and its ability to adapt and innovate will determine its future in a rapidly evolving industry. #snsinstitution #snsct #snsdesignthinking