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In Intel's second “Behind this Door” video, take a sneak peek into fab D1X in Oregon to see what is likely the most complicated machine ...
YouTube-Intel Newsroom
2021/12/21Over the years, semiconductors have drastically shrunk in size. Computers used to take up entire rooms, and now we have machines more ...
YouTube-IBM Research
2023/07/12Delve into the world of extreme ultraviolet (EUV) technology, where the precision and reliability of semiconductors are paramount.
YouTube-Advantest
2024/01/26Intel Oregon welcomes the delivery of a key component of #ASML's first TWINSCAN EXE:5000 system – an extreme ultraviolet (#EUV) high-volume ...
YouTube-Intel Newsroom
2024/03/01How An EUV Light Source Works. 79K views · 6 years ago ...more. Cymer. 2.3K. Subscribe. 1.4K. Share. Save.
YouTube-Cymer
2018/02/05動画の見どころ1/10枚目 What is EUV lithography?
動画の見どころ2/10枚目 Challenges with EUV
動画の見どころ3/10枚目 Plasma generation
動画の見どころ4/10枚目 EUV Source Vessel
動画の見どころ5/10枚目 EUV light generation
動画の見どころ6/10枚目 Inside the vacuum vessel
動画の見どころ7/10枚目 EUV power targets
動画の見どころ8/10枚目 Collector Mirror
動画の見どころ9/10枚目 EUV Light Source Vessel
動画の見どころ10/10枚目 Conclusion
Further information: http://www.trumpf.com/s/euv With the increasing global digitalization, requirements for computer performance continue ...
YouTube-TRUMPFtube
2019/02/06Drive lasers for EUV lithography: Creating high-tech customer value #TRUMPF 4月24日 德国的TRUMPF是ASML EUV雷射的供应商，雷射的功率也是EUV ...
YouTube-Semiconductor
2022/07/06動画の見どころ1/9枚目 What is and why do we need EUV lithography?
動画の見どころ2/9枚目 How is EUV radiation generated?
動画の見どころ3/9枚目 EUV lithography process
動画の見どころ4/9枚目 High power seed module
動画の見どころ5/9枚目 Relay optics
動画の見どころ6/9枚目 Thermal stability
動画の見どころ7/9枚目 Beam transport
動画の見どころ8/9枚目 Current market status
動画の見どころ9/9枚目 Conclusion
Intel Ireland's newest factory to come online, Fab 34, is producing chips in high volume on the Intel 4 process node, the company's most ...
YouTube-Intel Newsroom
2023/09/29After 20+ years of development, extreme ultraviolet lithography has become a commercial reality. As I write these words, multi-million ...
YouTube-Asianometry
2021/12/26動画の見どころ1/10枚目 Intro
動画の見どころ2/10枚目 A note about Gigaphoton
動画の見どころ3/10枚目 EUV light source requirements
動画の見どころ4/10枚目 EUV Challenges
動画の見どころ5/10枚目 Laser-produced plasma (LPP)
動画の見どころ6/10枚目 The Dallas Meeting
動画の見どころ7/10枚目 The Double Solution
動画の見どころ8/10枚目 How does the machine work?
動画の見どころ9/10枚目 EUV Efficiency
動画の見どころ10/10枚目 Wrap up
フルバージョンは「テレ東BIZ」で配信中（入会月 ...
YouTube-テレ東BIZ
2023/10/03Links: - The Asianometry Newsletter: https://asianometry.com - Patreon: https://www.patreon.com/Asianometry - Twitter: ...
YouTube-Asianometry
2023/02/03ASML's High-NA extreme ultraviolet chipmaking tool called High-NA Twinscan EXE will cost around $380 million each. over twice as much as its ...
YouTube-Global Update
2024/02/15Like a camera that captures scenes on film with light, photo lithography is the process of drawing patterns on a wafer.
YouTube-Samsung Semiconductor Newsroom
2023/04/27動画の見どころ1/12枚目 Prologue
動画の見どころ2/12枚目 What is the photo lithography?
動画の見どころ3/12枚目 Types of PR
動画の見どころ4/12枚目 The Properties and Limitations of Light
動画の見どころ5/12枚目 M.P.T (Multi-Patterning Technology)
動画の見どころ6/12枚目 O.P.C (Optical Proximity Correction)
動画の見どころ7/12枚目 Reducing the wavelength of light
動画の見どころ8/12枚目 EUV
動画の見どころ9/12枚目 Change of mask
動画の見どころ10/12枚目 Operation of EUV facilities
動画の見どころ11/12枚目 Comparison of ArF and EUV
動画の見どころ12/12枚目 Change brought by EUV
Grand challenges in implementing EUV lithography.
YouTube-nanolearning
2012/09/10動画の見どころ1/10枚目 EUV Grand Challenges
動画の見どころ2/10枚目 Optical Challenges
動画の見どころ3/10枚目 EUV Resist
動画の見どころ4/10枚目 Photon Generation
動画の見どころ5/10枚目 Excimer Lasers
動画の見どころ6/10枚目 EUV Beam Generation
動画の見どころ7/10枚目 Laser Pulse Plasma (LPP)
動画の見どころ8/10枚目 Droplet Challenge
動画の見どころ9/10枚目 Anchoring Challenges
動画の見どころ10/10枚目 EUV Focusing
In an age where the demand for faster, smaller, and more efficient electronic devices is soaring, the semiconductor industry is faced with a ...
YouTube-Advantest
2023/06/16Right now, Extreme Ultraviolet Lithography is working. Foundries are using dozens of these $150 million machines to create amazing patterns ...
YouTube-Asianometry
2022/01/20動画の見どころ1/10枚目 Asian Nomentry Patreon
動画の見どころ2/10枚目 Throughput
動画の見どころ3/10枚目 Multiple Patterning for N3
動画の見どころ4/10枚目 Optics
動画の見どころ5/10枚目 Starlit 3000
動画の見どころ6/10枚目 Mirror 5 or M5
動画の見どころ7/10枚目 Holes in the Mirrors
動画の見どころ8/10枚目 Magnification Factor
動画の見どころ9/10枚目 Anamorphic Imaging Magnification
動画の見どころ10/10枚目 Other Engineering Challenges
Errata: 2:28 - I should make more clear differences between Proximity and Projection Lithography. Both have a gap, but projection includes a ...
YouTube-Asianometry
2023/06/11Explore the fascinating world of EUV technology in one of our latest #AdvantestTalksSemi podcast episodes. Discover how Extreme Ultraviolet ...
YouTube-Advantest
2024/01/02Samsung Foundry has recently published EUV Minimum Pitch Single Patterning paper. What results did Samsung Semiconductor make using EUV?
YouTube-Samsung Semiconductor Newsroom
2023/04/27動画の見どころ1/10枚目 Prologue
動画の見どころ2/10枚目 What is BEOL?
動画の見どころ3/10枚目 SLO and Micro-bridge
動画の見どころ4/10枚目 Reasons for choosing MPT
動画の見どころ5/10枚目 Limitations of MPT
動画の見どころ6/10枚目 Optimizing OPC
動画の見どころ7/10枚目 SLO and Micro-bridge Optimization Direction
動画の見どころ8/10枚目 Improvement effect
動画の見どころ9/10枚目 TDDB verification
動画の見どころ10/10枚目 The result of hard work
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YouTube-Cymer
2018/02/05