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Solid State Technology

Solid State Technology

Solid State Technology

Product catalog summary
Yield Optimization
Prasad Bachiraju from Rudolph Technologies discusses the need for a proactive, integrated, systems-level approach to optimize yields in increasingly complex supply chains. The Proactive Yield Perfection (PYP) system consolidates data across the supply chain into a single database, allowing for detailed surveillance and sophisticated modeling to identify root causes of yield losses. This approach is crucial for managing the complexity of modern supply chains, where processes occur in diverse locations worldwide.
Emerging Memories
Gouri Sankar Kar and Arnaud Furnemont from imec highlight the challenges faced by traditional memory technologies like SRAM, DRAM, and Flash in keeping up with data growth rates, particularly in terms of energy and speed. The article suggests that new memory technologies are needed to address these challenges in the zettabyte era.
AI Chips
Pete Singer discusses the challenges and opportunities in AI chip development, focusing on innovations such as low precision, analog, and resistive computing to improve performance per watt.
Machine Learning
Dave Lammers emphasizes the need for new approaches in the semiconductor industry to better support machine learning advancements.
Materials
Dr. Paul Stockman from Linde Electronics explores the importance of isotopically pure materials, which are essential when different isotopes have significantly different properties.
Dynamic Fault Detection
Tom Ho and Stewart Chalmers from BisTEL introduce a new approach in Fault Detection and Classification (FDC) that leverages AI and IoT to improve manufacturing processes by utilizing full sensor traces.
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Catalog excerpts

Solid State Technology-1

SEMICONDUCTORS • PACKAGING • MEMS • LEDS • DISPLAYS Solid State - ^ l IT 'M [Pejfec Proactive ting Yield with Optimization em www.solid-state.com

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Solid State Technology-2

OCTOBER 2018 VOL. 61 NO. 7 Caption: Proactive yield perfection (PYP) is a comprehensive systems-level approach to perfecting yield through detailed surveillance and sophisticated modeling. Source: Rudolph Technologies F E AT U R E S YIELD | Perfecting yield with proactive optimization throughout the process and across the supply chain Increasingly dispersed and complex supply chains require a proactive, integrated, systems-level approach to optimizing yields. Prasad Bachiraju, Rudolph Technologies, Inc., Wilmington, Mass. MEMORY | Emerging memories for the zettabyte era The scaling of traditional...

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Solid State Technology-3

Perfecting yield with proactive optimization throughout the process and across the supply chain PRASAD BACHIRAJU, Rudolph Technologies, Inc., Wilmington, Mass. Increasingly dispersed and complex supply chains require a proactive, integrated, systems-level approach to optimizing yields. s IC manufacturers adopt advanced packaging processes and heterogeneous, multi-chip integration schemes to feed ever-greater consumer demand for more computing power in smaller and smaller spaces, their supply chains have become increasingly complex. A fab-wide view of the process, not so long ago the holy grail...

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Solid State Technology-4

PYP collects data in a single database that integrates vital product parameter data from every die at each step in the process with performance and condition data from all tools, factories and providers in the supply chain. It provides unprecedented visibility of the entire manufacturing process from design, through wafer fab, test, assembly and packaging. Consolidating the data in a single, internally consistent database eliminates the considerable time often consumed in simply locating and aligning data stored in disparate databases at multiple facilities, and allows analytical routines to...

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Solid State Technology-5

definable reports. The process flow includes front-end wafer-based processing, with singulated die then transferred to tape and subsequently to rectangular panels for back-end processing (FIGURE 3). FIGURE 2. Numerous locations worldwide feed information into a single big-data cluster where multiple software solutions operate on the pre-aligned and internally consistent data set. located front-end fabs, a fabless design facility, oursourced manufacturing (foundries), and outsourced assembly and test (OSAT). Finished modules integrate data processing, data storage, RF communications, power management,...

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Solid State Technology-6

Delivering Real-world Solutions Nikon combines a strong history of engineering expertise with superior scanner technology and innovative alignment solutions to deliver exceptional manufacturing performance and productivity—now and for the future. Nikon. Delivering Real-world Solutions. See Nikon at SEMICON Europa 2018 - Visit booth A4706 to learn about the latest lithography solutions. Automotive electronics A leading global supplier of electronic systems to the automotive market manufactures finished modules containing multiple ICs from various suppliers and facilities. Highest reliability with...

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