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Fundamentals of Microchip Design and Fabrication

To the uninitiated, microchip technology is a bewildering subject filled with confusing jargon, strange equipment and exotic technology. Indeed, microchip manufacturing is so complex that the engineers involved in the field appear to be speaking an incomprehensible dialect of English that is all their own. More...

The 3D Packaging Revolution

The next significant advancement of Moore's Law is being driven by packaging technology and not transistor evolution. Unlike all other forms of advanced packaging that communicate by routing signals off the chip (as if they were mounted on a traditional circuit board), 3D packaging permits multiple chips to be layered one on top of each other, and to communicate with each other using on-chip signaling, as if they were all one unified microchip. more...

CMOS Process Integration for Planar and FinFet Logic

For most engineers the art and science of silicon process integration is a mystery. It involves exotic equipment, esoteric processes and the fabrication of structures at seemingly impossible scales. Furthermore, the rate of technological advancement in this field is such that every 18 months a new generation of devices is developed that renders obsolete the previous generation. More...

Lithography for Nano-Technology CMOS ICS

This course provides a broad, deep treatment of lithography, the key driver technology in CMOS IC fabrication. It covers all critical lithographic technology elements, from basic concepts to leading-edge technology and applications issues for today’s most advanced CMOS nanotechnology ICs. It will describe the variations in lithographic technology and circuit layout design techniques that are required to optimize performance and control variation in different IC applications for logic and memory. More...

Advanced CMOS Technology (The 28/22/15NM Nodes)

The relentless drive in the semiconductor industry for smaller, faster and cheaper integrated circuits has driven the industry to the 22 nm node and ushered in a new era of 3-dimensional transistor structures. The speed, computational power, and enhanced functionality of ICs based on this advanced technology promise to transform both our work and leisure environments. More...

WE OFFER STATE-OF-THE-ART TECHNICAL TRAINING ON INTEGRATED CIRCUIT AND MICROCHIP MANUFACTURING

Our mission is to provide the highest quality professional development courses available for the semiconductor industry. Our courses offer a unique, highly effective instructional design - we deliver an interactive classroom experience with real-world case studies, key questions reviews, detailed glossaries and up to date bibliographies for follow-up study. Our courses are designed for effective professional development of technical professionals in the semiconductor industry and the integrated circuit manufacturing industry, both new and experienced:

Sustaining process engineers in the manufacturing environment
Process development engineers and scientists
Device engineers
Product engineers
IC Designers
Failure Analysis Engineers
Process Equipment Engineers
Manufacturing managers and key decision makers
Senior level technicians
Reliability and yield enhancement engineers


Consulting Services Threshold Systems provides consulting services to semiconductor manufacturers, semiconductor equipment and chemical suppliers, as well as high-tech start-up companies that provide key products and services to the semiconductor industry. Our semiconductor consulting services deliver unique value to our clients because they are grounded in our extensive, hands-on industry experience.		Join the Threshold Network Login\|Register

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