Semiconductors are to the information age what engines are to the industrial age. Chips are the steam engine, the internal combustion engine, and the fractional horsepower engine rolled up into one. The Chip History Center is dedicated to preserving that history for future generations.
How the Moore’s Law raises income in relationship to the economies of the United States and the World.
How EDA evolved from crude mainframes that could hardly draw a line, to today's hierarchical software that keeps tr ...
Intel introduces its first product: The 3101 SRAM with this press release. It was part of Moore’s “Goldilocks s ...
Few inventions have proven to be as the integrated circuit....
Though not the first step & scan system—that honor goes to Perkin Elmer—this unit was the second step & scan sy ...
How he turned a technology, critial to the future of Moore's Law and the semiconductor industry, into a success.
Judy Davies- All Star 2019: Developing and running the most innovative Corporate Communication programs among semic ...
Winfried Kaiser is the perfect example of a technical marketing master
The Future of Integrated Electronics draft, written by Dr. Gordon E. Moore for Electronics Magazine while he worked ...
This virtual museum of semiconductor history is built on the unique combination of VLSIresearch’s
library, the deep knowledge of its analysts from around the globe with 100’s of years of experience,
VLSI’s centricity in Silicon Valley’s lifestyle and culture of innovation, and its unparalleled network
that stretched deep into the IC manufacturing industry. It would start with some of the earliest
events, such as the invention of The Field Effect Transistor (FET) in 1925 by Julius E. Lilienfeld in 1925 — yes that’s right 1925! While William Shockley, John Bardeen and Walter Brattain often credited with the invention of the transistor, they actually only discovered it as it had been invented 22 years earlier.
Since 2004, The Chip History Center has been able to provide easy-to-access and free information to researchers, historians, and educators with its Time Lines, Exhibits, and collections centered around the products and companies who have been at the center of this transformation.
IBM’s EL-1: a milestone in e-beam lithography
The Chip Insider's review of Applied Materials' Producer at its introductio ...
How the 2007-2008 financial crisis that led to the great recession ignited ...
IBM was first with copper interconnect for semiconductors. It marked the su ...
TTID: This Time it’s Different or Time-to-Imminent-Disaster?
Wafer fab costs skyrocketing out of control
How the Moore’s Law raises income in relationship to the economies of the ...
These strategies were what made Intel so successful.
Who really invented the Integrated Circuit? In this video, Dan Hutcheson has a c ...
IBM’s EL-1: a milestone in e-beam lithography
Wafer fab costs skyrocketing out of control
Jack Kilby’s Nobel Prize acceptance speech on the invention of the Integrated ...
IBM was first with copper interconnect for semiconductors. It marked the success ...
When Back End of the Line wafer processing was new and emergent.
VLSI's Customer Satisfaction Survey Celebrates 30 Years of award winning semicon ...
VLSI Research's History of the semiconductor equipment industry covers its devel ...
Tencor (later evolved to be KLA - Tencor) is in the bedrock of the semiconducto ...
This video shows what it was like to work in a state-of-art fab during the late ...
The Invention of the Transistor and the Birth of the Information Age. Michael Ri ...
John Bardeen and Transistor Physics by Howard R. Huff, International SEMATECH
The History of the invention of the Integrated Circuit. Why it wasn't so predict ...
A Presentation Draft of The First Wafer Fab Cost Optimization Model1980
A conversation with Robert N. Noyce and Karel Urbanek
Alex describes the second phase of Teradyne history and how they built the compa ...
Toshio Maruyama reflects on the history and future of Advantest and its role in ...
Kazuo Ushida: President, Nikon Precision Equipment Company: Advancing Nano-Litho ...
How Andy changed our industry in fundamental ways.
How the SIA got started is an video interview with the legendary Wilf Corrigan w ...
William Holt: Striking the Right Balance Between Manufacturing Costs and Design ...
Rick Wallace: CEO, KLA-Tencor: KLA-Tencor and Accelerating the 45nm Yield Ramp
Mark Bohr: Senior Fellow and Director of Process Architecture & Integration, Int ...
In the final installment of this three-part interview, Jim Morgan expands on the ...
If you spend anytime researching Silicon Valley, you will find the name Robert N ...
This technical paper laid out the future of yield management, covering all the i ...
Teradyne - J973 VLSI Test System
These strategies were what made Intel so successful.
Advantest turned 50 on July 1, 2004. It was a milestone for one of Japan's great ...
Applied Materials - Endura 5500 PVD: The first bullet-proof multi-chamber, multi ...
KULICKE & SOFFA - 50th Anniversary
The industry was in its childhood? When two or three SEMICON trade shows covered ...
TEL's Clean Track Photoresist Processing System
TTID: This Time it’s Different or Time-to-Imminent-Disaster?
This is a children's story about Little Lil the ladybug and her journey across a silicon wafer and down into a semicondu ...
Did you know that the chip makers routinely make films one atom at a time? It's called Atomic Layer Deposition. It sound ...
Lisa Su, VP of IBM's Semiconductor Research & Development Center, describes what math and science have done for her.
Microprocessors are essential to many of the products we use every day such as televisions, cars, radios, home appliance ...
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