Why and How ITRS Worked to Recover the Breakdown of “Scaling Law” in 2000s—Structural Frame Analysis of Si-CMOS Semiconductor Technologies

Yasunaga, Yuko

doi:10.1109/tem.2020.3018818

“…Without going into detail of these attempts to advance Artificial Intelligence (AI)-driven solutions, silicon and similar semiconductor materials are long-standing materials for nano- and microelectronic chip integration serving an electronics consumer industry that is heavily invested in driving innovative markets based on Moore’s law [ 14 ]. This innovation is guided by a strong industry association and its International Technology Roadmap for Semiconductors (ITRS) [ 15 ]. Next, More-than-Moore thinking implements miniaturization and integration to diversify applications for the existing, but expensive, high-tech microfabrication methods in the semiconductor industry, when addressing low-volume applications in chip manufacturing reusing existing processing lines is key.…”

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Editorial for the Special Issue on Microfluidic Brain-on-a-Chip

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2021

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Radio‐Frequency‐Integrated Circuits

Chongcheawchamnan,

Karacaoglu,

Amsdon

et al. 2024

Encyclopedia of RF and Microwave Engineering

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This chapter gives an overview of the technology and design of radiofrequency (RF)‐integrated circuits in silicon technology. These circuits have transformed the field of wireless communications, forming the heart of sophisticated multiple‐input, multiple‐output RF transceivers for use in cellular handsets. The technology is now starting to transform new fields in the millimeter‐wave frequency range, enabling it to be used for new consumer applications such as radars for autonomous cars. The chapter describes the key active device technologies and passive components before going on to describe the state of the art in circuit design techniques. There are separate sections dedicated to the design of amplifiers, oscillators, mixers and modulators, and integrated transceivers. A final section gives an introduction to the importance of taking the packaging into account at the chip design and layout stage, as well as describing the rapidly emerging field of RF system‐in‐package technology, where sophisticated millimeter‐wave antenna arrays can be integrated with active circuits. The chapter includes 180 references to research papers describing advanced techniques developed in both industry and academia.

show abstract

Radio‐frequency‐integrated Circuits

Chongcheawchamnan,

Karacaoglu,

Amsdon

et al. 2024

Encyclopedia of RF and Microwave Engineering

0

View full text Add to dashboard Cite

This chapter gives an overview of the technology and design of radiofrequency (RF)‐integrated circuits in silicon technology. These circuits have transformed the field of wireless communications, forming the heart of sophisticated multiple‐input, multiple‐output RF transceivers for use in cellular handsets. The technology is now starting to transform new fields in the millimeter‐wave frequency range, enabling it to be used for new consumer applications such as radars for autonomous cars. The chapter describes the key active device technologies and passive components before going on to describe the state of the art in circuit design techniques. There are separate sections dedicated to the design of amplifiers, oscillators, mixers and modulators, and integrated transceivers. A final section gives an introduction to the importance of taking the packaging into account at the chip design and layout stage, as well as describing the rapidly emerging field of RF system‐in‐package technology, where sophisticated millimeter‐wave antenna arrays can be integrated with active circuits. The chapter includes 180 references to research papers describing advanced techniques developed in both industry and academia.

show abstract

Why and How ITRS Worked to Recover the Breakdown of “Scaling Law” in 2000s—Structural Frame Analysis of Si-CMOS Semiconductor Technologies

Cited by 5 publications

References 10 publications

Editorial for the Special Issue on Microfluidic Brain-on-a-Chip

Editorial for the Special Issue on Microfluidic Brain-on-a-Chip

Radio‐Frequency‐Integrated Circuits

Radio‐frequency‐integrated Circuits

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