Market Insights - Q4 2023 - New Design - Flipbook - Page 7
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General Market Insight
Semiconductor Industry News
SUSTAINABILTY
Breakthrough Superatomic Semiconductor Paves the Way for Blazing-Fast Computer Chips
" Researchers at Columbia University have discovered a ground-breaking super atomic semiconductor, Re6Se8Cl2,
which enables particles called excitons to travel in straight lines at speeds 100 to 1000 times faster than electrons
in silicon chips. This breakthrough could lead to the development of computer chips that are hundreds or
thousands of times faster than current technology, offering the potential for significant advancements in
computing performance and efficiency.
Semiconductor Industry's Carbon Challenge and Path to a Sustainable Future
" A comprehensive study by the Semiconductor Climate Consortium (SCC), in partnership with Boston Consulting
Group (BCG) and SEMI, underscores the semiconductor sector's growing carbon footprint and its imperative
alignment with the 1.5°C climate target. As the industry grapples with its emissions, the report emphasizes the
need for substantial R&D investment, collaborative efforts, and transitioning to low-carbon energy sources to
secure a sustainable, low-carbon future while meeting the surging demand for advanced semiconductors.
Sydney Nano's Breakthrough Photonic Chip: Revolutionizing Semiconductor Technology for Advanced
Applications
" In a ground-breaking achievement, researchers at the University of Sydney Nano Institute have developed a
compact silicon semiconductor chip that seamlessly integrates traditional electronics with photonic components,
expanding radio- frequency bandwidth and offering precise control over information flow. The innovative
architecture, resembling a Lego-like assembly of diverse materials through advanced packaging, opens avenues
for applications in advanced radar, satellite systems, wireless networks, and the evolving landscape of 6G and 7G
telecommunications. This pioneering technology not only propels advancements in microwave photonics but also
positions Australia to establish its sovereign chip manufacturing capabilities, reducing dependence on
international foundries for critical semiconductor processes.
New MAPT Roadmap Highlights Critical Semiconductor Research Priorities
" The Semiconductor Research Corporation (SRC) has introduced the Microelectronics and Advanced Packaging
(MAPT) Roadmap, highlighting crucial research priorities for advancing semiconductor technology. This roadmap
builds on the Decadal Plan for Semiconductors and addresses the five seismic shifts in the industry, emphasizing
key areas like advanced packaging, 3D integration, electronic design, nanoscale manufacturing, new materials, and
energy-efficient computing. To drive transformative innovations, it underscores the importance of sustained
public and private investments in semiconductor research, crucial for both the industry and the broader
economy.
Revolutionizing Semiconductor Production: Harnessing Microgravity in Low Earth Orbit for Terrestrial
Advancements
" A collaborative white paper by semiconductor and space manufacturing experts explores the advantages of
utilizing microgravity in Low Earth Orbit (LEO) for semiconductor production. The study highlights how Earth's
gravitational forces create challenges for efficient semiconductor manufacturing and suggests that the transition
to in-space production could overcome these barriers, offering practical benefits to the supply chain. The paper
advocates for leveraging LEO-based manufacturing to fulfil NASA’s In Space Production Applications' (InSPA)
objectives, aiming to enhance technological leadership, national security, job creation, and economic
development in LEO.
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