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A Tale of Two Semiconductor Companies

A Tale of Two Semiconductor Companies

Quantum companies are exploring strategies to develop quantum computers by utilizing decades of semiconductor investments. The Quantum Computing Report highlights insights from GlobalFoundries and Snowcap Compute, showcasing their distinct approaches to integrating semiconductor expertise into quantum technology.


How are semiconductor manufacturing techniques being applied to quantum computing development?
Semiconductor manufacturing techniques, such as those used by GlobalFoundries, are being leveraged to fabricate silicon-based quantum chips. These chips integrate arrays of quantum dots (qubits) and control electronics on a single chip using established high-volume semiconductor processes. This approach enables rapid, large-scale characterization and scalability, bridging the gap between quantum research and industrial-scale production.
Sources: [1], [2]
What advantages does GlobalFoundries' 22FDX platform provide for quantum chip fabrication?
GlobalFoundries' 22FDX platform offers power-efficient edge processing, system-on-chip integration, and supports cryogenic tuning and control at temperatures as low as 1 Kelvin. It provides a back gate bias capability that enhances readout and control operations for quantum devices, making it significantly advantageous compared to bulk silicon solutions for scalable quantum processor manufacturing.
Sources: [1], [2]

30 July, 2025
Quantum Computing Report

2D Transistors Could Come Sooner Than Expected

2D Transistors Could Come Sooner Than Expected

CDimension, a startup from MIT, claims to have developed a low-temperature method for growing 2D semiconductors like MoS2 on silicon, potentially revolutionizing chip design. This innovation could enable advanced, energy-efficient transistors within a decade, significantly enhancing performance.


What are 2D semiconductors, and how do they differ from traditional materials?
2D semiconductors are materials that are only a few atoms thick, offering advantages like higher energy efficiency and integration density compared to traditional bulk materials. They can be stacked to create denser, more powerful chips without the limitations of traditional silicon-based transistors[2][3].
Sources: [1], [2]
How does CDimension's low-temperature method for growing 2D semiconductors like MoS2 on silicon improve chip design?
CDimension's method allows for the direct growth of ultra-thin 2D materials onto finished silicon wafers without damaging the underlying circuitry. This approach enables dense vertical stacking, improves energy efficiency, and increases integration density, potentially revolutionizing chip design by overcoming traditional manufacturing hurdles[1][3].
Sources: [1], [2]

17 July, 2025
IEEE Spectrum

Semicon China: an expert’s takeaways

Semicon China: an expert’s takeaways

Semicon China showcased the booming semiconductor industry, highlighting generative AI's role in growth. Despite challenges, including geopolitical tensions and market competition, the event attracted over 35,000 visitors, emphasizing China's pivotal position in the global semiconductor landscape.


What is the significance of Semicon China in the global semiconductor industry?
Semicon China is a pivotal event in the global semiconductor industry, showcasing advancements in semiconductor manufacturing and highlighting China's growing role in the sector. It attracts significant international participation, despite geopolitical challenges, and serves as a platform for industry leaders to share innovations and trends, such as the integration of AI in semiconductor development.
Sources: [1]
How does Semicon China reflect the current state of the semiconductor industry in China?
Semicon China reflects the rapid growth and increasing importance of China's semiconductor industry. The event highlights China's expanding market share, particularly in areas like power electronics and compound semiconductors, where domestic companies are gaining prominence. This growth is driven by factors such as the rise of electric vehicles and government support for localization efforts.
Sources: [1]

07 April, 2024
TechNode

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