World's Lowest Write Power Operation for High-Speed SOT-MRAM Cell Achieved

  • News: Supply Chain Uncertainty Hits Canada’s Chip Sector
  • Launches: Indian Startup Engineers Economical eVTOLs
  • Charts: World's Lowest Write Power Operation for High-Speed SOT-MRAM Cell Achieved
  • Research: AI Chip Developed for Decentralized Use Without the Cloud
  • Insight: Computer Scientists Discover New Security Vulnerability in Intel Processors

News

Supply Chain Uncertainty Hits Canada’s Chip Sector
Canada’s semiconductor industry faces significant challenges within a complex global supply chain. Experts at the CHIPS NORTH Executive Summit discussed maintaining manufacturing capabilities and the importance of flexibility in supplier networks. Recent investments by the Canadian government aim to bolster chip packaging capacities, while industry leaders emphasize the necessity of adapting to both technological and geopolitical disruptions.

Supply Chain


Launches

Indian Startup Engineers Economical eVTOLs
The Indian startup ePlane Co. is pioneering electric vertical take-off and landing (eVTOL) aircraft, focusing on efficient, compact designs for urban transport. With its unique architecture promising reduced costs and the ability to operate from rooftops, ePlane aims to address the limitations of current battery technology while preparing for certification and commercial launches by 2027.

eVTOL


Charts

World’s Lowest Write Power Operation for High-Speed SOT-MRAM Cell Achieved
Researchers at Tohoku University have set a new record for the lowest write power in SOT-MRAM technology, achieving an energy efficiency of just 156 fJ. This advancement is expected to propel the use of SOT-MRAM in future high-performance electronic devices, providing a greener alternative to existing memory technologies.

SOT-MRAM


Research

AI Chip Developed for Decentralized Use Without the Cloud
A neuromorphic AI chip from the Technical University of Munich operates without cloud connections, mimicking human brain functions for energy-efficient on-site calculations. This chip demonstrates significant advancements in processing efficiency, paving the way for customized AI solutions that enhance security and reduce reliance on cloud computing.

AI Chip


Insight

Computer Scientists Discover New Security Vulnerability in Intel Processors
Researchers from ETH Zurich have identified a new class of vulnerabilities in Intel processors that exploit speculative execution to gain unauthorized access to data. This discovery raises concerns about data security in multi-user environments and highlights the need for robust security measures in future processor designs.

Intel Vulnerability


Stay tuned for more updates and insights from the semiconductor industry as we continue to monitor these exciting developments and challenges.

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