Semiconductor Chip– tag –
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Organ-on-Chip Platforms Accelerate Nanoparticle Drug Development, Validating Toxicity Reduction and Targeting with Human Physiologically Relevant Models
AIP.ORG USA Overview Organ-on-chip (OoC) technology promises to significantly accelerate nanoparticle-based drug development by overcoming the long-standing challenge of insufficient human physiological relevance in traditional models. B... -
Nanotechnology Reshapes Industries from Electronics and Medicine to Food and Automotive with Diverse Applications
Vajiram & Ravi India Overview Nanotechnology, the study and manipulation of matter at the 1-100 nanometer scale, is integrating into diverse industries by enabling lighter, stronger, and more functional materials. Specifically, nanoelect... -
Microchip Technology Acquires Hailo to Significantly Strengthen Edge AI Strategy and Expand into Space & Industrial Sectors
TradingView USA Overview Microchip Technology has finalized an agreement to acquire Hailo, a leading provider of accelerated edge AI processors, advanced vision processing solutions, and robotics processors. This acquisition strongly com... -
Intel Unveils “Starfire”: First Space-Grade Processor Integrating AI Acceleration and Radiation Hardening
Semiconductor Engineering USA Overview Intel announced "Starfire" in July 2026, its inaugural processor designed for space, combining cutting-edge AI acceleration with robust radiation hardening. This system-on-chip is built on Intel's a... -
BAE Systems’ Rad-Hard RAD750 Chip Proven Highly Reliable, Adopted by Jupiter Probe Juno
Medium UK Overview BAE Systems' radiation-hardened RAD750 chip serves as the primary flight computer for multiple deep space missions, including NASA's Curiosity Mars rover, Jupiter probe Juno, and the upcoming Europa Clipper. The chip a... -
Intel Unveils Rad-Hard Starfire Processor for Space Missions, Integrating AI for Enhanced On-Orbit Data Processing
HyperFRAME Research USA Overview Intel has launched 'Starfire,' a space-grade System-on-Chip combining 18A process CPUs and NPUs with Intel 3 node GPU tiles. This processor operates in extreme temperatures (-55°C to +125°C) and features ... -
MDPI Paper Introduces Compute-Density Metrics for AI Space Missions, Accelerating High-Performance AI on Small Satellites
Engineering Proceedings (MDPI) Switzerland Overview A study in MDPI's Engineering Proceedings proposes 'TOPS/kg' as a new compute-density metric to enable future AI missions in space. This metric provides crucial design criteria for depl... -
IMEC, TSMC, Intel, and Samsung Pursue Atomically-Thin 2D Transistors to Sustain Moore’s Law Beyond Silicon in 2026
Internet Pros USA Overview As silicon transistors approach scaling limits, industry leaders IMEC, TSMC, Intel, and Samsung are shifting to atomically-thin 2D semiconductors for next-generation chips. Materials like molybdenum disulfide (... -
Renesas Electronics Unveils Radiation-Hardened Processors for Deep Space Missions, Balancing Computational Power and Reliability
Renesas Electronics Press Release Japan Overview Renesas Electronics has announced new radiation-hardened processors capable of withstanding the harsh radiation environments of deep space missions. These processors are designed for inter... -
Microchip Technology Unveils Radiation-Hardened Microcontroller for Critical Space Applications, Ensuring High-Reliability Missions
Microchip Technology Product Announcement USA Overview Microchip Technology has announced a new radiation-hardened microcontroller designed to withstand the harsh radiation of the space environment. This device is specialized for high-re...
