Topic: Moore's Law
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The Enduring Legacy of Moore’s Law
Moore’s Law, an observation made by Intel co-founder Gordon Moore in 1965, has been a guiding force in the semiconductor industry and beyond. It’s not a law of physics but an empirical observation that has predicted the exponential growth of computing power over the past several decades.
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Ex-Intel CEO Aims to Revive Moore’s Law Using Light
After leaving Intel in late 2024, Pat Gelsinger took 100 meetings in 100 days before joining Playground Capital as a general partner, focusing on deep tech startups to revive Moore's Law. Gelsinger believes the solution lies in advancing lithography, and upon joining Playground, he took a board s...
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Pat Gelsinger's Plan to Save Moore's Law with Federal Help
Pat Gelsinger, former Intel CEO, is now executive chairman of semiconductor startup xLight, which has secured a preliminary U.S. government funding agreement for up to $150 million, making the federal government its largest shareholder. xLight aims to revolutionize chip manufacturing by developin...
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Inside the $400 Million Machine: A Closer Look
A $400 million EUV lithography machine from ASML is critical for producing advanced computer chips, which power modern AI and underpin the digital economy. A detailed Veritasium video provides rare access and clear explanation of this complex technology, highlighting its precision and the public'...
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2D Materials Integrated on Silicon Chips in Major Breakthrough
Scientists have successfully created a fully operational memory chip using two-dimensional materials integrated directly onto a standard silicon wafer, combining a 2D NOR flash memory array with a CMOS controller. The chip, fabricated via the ATOM2CHIP process, achieved a 94.34% yield, operates a...
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NVIDIA Claims 1,000,000x Leap in Path Tracing for Future GPUs
NVIDIA projects a million-fold performance leap in real-time path tracing for future GPUs, driven by AI and enhanced RT cores. This AI-accelerated approach aims to enable photorealistic rendering for gaming, professional visualization, and scientific simulation. While representing a fundamental s...
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Next-Gen CPUs: Supercharging High-Performance Computing
CPUs remain foundational due to their flexibility, compatibility, and cost efficiency, ensuring reliable performance with minimal software disruption across applications. Innovations in chiplet architecture, integrated memory, and hybrid designs are expanding CPU capabilities, balancing performan...
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