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10 articles
Stealth startup Kepler Computing claims a breakthrough chip design and proprietary material that could end the memory shortage driving surging prices.
Qualcomm is designing custom chips for AWS, with a focus on AI inference, while using AWS Bedrock to optimize the chip development process.
Learn how to simulate and analyze advanced packaging layouts using Python, preparing you for real-world applications in chip design and manufacturing as TSMC expands its capabilities in Chiayi.
Oxmiq Labs has raised $35 million to scale its OxCore GPU architecture, offering a licensing model that lets companies build custom AI chips without lengthy and costly design cycles.
Huawei's 'chip queen' He Tingbo reemerges after seven years in the shadows with a bold new scaling law for chip design.
Huawei introduces the Tau Scaling Law, a new chip design approach that focuses on reducing signal-propagation time instead of shrinking transistors, as a workaround for U.S. sanctions.
Learn to use Yosys, an open-source semiconductor design tool, to create and simulate digital circuits. This hands-on tutorial teaches fundamental chip design concepts using real industry tools.
AI is revolutionizing chip design by automating complex processes and lowering barriers to entry for smaller companies. This shift could democratize access to custom silicon and accelerate innovation across multiple industries.
Learn to design and simulate AI chip architectures using Python, modeling neural network computations and optimizing for performance and power efficiency.
Learn to simulate basic chip designs and understand export control compliance using Python, building practical skills for working with semiconductor technologies.
