very-large-scale integration
PulseAugur coverage of very-large-scale integration — every cluster mentioning very-large-scale integration across labs, papers, and developer communities, ranked by signal.
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LLM-designed algorithms boost VLSI macro legalization efficiency
Researchers have developed MacroAgent, a novel framework designed to improve macro legalization in very large-scale integration (VLSI) designs. This four-stage approach utilizes Large Language Models (LLMs) to generate …
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New VLSI architecture targets sustainable AI with dynamic precision scaling
Researchers have developed Eco-SoC, a novel VLSI architecture designed for sustainable artificial intelligence. This architecture features a Dynamic Precision-Scaling Logic (DPSL) framework that dynamically adjusts bit-…
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Intel details future chip tech: CFET, GaN integration, and new interconnects
Intel has unveiled advancements in its chip manufacturing technology, including the Intel 18A-P process node which offers improved performance and power efficiency over its predecessor. The company also detailed progres…
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New VeriHGN framework predicts chip layout congestion
Researchers have developed VeriHGN, a new framework for predicting congestion in chip layout verification. This approach uses an enhanced heterogeneous graph to unify circuit components and spatial grids, allowing for a…
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AI agents curate open-source VLSI benchmark suite
Researchers have introduced HighTide, a new benchmark suite for Very Large Scale Integration (VLSI) design that utilizes AI agents for curation. This open-source suite supports multiple design languages and technology n…
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Graph Neural Networks accelerate VLSI design with faster capacitance modeling
Researchers have developed GNN-Ceff, a novel method utilizing Graph Neural Networks for post-layout effective capacitance modeling in VLSI design. This approach aims to improve the accuracy and speed of static timing an…