AI Infrastructure
AI infrastructure and compute ecosystem
Articles
LLM Agents Refactor Software for High-Level Synthesis: A CMU-UCLA Collaboration⭐9
LLM agents from CMU and UCLA automate software refactoring for high-level synthesis, reducing manual HLS effort by 70%.
Chip Industry Week In Review⭐8
Chip industry surges with chiplet adoption, AI-driven EDA, and fab expansions. Advanced packaging faces bottlenecks; AI boosts test efficiency. Trends shaping 2...
Defending Against AI-Enabled Data Fusion⭐9
Learn how to defend against AI-enabled data fusion threats in 2026. Explore strategies like data minimization, differential privacy, and adversarial training to...
AI Data Centers and Auto Industry Converge on Same Issues⭐9
AI data centers and automotive sectors share critical challenges in chip design, power efficiency, thermal management, and integration demands, driving cross-in...
Observability: The Missing Layer in AI-Era Chiplet Design⭐10
By 2026, chiplet-based AI accelerators will require a dedicated observability layer to ensure reliability across multi-die systems, addressing critical gaps in ...
A Self-Evolving Agent Framework That Treats Hardware Design as Repository-Level Code Evolution (Nvidia Research)⭐8
Nvidia Research introduces a self-evolving agent framework for hardware design, treating HDL codebases as dynamic repositories for autonomous optimization and s...
Chip Industry Technical Paper Roundup: June 30, 2026⭐9
Chip industry papers this week highlight sub-2nm nodes, AI accelerators, and new memory tech. Key advances: GAA FETs, sparse attention engines, and 3D integrati...
Chip Industry Technical Paper Roundup: June 30⭐8
June 30 roundup: AI/ML advances, chiplet architectures, and automotive safety systems drive chip industry innovation.
LLM-driven, Formal Verification-Assisted Framework For Functional-Safety-Oriented Fault Criticality Assessment (ASU, TI)⭐8
ASU and TI propose an LLM-driven, formal verification-assisted framework for functional safety fault criticality assessment.
Hardware Fingerprinting Technique for Silicon Photonic ICs Using Photonic Crystal-Based Density-Controlled Patterns⭐9
A novel hardware fingerprinting technique uses photonic crystal density patterns to secure silicon photonic ICs against counterfeiting and cloning.