1. The complexity of modern SoC designs requires realistic workloads and advanced power analysis methods to improve energy efficiency. 2. Traditional methods using synthetic simulation vectors often underestimate power consumption and lead to inefficient optimization. 3. Incorporating software-driven workloads and advanced analysis techniques enables accurate power consumption assessment and early optimization in the design process.
Related Articles
- Nvidia invests $5 billion in Intel, new SoC partnership announcedabout 1 month ago
- The Rise, Fall, and Rebirth of In-Circuit Emulation (Part 1 of 2)about 1 month ago
- Silicon Labs claims world first with PSA Level 4 iSE/SE-certified SoC3 months ago
- UWB SoCs shine with UWB radar technology3 months ago
- Snapdragon 8 Elite Gen 2 Tipped For 5GHz And A Huge Lift For Flagship Phones4 months ago
- First Agentic AI Multi-Block SoC Platform5 months ago
- Premier ASIC and SoC Design Partner Rebrands as Aion Silicon6 months ago
- Faraday Adds QuickLogic eFPGA to FlashKit‑22RRAM SoC for IoT Edge6 months ago
- Compact Wireless SoC With Memory And Power6 months ago
- Hailo Selects Avnet ASIC as Channel Partner for TSMC Silicon Production6 months ago