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
- A Synopsys Webinar Detailing IP Requirements for Advanced AI Chips4 months ago
- CEO Interview with Brad Booth of NLM Photonics4 months ago
- Raspberry Pi Pico 2's RP2350 SoC goes on general sale4 months ago
- Dolphin Semiconductor Provides High-Performance LDO Regulators in TSMC 22nm to Ingenic for IPC Applications5 months ago
- Intel Xeon 6 SoC is Here Granite Rapids-D is HUGE5 months ago
- Arteris Revolutionizes Semiconductor Design with FlexGen – Smart Network-on-Chip IP5 months ago
- Automotive UWB SoC For Secure Access5 months ago
- RANSemi and Antevia Networks partner for 5G private networks5 months ago
- Nanjingwei Focuses on SoC, Making Another Move5 months ago
- Low-Power Bluetooth SoCs For IoT Applications6 months ago