➀ The automotive industry is rapidly evolving towards intelligent, connected, and autonomous vehicles with SoC technology; ➁ Chiplet-based architectures offer modular, scalable, and customizable solutions for automotive SoC design; ➂ Cadence provides tools and frameworks to enhance the design process and ensure safety, performance, and reliability.
Recent #SoC Design news in the semiconductor industry
➀ SemiFive is expected to exceed $70 million in revenue after only five years of operation; ➁ The company is a Design Solution Partner (DSP) to Samsung Foundry; ➂ SemiFive offers its own SoC design platform to its fabless customers.
➀ The need for a Python-based design environment in the semiconductor industry; ➁ The advantages of Python in SoC design; ➂ Python's role in academia and industry; ➃ Defacto's SoC Compiler and its Python API; ➄ Case study on using Python for RTL code generation.
➀ The complexity of SoC designs continues to rise, making RDC verification challenging; ➁ Data analytics techniques can automate RDC verification, reducing manual analysis and improving efficiency; ➂ Case study shows a significant reduction in RDC violations through data-driven analysis.
1. Defacto and Arm have jointly developed an SoC design flow to automate the process from architecture exploration to top-level file generation for implementation and verification. 2. The solution integrates Arm IP Explorer and Defacto’s SoC Compiler, enabling quick generation of multiple SoC configurations and significantly reducing design time. 3. This solution is targeted at Arm users who need to rapidly build new Arm-based SoC configurations, enhancing efficiency and reducing costs and time to market.