With the EE Cockpit in Allegro X System Capture, electrical engineers can run analyses during the schematic design phase without needing complicated analysis setups or specialized models to get meaningful results. With in-design analysis, they can provide accurate constraints to the PCB designer and verify that these constraints… Read More
Manufacturing issues can be a big reason why your project timelines get derailed and even result in costly failures. By understanding common errors that occur while designing or creating your fabrication and assembly documentation, you can avoid making the same mistakes on future designs. With access to over 80 comprehensive… Read More
Date: Thursday, April 25, 2024
Time: 14:00pm (Taipei Time)
Signal and power integrity (SI/PI) are top priorities for engineers designing today’s high-speed, high-density PCBs. Easy-to-use in-design analysis directly integrated into the Allegro PCB design environment can uncover SI/PI issues early in the design process,… Read More
In the world of electronic systems design, complexity has always been a major challenge. As technology advances and demands for more efficient and powerful electronic devices grow, engineers face increasingly intricate design requirements. These complexities often lead to longer design cycles, increased costs, … Read More
Generative AI is all the rage with systems like ChatGPT, Google Bard and DALL-E being introduced with great fanfare in the past year. The EDA industry has also been keen to adopt the trends of using AI techniques to assist IC engineers across many disciplines. Saugat Sen, Product Marketing at Cadence did a video call with me to explain… Read More
SemiWiki readers from a digital IC background might find it surprising that post-PCB route analysis for high speed serial links isn’t a routine and fully automated part of the board design process. For us, the difference between pre- and post-route verification is running a slightly more accurate extraction and adding SI modelling,… Read More
Electronic Design Automation (EDA) is a critical industry which enables the development of electronic systems. Traditionally, EDA has been bifurcated into two distinctive market segments: Semiconductor and Systems (PCB). If one were to look at the EDA industry in the early 1970’s, one would find significant capabilities… Read More
Semiconductors sit at the heart of the electronics revolution, and the scaling enabled by Moore’s law has had a transformational impact on electronics as well as society. Traditionally, the relationship between semiconductor companies and their customers has been a function of the volume driven by the customer. In very … Read More
For the past few decades, System-on-Chip (SoC) has been the gold standard for optimizing the performance and cost of electronic systems. Pulling together practically all of a smartphone’s digital and analog capabilities into a monolithic chip, the mobile application processor serves as a near-perfect example of an SoC. But… Read More
Ansys HFSS has been the world’s trusted gold standard for electromagnetic analysis for many years. As chip designs get bigger and more complex many users report that they’re extremely happy with the gold standard accuracy of HFSS but wish it would run faster. Fortunately Ansys has introduced many capabilities to HFSS over the… Read More
