One of the most unique acronyms that I learned about this past year is ACAP from Xilinx, which stands for Adaptive Compute Acceleration Platform. At the recent Cadence LIVE event, I had the pleasure of watching Pei Yao, a Xilinx senior staff CAD engineer, as she talked about the challenges of getting all the analog and mixed-signals… Read More
Author: Daniel Payne
Circuit Simulation Challenges to Design the Xilinx Versal ACAP
EDA Design and Amazon Web Services (AWS)
I first remember blogging about EDA in the cloud starting back in 2011, so what’s changed in the last 10 years you may ask? In 2011, it was basically a handful of EDA point tools running batch mode in the cloud, and you were on your own to integrate those into a coherent flow, so expect help from the CAD and IT departments for sure.… Read More
Speed Up LEF Generation Times on Huge IC Designs
For IC designs there are many data formats used throughout the logical and physical design process, and one of those file formats is called LEF, an acronym for Library Exchange Format, created by Tangent, an early EDA company with Place and Route tools that was acquired by Cadence way back in March 1989. LEF generation times can become… Read More
Cadence adds a new Fast SPICE Circuit Simulator
In the early years of Cadence their growth was bolstered through many well-timed acquisitions, however over the last several years I’ve noticed a distinctively different trend where they have internally developed EDA tools. I had a Zoom call with Jay Madiraju from Cadence, who markets their newly announced Fast SPICE … Read More
From Silicon To Systems
The annual Siemens Digital Industries Software user group event was held virtually on May 26th, which made it easy to attend from my home office, although selecting from the list of speakers was a challenge, because they offered 475 sessions, wow. My focus is EDA, so I listened to Joseph Sawicki, the Executive Vice President, IC … Read More
Siemens EDA Acquires an IP Validation Tool for standard cells, IO and Hard IP
We’re living in an era of good growth for semiconductor design companies, and it’s no secret that each new SoC that comes along contains hundreds of IP blocks, so IP design re-use is just an accepted way of getting to market more quickly with lower risks. But how do we really know that all of the new IP is really correct? … Read More
Functional Safety – What and How
I’ve written before about how the automotive industry adheres to functional safety (FS) as defined in the ISO 26262 standard, along with other SemiWiki bloggers. That standard certainly defines the What part of FS, however it doesn’t mandate how you meet the standard, what tools you should be using, file formats … Read More
Safety Architecture Verification, ISO 26262
I love to read articles about autonomous vehicles and the eventual goal of reaching level 5, Full Automation, mostly because of the daunting engineering challenges in achieving this feat and all of the technology used in the process. The auto industry already has a defined safety requirements standard called ISO 26262, and one… Read More
Formal Verification Approach Continues to Grow
After a few decades of watching formal verification techniques being applied to SoC designs, it certainly continues to be a growth market for EDA vendors. In the first decades from 1970-1990 the earliest forms of formal tools emerged at technical conferences, typically written by University students earning their Ph.D.s, … Read More
Webinar: System Level Modeling and Analysis of Processors and SoC Designs
Engineers love to optimize their designs, but that implies that there are models and stimulus to automate the process. Process engineers have TCAD tools, circuit designers have SPICE for circuit simulation, logic designers have gate-level simulators, RTL designers use logic simulation, but what is there for the system architects… Read More
Rapidus, IBM, and the Billion-Dollar Silicon Sovereignty Bet