Specification Automation for Designers
If there’s one good thing to emerge amid all the challenges of the last year and a half, it’s improved technology for remote learning. On-line talks, webinars, and podcasts are
Read moreIf there’s one good thing to emerge amid all the challenges of the last year and a half, it’s improved technology for remote learning. On-line talks, webinars, and podcasts are
Read moreIn a post last year, I discussed our recently announced Standard Library of IP Generators (SLIP-G™). This library has proven to be quite popular with our users, and that’s not
Read moreIt’s hard to think of any electronic design automation (EDA) innovation that’s had more impact than the Universal Verification Methodology (UVM). After decades of ad hoc designer-centric simulation and a
Read moreThe last month has been busy for all of us at Agnisys, with three important virtual events. As I previewed in my last post, we held our first Agnisys
Read moreIn my last post, I discussed the importance of partners to the EDA industry in general, and to Agnisys in particular. Partnerships exist because our users demand them. In today’s
Read moreRecently, I’ve been thinking about how vital partners are to the EDA industry in general, and for Agnisys in particular. When I thought about writing a blog post on this
Read moreWhen engineers discuss system-on-chip (SoC) designs, they’re almost always talking about embedded systems with both hardware and software content. In fact, many argue that a chip must contain at least
Read moreElectronics in general, and embedded systems in particular, become more critical every day. There is hardly a single aspect of our lives that is not controlled, monitored, or connected by
Read moreOver the last couple of months, I have discussed some key recent additions to the Agnisys solutions for system-on-chip (SoC) automation, including three new products announced at this year’s virtual
Read moreRegister-transfer-level (RTL) code, formal analysis, RTL simulation, and logic synthesis have all raised the abstraction level of electronic design and verification. Today’s designers operate very differently than their predecessors who
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