The semiconductor industry seems to be the most challenged in terms of cost of error; a delay of 3 months in product development cycle can reduce revenue by about 27% and that of 6 months can reduce it by almost half; competition is rife, pushing the products to next generation (with more functionality, low power, high performance,… Read More
Integration is often an underrated attribute of good tools, compared to raw performance and technology. But these days integration is differentiation (try telling that to your calculus teacher). Today at DVCon Synopsys announced Verification Compiler which integrates pretty much all of Synopsys’s verification technologies… Read More
Since Synopsys acquired Eve over a year ago, they haven’t announced anything new in the ZeBu product line. Emulators are not like software where you expect incremental releases a couple of times per year, each new “release” is a complete re-design using new hardware fabric in a new process technology. Earlier… Read More
Yesterday evening was EDAC’s first mixer. I assume the first of a regular event. It was held in Mountain View in the old train station which is now the Savvy Cellar wine bar. I had a nice glass of rosé from Provence that reminded me of the years that I lived in the south of France. Some of the money we spent went to charity, to the Mountain… Read More
As your SoC design can contain hundreds of IP blocks, how do you verify that all of the IP blocks will still work together correctly once assembled? Well, you could run lots of functional verification at the full-chip level and hope for the best in terms of code coverage and expected behavior. You could buy an expensive emulator to … Read More
DRVerify is part of the iDRM design rule compiler platform from Sage DA, something that I have been personally involved with for the past three years. DRVerify is mainly used to verify third party design rule check (DRC) decks and ensure that they correctly, completely and accurately represent the design rule specification. In… Read More
Power delivery networks (PDN) are the metal structures on a chip that delivers the power. In a high-end desktop SoC this might be delivering as much as 150W, and with voltages around 1V that means over 150 amps of current. Clearly getting the PDN correct is critical for a correctly functioning chip. One of the challenges to verifying… Read More
My first introduction to modeling an AMS behavior using a language was back in the 1980’s at Silicon Compilers using the Lsim simulator. Around the same time the VHDL and Verilog languages emerged to handle the modeling of both digital and some analog behaviors. The big reason to model analog behavior with a language is for… Read More
As usual, since they are firmly in the verification space, Jasper will have a number of things going on at DVCon 2014 which is March 3-6th at the Doubletree in San Jose. In the exhibition hall they are at booth #402.
Jasper will be happy to talk to you about anything, I’m sure, but the focus this year is on the JasperGold Security… Read More
Networks-on-chip (NoCs) are very configurable, arguably the most configurable piece of IP that you can put on a chip. The only thing that comes close are highly configurable extensible VLIW processors such as those from Tensilica (Cadence), ARC (Synopsys) and CEVA but Sonics would argue their NoCs are even more flexible. But … Read More
