If you’re in verification and you don’t know who Paul Cunningham is, this is a guy you need to have on your radar. Paul has risen through the Cadence ranks fast, first in synthesis and now running the verification group, responsible for about a third of Cadence revenue and a hefty percentage of verification tooling in the semiconductor… Read More
It requires lateral thinking in bringing new innovation into conventional solutions to age-old hard problems. While the core logic design has evolved adding multiple functionalities onto a chip, now called SoC, the structural composition of DFT (Design for Testability) has remained more or less same based on XOR-based compression… Read More
There have always been novel technologies vying to compete with conventional design practices. It is hit or miss on the success of these ideas. In the 90’s I recall speaking to someone who was convinced that they could effectively build computers based on multilevel logic. This, as we know did not pan out. But there have been many … Read More
On Tuesday Cadence made a big announcement about their new physical implementation offering, Innovus, during the keynote address at the CDNLive event in Silicon Valley. Cadence CEO Lip-Bu Tan alluded to it during his kick off talk, and next up Anirudh Devgan, Senior Vice President, Digital & Signoff Group, filled in more … Read More
Big processors get all the love, it seems. It’s natural, since they are highly complex beasts and need a lot of care and feeding in the EDA and fab cycle. But the law of large numbers is starting to shift energy in the direction of optimizing microcontrollers.
I mulled the math in my head for a while. In a world with 7 billion people and … Read More
Cadence this morning announced that it has acquired Azuro. Azuro has become a leader in building the clock trees for high performance SoCs. A good rule of thumb is that the clock consumes 30% of the power in an SoC so optimizing it is really important. Terms were not disclosed.
The clock trees involve clock gating which can reduce clock… Read More
