Logic simulation is a victim of its own success. It has been around for at least 40 years, has evolved through multiple language standards and has seen significant advances in performance and major innovations in testbench standards. All that standardization and performance improvement has been great for customers but can present… Read More
When it comes to functional verification of large designs, huge progress is being made in emulation and FPGA-based prototyping (about which I’ll have more to say in follow-on blogs), but simulation still dominates verification activity, all the way from IP verification to gate-level signoff. For many, while it is much slower… Read More
At DVCon I sat in on a series of talks on using higher-level abstraction for design, then met Adam Sherer to get his perspective on progress in bringing SystemC to the masses (Adam runs simulation-based verification products at Cadence and organized the earlier session). I have to admit I have been a SystemC skeptic (pace Gary Smith)… Read More
In today’s world where every device functions intelligently, it automatically becomes active on any kind of stimulus. The problem with such intelligence is that it can function unfavorably on any kind of bad stimulus. As the devices are complex enough in the form of SoCs (which at advanced process nodes are more susceptible to … Read More
In the current decade of SoCs, semiconductor design size and complexity has grown by unprecedented scale in terms of gate density, number of IPs, memory blocks, analog and digital content and so on; and yet expected to increase further by many folds. Given that level of design, it’s imperative that SoC verification challenge has… Read More
