When the topic of hardware emulation comes up, thoughts of big iron customarily come to mind. However, hardware emulation has evolved significantly and now there are other important traits that distinguish the offerings in this area. For a very long period of time emulators provided primarily a method to accelerate gate level… Read More
Software-centric Emulation environment takes the forefront in modern SoC verification. As more and more devices are IoT enabled, the SoCs have to make special provisions to factor many things including communication, power usage, and network switching, and so on. Also, the demand for an SoC (specifically for smartphone which… Read More
To fans of Godel, Escher and Bach (the Eternal Golden Braid), there is an appealing self-referential elegance to the idea of verifying a network switch in a cloud-like resource somewhere on the corporate network. That elegance quickly evaporates however when you consider the practical realities of verifying such device in ICE… Read More
When Ethernet was introduced in 1983 it ran at 10Mbps and mostly relied on hubs and coaxial cable. Twelve years later a faster speed was introduced, running at 100Mbps. Since then we have seen an acceleration of new data rate introductions. According top the Ethernet Alliance, Ethernet could have 12 speeds before 2020, with 6 of … Read More
When most people talk about the IoT, it is usually all about wearables-this and low-power-that – because everyone is chasing the next huge consumer post-mobile device market. Mobile devices have provided the model. The smartphone is the on-ramp to the IoT for most consumers, with Bluetooth, Wi-Fi, and LTE, and maybe a dozen or … Read More
Ethernet is suddenly a hot topic in SoC design again. The biggest news may be this: it’s not just the cloud and enterprise networks. Those are still important applications. The cloud is driving hard for more ports at 25G server and 100G switch speeds according to a recent Dell’Oro Group report. Enterprise networks are driving for… Read More
It’s been the case most of the time that until we hit a bottleneck situation, we do not realize that our focus is not at the right spot. Similar is the case with power analysis at the SoC level. Power has become equally if not more important than the functionality and other parameters of an SoC, and therefore has to be verified earlier … Read More
Last month in DAC I could see some of the top innovations in the EDA world. EDA is a key enabler for advances in semiconductor designs. Among a number of innovations worth mentioning (about which I blogged just after DAC), the integration of Mentor’s Veloce with ANSYS’ PowerArtist for power analysis of live applications caught my… Read More
It gives me a very nice, somewhat nostalgic, feeling after attending the 52[SUP]nd[/SUP] DAC. There was a period during my final academic year in 1990 and my first job when I used to search through good technical papers in DAC proceedings and try implementing those concepts in my project work. In general, representation from ‘R&D… Read More
On your last SoC project how well did your dynamic power estimates match up with silicon results, especially while running real applications on your electronic product? If your answer was, “Well, not too good”, then keep reading this blog. A classical approach to dynamic power analysis is to run your functional testbench… Read More
