I stopped by the AMIQ EDA booth at DAC to get an update from Tom Anderson about their Integrated Development Environment (IDE), aimed at helping design and verification engineers save time. In my early IC design days we used either vi or emacs and were happy with having a somewhat smart text editor. With an IDE you get a whole new way … Read More
As regular readers may know, every few months I check in with Cristian Amitroaie, CEO of AMIQ EDA, to see what’s new with the company and their products. In our posts so far this year we’ve focused on verification, and now I’m wondering how an integrated development environment (IDE) provides benefits to designers. They work on huge… Read More
AMIQ EDA has caught my attention over the last few months. My first impression was that this was just another small IDE company trying to compete with established and bundled IDEs from the big 3, a seemingly insurmountable barrier. This view was challenged by an impressive list of testimonials, not just from the little guys but also… Read More
Mixed-signal design creates all sorts of interesting problems for implementation and verification flows, particularly when it comes to design for low power. We tend to think of mixed-signal as a few blocks like PLLs, ADCs and PHYs on the periphery of the design. Constrain and verify the digital power requirements up to analog … Read More
In a power hungry world of semiconductor devices, multiple ways are being devised to budget power from system to transistor level. The success of IoT (Internet of Things) Edge devices specifically depend on lowest power, lowest area, optimal performance, and lowest cost. These devices need to be highly energy efficient for sustained… Read More
As the number of CPU, GPU, and IP is growing in an SoC, power management is becoming more and more a complex task in itself. A single tool or methodology may not be enough for complete power management and verification of an SoC. In an SoC, there can be multiple modes of operations involving hardware and software interactions, different… Read More
In an SoC world driven by IP, where an SoC can have hundreds of IP (sourced not only from 3[SUP]rd[/SUP] party but also from internal business units which can have a lot of legacy) integrated together, it has become essential to have a comprehensive and standard method to verify and signoff the IP. Additionally, these checks must … Read More
Of all the things that designers have to worry about in the power-performance-area (PPA) equation, the most challenging is power. SoCs have reached a point that we can put a lot of stuff on them, but if we are not careful we cannot light it all up at once. Dark silicon, where we put subsystems on a chip but then don’t have enough … Read More
As power has become one of the most important criteria in semiconductor design today, I was wondering whether there is a standard set for the power verification for an overall chip. We do have formats evolved like CPF and UPF and there are tools available to check power and signal integrity (SI), however I don’t see a standard objective… Read More
These days when we talk of SoC verification, what comes to our mind immediately is VirtualPlatform. Of course with the increasing size, complexity and different styles of designs, it is very much a need.
However, that is supported by actual verification engines and methodologies which are varying considerable with digital, … Read More
