Standard cell and memory IP are key enablers for new process node availability. These two items must be in place early and be completely ready for a process node to scale to volume. Development of both leaves no room for error and they require the highest performance possible. Foundries are extremely focused on this and spend a lot… Read More
Electronic Design Automation
The Fabless Empire Strikes Back, Global Foundries and Cadence make moves into Integrated Photonics!
In August I wrote an article proclaiming Score 1 for IDMs vs Fabless and discussedIntel’sannouncement of volume production of their 100G PSM4 and 100G CWDM4 transceiver products.
This week the Fabless Empire strikes back.Daniel Nenni and I attended a two-day Photonic Summit and workshop hosted by Cadence Design, PhoeniX Software… Read More
Why Integrate Bluetooth LE IP in a Single Wearable SoC?
Did you know that, in over 800 teardowns of mobile and wearable products from 2012 to 2015, wireless chips outnumbered the actual number of products, indicating multiple wireless ICs in some designs ([SUP]1[/SUP])? It could be interesting to look at the advantages of integrating wireless technology such as Bluetooth low energy… Read More
ARM and SoftBank: A Joint Vision of the Future!
Next week is ARM TechCon and I’m extra excited about this one because of the SoftBank acquisition. In fact, the opening keynote says it all. ARM CEO Simon Segar and SoftBank CEO Masayoshi Son will discuss the next chapter in the book of ARM. To better prepare for this keynote you should probably read our book “Mobile Unleashed: The … Read More
Achieving Lower Power through RTL Design Restructuring (webinar)
From a consumer viewpoint I want the longest battery life from my electronic devices: iPad tablet, Galaxy Note 4 smart phone, Garmin Edge 820 bike computer, and Amazon Kindle book reader. In September I blogged about RTL Design Restructuring and how it could help achieve lower power, and this month I’m looking forward to … Read More
Circuit Simulation Videos Show How To
One of the things that I miss most about attending trade shows like DAC in the old days was that you actually got to see EDA tools being demonstrated live in the exhibit area. You could see what the GUI looked like, how the dialogs worked, and learn what kind of control you could have during analysis. Most of what you see today at DAC in the… Read More
Machine Learning – Turning Up the Sizzle in EDA
There’s always a lot of activity in EDA to innovate and refine specialized algorithms in functional modeling, implementation, verification and many other aspects of design automation. But when Google, Facebook, Amazon, IBM and Microsoft are pushing AI, deep learning, Big Data and cloud technologies, it can be hard not to see… Read More
Case study illustrates 171x speed up using SCE-MI
As SoC design size and complexity increases, simulation alone falls farther and farther behind, even with massive cloud farms of compute resources. Hardware acceleration of simulation is becoming a must-have for many teams, but means more than just providing emulation… Read More
Drift is a Bad Thing for SPICE Circuit Simulators
My first job out of college was with Intel, located in Aloha, Oregon and I did circuit simulations using a proprietary SPICE circuit simulator called ASPEC that was maintained in-house. While doing some circuit simulations one day I noticed that an internal node in one of my circuits was gradually getting higher and higher, even… Read More
Processors, Processors, Processors Everywhere
At first glance a processor conference might seem a bit arcane, however we live in an era where processors are ubiquitous. There is hardly any aspect of our lives that they do not touch in some way. Last week at the Linley Processor Conference the topics included deep learning, autonomous driving, energy, manufacturing, smart cities,… Read More


AI RTL Generation versus AI RTL Verification