In this era of high-performance, low-power, and low-cost devices coming up at an unprecedented scale, the SoCs can never attain the ultimate in performance; always there is scope for improvement. Several methods including innovative technology, multi-processor architecture, memory, data traffic management for low latency,… Read More
Electronic Design Automation
5 ways FPGA-based prototyping shrinks design time
Engineers are trained to think linearly, along the lines of we started here, then we did this, and that, and this other stuff, and here is where we ended up. If you’ve ever presented in an internal review meeting, sales conference, or a TED-like event, you know that is a dangerous strategy in winning friends and influencing people.… Read More
An Easier Way to Reach Design Closure for SoC
It’s really challenging to reach design closure of an SoC by meeting timing constraints, staying within the power budget, tracking progress, communicating within the team, minimizing the floorplan, maximizing manufacturability and eliminating hotspots. Most SoC design teams have EDA tools from multiple vendors,… Read More
2016 EDA Dead Pool
The most commonly asked question during conference calls with Wall Street of late is in regards to the massive consolidation the semiconductor industry is experiencing. How will the consolidation affect the Foundries? How will the consolidation affect EDA and IP? How will the consolidation affect the semiconductor industry… Read More
Coming to a Workstation Near You: Accellera’s Portable Stimulus Standard
Portable Stimulus has become such a popular standards topic of late that I thought it would be good to take a break this month from my low power series to bring you, my valued readers, more information about it from one of my colleagues, Dennis Brophy, who is working to help drive development of this standard within Accellera. I’ll … Read More
How to Gain Low-Power at High-Performance
In a world of smart devices, high performance is required in order to address several specific needs such as intelligent and immediate data processing for IoT applications, instant response from mobile devices, highly interactive user interfaces, and so on. Most of these devices are battery operated and hence require lower … Read More
Mentor takes IoT devices to cloud and back
Walking into the Mentor Graphics booth at ARM TechCon, I was greeted by my friends Warren Kurisu and Shay Benchorin. It was good to see them both again. They were poised in front of a table with a Samsung tablet and a small Wi-Fi-ish box, next to a large Samsung printer. The demonstration was similar to a lobby check-in process, where… Read More
Power Reduction Verification Techniques Highlighted by Mentor at ARM Techcon
Power management is a perennial topic these days, and it came up in several presentations at the recent ARM Techcon in Santa Clara in mid November. The techniques covered in these talks address dynamic and static power consumption. The IEEE 1801 standard deals with specifying power design intent in Universal Power Format (UPF)… Read More
Networks, Emulation and the Cloud
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
HLS with ARM and FPGA Technologies Boosts SoC Performance
The way SoC size and complexity are increasing; new ways of development and verification are also evolving with innovative automated tools and environment for SoC development and optimization. IP based SoC development methodology has proved to be the most efficient for large SoCs. This needs collaboration among multiple players… Read More


A Century of Miracles: From the FET’s Inception to the Horizons Ahead