At DACin San Francisco this past June I was able to visit and blog about two dozen EDA companies, however there were so many more products and events to see that I couldn’t possibly have enough time to enjoy them all. Fortunately for me there were plenty of videos made of vendor presentations, so this week I got caught up a bit by… Read More
How Customized Foundation IP Is Redefining Power Efficiency and Semiconductor ROIAs computing expands from data centers to edge…Read More
Akeana Partners with Axiomise for Formal Verification of Its Super-Scalar RISC-V CoresAkeana Inc. announced a key milestone in the…Read More
An AI-Native Architecture That Eliminates GPU InefficienciesA recent analysis highlighted by MIT Technology Review…Read More
Caspia Technologies Unveils A Breakthrough in RTL Security Verification Paving the Way for Agentic Silicon SecurityIn a significant advancement for the semiconductor industry,…Read More
Designing the Future: AI-Driven Multi-Die Innovation in the Era of Agentic EngineeringAt the 2026 Chiplet Summit, Synopsys presented a…Read MoreANSYS Tools Shine at FinFET Nodes!
In the modern semiconductor ecosystem we are seeing rapid advancement in technology breaking past once perceived limits; 28nm, 20nm, 16-14nm, 10nm and we are foreseeing 7nm now. Double and multi-patterning are already being seen along with complex FinFET structures in transistors to gain the ultimate advantages in PPA from… Read More
Cortex-M7: 6-stage, cached, 400 MHz MCU
“Who needs a 32-bit MCU?” It was a question asked a million times in the press when ARM introduced the Cortex-M family back in 2004. In fairness, that question predates the Internet of Things, with wireless sensor networks, open source code, encryption, and more needs for connected devices.… Read More
Designing SmartCar ICs
When I upgraded cars from a 1988 to 1998 Acura it seemed like my car had become much smarter with a security chip in the key, security codes in the radio and a connector for computer diagnosis, however in today’s modern auto there’s a lot more mixed-signal design content. Micronasand Synopsysgot together and hosted … Read More
Who Will Lead at 10nm?
There has been a lot of discussion on SemiWiki lately around 14nm FinFET technology and who really leads and by how much. I thought it would be interesting to review some process metrics for previous technology generation and then make some forecasts around 10nm.
The focus of this article will be Intel, TSMC and Global Foundries/Samsung… Read More
Place & Route with FinFETs and Double Patterning
Place & route in the 16/14nm era requires a new approach since it is significantly more complex. Of course, every process generation is more complex than the one before and the designs are bigger. But modern processes have new problems. The two biggest changes are FinFETs and double patterning.
FinFETs, as I assume you know,… Read More
A Complete Timing Constraints Solution – Creation to Signoff
With the unprecedented increase in semiconductor design size and complexity design teams are required to accommodate multiple design constraints such as multiple power domains for low power design, multiple modes of operation, many clocks running, and third party IPs with different SDCs. As a result timing closure has become… Read More
ARM TrustZone and Zynq
Security of embedded devices is becoming more and more important. The requirement for good protection increases as devices become more interconnected: wearable medical devices that connect to the cloud, mobile base stations that are no longer up poles but in much less physically secure areas, cars that communicate among themselves.… Read More
ARM ♥ Xilinx!
The good news is that as a part of SemiWiki we get free media passes to all of the cool conferences. The bad news is that our inboxes get flooded with announcements. ARM TechCon is next week and my delete button is on overtime but it is interesting to see who is active in conferences and who is not. In this case Xilinx is very active and Altera… Read More
SiC and Si Power Devices
ICs for consumer electronics are often battery powered, which are considered low voltage designs. On the other end of the IC spectrum are high voltage devices used in many industrial applications like: automotive, aerospace, data centers, transportation and power generation. … Read More


A Detailed History of Samsung Semiconductor