Qualcomm has been the global unit and revenue market share leader for years in modem technologies used in smartphones, tablets, PCs and IoT (Internet of Things). One of the reasons they have maintained this lead for so long is that they are typically first to market with new generations of modems. Today at their investor conference,… Read More
Agentic AI and the EDA Revolution: Why Data Mobility, Security, and Availability Matter More Than EverThe EDA (Electronic Design Automation) and semiconductor industries…Read More
WEBINAR: What It Really Takes to Build a Future-Proof AI Architecture?Keeping up with competitors in many computing applications…Read More
Software-defined Systems at #62DACModern EVs are prime examples of software-defined systems,…Read More
Unlocking Efficiency and Performance with Simultaneous Multi-ThreadingAn Akeana hosted webinar on Simultaneous Multi-Threading (SMT)…Read More
Are Layoffs Good for the Semiconductor Industry?
As I have mentioned before, semiconductor professionals are very smart people, pound for pound the smartest in the workforce in my opinion. So what happens when thousands of engineers from Qualcomm, Broadcom, Altera, and Intel get shown the door? They don’t go to work for Starbucks, they don’t go to the unemployment line, they … Read More
Why I’ll Always Be an Andy Grove Fan
Silicon Valley sadly lost a respected and revered leader with the death of Andrew Grove in March. The co-founder and former CEO of Intel was an inspiration to generations of technologists and business leaders, including me. Andy had a profound influence on me throughout my career. And while I only met him once, I feel as though I’ve… Read More
Ecosystem Partnership for Effective Network Hardware Design
When you’re designing a hardware solution to plug into what is arguably the most complex system of all – the Internet – you can’t get away with a little fake traffic to test whether your box is going to do all the right things at the right performance. You have to model realistic voice, video, data and wireless traffic in… Read More
Process Development, CAD and Circuit Design
Working at Intel as a circuit designer I clearly remember how there were three distinct groups: Process Development, CAD and Circuit Design. Each of the groups sat in a different part of the building in Aloha Oregon, we had different job titles, different degrees, spoke with different acronyms and yet we all had to work together … Read More
Webinar alert – VHDL guru says its time to move up
Many years ago when I worked for Ed Staiano at Motorola, I learned never to use the word “comfortable” in a career context. I’m comfortable being with family and friends. This new high-back chair I sit in at my new faux-cocobolo desk (slightly distressed chalk-painted wood and industrial piping, awesome) is comfortable,… Read More
Software-Driven Verification Drives Tight Links between Emulation and Prototyping
I’ve mentioned many times what has become a very common theme in SoC and system verification – it has to be driven by the software because any concept of exhaustively verifying “everything” is neither feasible nor meaningful. Emulation has become a critical component of this flow in validating and regressing… Read More
Bringing Formal Verification into Mainstream
Formal verification can provide a large productivity gain in discovering, analyzing, and debugging complex problems buried deep in a design, which may be suspected but not clearly visible or identifiable by other verification methods. However, use of formal verification methods hasn’t been common due to its perceived complexity… Read More
Tcl scripts and managing messages in ASIC & FPGA debug
Our previous Blue Pearl post looked at the breadth of contextual visualization capability in the GUI to speed up debug. Two other important aspects of the ASIC & FPGA pre-synthesis workflow are automating analysis with scripts and managing the stream of messages produced. Let’s look at these aspects… Read More
Metric-Driven Verification for System Signoff
Everyone knows that verification is hard and is consuming an increasing percentage of verification time and effort. And everyone should know that system-level verification (SoC plus at least some software and maybe models for other components on a board) is even harder—which is why you see hand-wringing over how incompletely… Read More
Should Intel be Split in Half?