Virtual Iron (Chef)


I love good food but I am a horrible cook. Partially because my wife is a wonderful chef at home and I can enjoy the comfort of just eating. Until recently, I couldn’t handle most of the kitchen equipment and I had no clue which ingredients and spices work well together. When I read cooking recipes my brain started to freeze and I felt completely clueless. This was nagging me at times and... » read more

Top 7 Verification Trends For 2017—Changes In The Game Of Ecosystems


As the year 2016 comes to a close, how did my predictions from last year hold up to reality? They were all about horizontal and vertical integration. Spoiler alert—they almost all have moved closer to reality. Going forward into 2017, some of the trends will intensify, but the most interesting trend to watch will be how the game of ecosystems in the areas of mobile, server, and intelligent sy... » read more

ISO 26262 Functional Safety Training Resources


The automobile has taken over the mobile phone’s pole position as the driver of new semiconductor technologies, like machine learning and vision processing. As a result, many electrical engineers in the semiconductor industry are finding themselves in a state of transition where their current skills, education, and experience are not sufficient for them to achieve the kind of role they would ... » read more

FPGA VHDL Verification


By Espen Tallaksen This is actually possible – and with an average efficiency improvement of 20% to 50% for medium to high complexity FPGAs. Less for data path oriented designs and more for control or protocol oriented designs. At no extra cost. All that is required is that you do your testbench development the same way you do your design. Every single FPGA designer knows that a good to... » read more

All I Want For Christmas…


As I write this, we’re heading into the 2016 holiday season. December 21 is also the shortest day of the year, so I better get right to the point. 2016 has been a year of many surprises. The spectacular consolidation in the semiconductor industry has permanently altered the landscape.  It has created new, world-class capability and left a few gaps as well. 2.5D designs are finally moving ... » read more

Solving Einstein’s Riddle Using Formal Verification


Attention all Sherlockians in the semiconductor industry! OneSpin Solutions challenges you to take on Einstein’s Riddle Intelligence Test below and spend the holidays puzzling it out, using the brand of formal verification software of your choosing. Three remote-controlled flying drones will be awarded to the three fastest solutions to the riddle that execute correctly on OneSpin’s DV-Ve... » read more

The Right Kind Of Fun


A couple of weeks ago I went to see “Together Again At Last…For The Very First Time” by John Cleese and Eric Idle at the Center for the Performing Arts in San Jose. I hope all of you recognize both gentlemen as two members of Monty Python. As you can imagine, it was quite an exciting night. With the audience being Monty Python fanatics, every video clip or skit was received with a lot ... » read more

And The Award Goes To…


I like to look at what users find the most interesting topics, not because it directly influences what I write, but to get a sense of the subjects that are on most people's minds. Some of it comes as no surprise. Content about new fabrication technologies tends to blow everything else away. While it directly affects very few of us, I think we all want to know the general direction of the indust... » read more

Verification Specialists And Generalists


Step into any weekly status update meeting where the topic is chip design verification, especially if formal verification is on the agenda, and it’s clear the verification department is moving much like traditional corporate environments. That is, there are generalists with loads of knowledge about many different verification tools and techniques and then there are specialists or experts who ... » read more

Avoiding The Barriers For Multi-Board Systems Design Development


Designing electronic systems that comprise multiple interacting boards, connectors and cables requires a multi-discipline team collaboration to effectively manage design complexity for optimum product performance and reliability. Multi-board systems may comprise two boards or up to hundreds of boards, packing a cabinet or rack, with interconnected connectors and/or cables. Since the hardware fu... » read more

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