The foundry problem continued to plague us at Actel. We had a really complex process! But —- we needed state of the art feature sizes if we were to compete with Xilinx. TI and Matsushita had been doing a good job for us, but not in fabs with state of the art technology. We were two process generations behind! At two generations… Read More
By the late 80s it had become clear to me that the Japanese were right. Memories, Microprocessors, and Gate Arrays (As well as ASICs) were what customers wanted then. “Building blocks of ever-increasing complexity” was obsolete. What next? Should I try to become an overnight networking expert? Maybe a DSP expert? Pretty… Read More
We all know (I hope) that security is important so we’re willing to invest time and money in this area but there are a couple of problems. First there’s no point in making your design secure if it’s not competitive and making it competitive is hard enough, so the great majority of resource and investment is going to go into that objective.… Read More
In 2015 Intel acquired Altera for $16.7B changing one of the most heated rivalries (Xilinx vs Altera) the fabless semiconductor ecosystem has ever seen. Prior to the acquisition the FPGA market was fairly evenly split between Xilinx and Altera with Lattice and Actel playing to market niches in the shadows. There were also two FPGA… Read More
After mentioning what I heard at IEDM 2018, that Intel was officially closing the merchant foundry business as an aside in a SemiWiki forum discussion, I got a lot of email responses so let me clarify. Honestly I did not think it was a big surprise. Intel Custom Foundry was an ill conceived idea (my opinion) from the very start and was… Read More
Interested in showing off your talent in developing deep learning algorithms on embedded hardware platforms for solving real-world problems? Join the second System Design Contest (SDC) at the 56[SUP]th[/SUP] Design Automation Conference in 2019!… Read More
ASIC or FPGA? Each design style has earned designers’ votes depending on the level of urgency, application complexity and funding of their assigned projects. While it is feasible to transition from ASIC to FPGA design or vice versa, such a move is usually done across project refresh instead of midcourse.
Many of us dream about the wonderful widget we could build that would revolutionize our homes, parking, health, gaming, factories or whatever domain gets our creative juices surging, but how many of us take it the next step? Even when you’re ready to live on your savings, prototypes can be expensive and royalties add to the pain. … Read More
Plunify, powered by machine learning and the cloud, delivers cloud-based solutions and optimization software to enable a better quality of results, higher productivity and better efficiency for design. Plunify is a software company in the Electronic Design Market with a focus on FPGA. It was founded in 2009, has its HQ in Singapore… Read More
SEMICON West seemed a little slow last week but maybe it was just me. I’m sure SEMI will come out with record breaking numbers but I did not see it in the exhibit hall (see the video). What I did see was hundreds of exhibitors but I had no idea what they did. San Francisco again was very congested and smelly. I talked to a friend who is in public… Read More
