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Will community engineering work for semiconductors? Will anyone show up? Well, the efabless design challenge is complete and the results are both interesting and encouraging, absolutely!
Efabless completed its low power voltage reference IP design challenge on Monday, March 13. This was a very interesting event that we followed… Read More
Well it comes as no surprise to those that use and design them, that PLL’s are a world unto themselves and very complicated indeed. With PLL’s we are talking about analog designs that rely on ring oscillators or LC tanks. They are needed on legacy nodes, like the ones that IoT chips are based on, and they are crucial for high speed advanced… Read More
The electronics market for automotive applications is distinguished by multiple factors. This is a very fast growing market – electronics now account for 40% of a car’s cost, up from 20% just 10 years ago. New technologies are gaining acceptance, for greener and safer operation and for a more satisfying consumer experience. Platforms… Read More
Qualcomm is a technology titan standing astride both the automotive and wireless industries with 10’s of thousands of patents, 340M automotive-grade chipsets shipped and a leading position in the connected car industry. So it is fascinating to find executives at the company almost totally tongue-tied of late when it … Read More
Tesla Motors CEO Elon Musk has famously dismissed hydrogen fuel (“fool”) cells and LiDAR and even parted company with Mobileye over automated driving strategy. Now it appears that Mobileye has gotten a measure of revenge with broad implications for the automotive industry, Tesla Motors and automated driving.… Read More
China has long been the largest market for semiconductors, accounting for over 50% of the global market for the last five years. China is now on track to become the largest semiconductor manufacturer in the next few years. The chart below shows China’s integrated circuit (IC) industry from 2010 to 2016, according to the China Semiconductor… Read More
There is huge momentum building behind AI, machine learning (ML) and deep learning; unsurprisingly ARM has been busy preparing their own contribution to this space. They announced this week a new multi-core micro-architecture called DynamIQ, covering all Cortex-A processors, whose purpose is in their words, “to redefine … Read More
Leading edge SoC designs can contain billions of transistors, cost over $10M to design, and take over 18 months to deliver, but not all SoCs require that much complexity, cost and time. In fact, there is a growing class of SoC designs that integrate the popular ARM Cortex-M0 processor along with analog blocks that work with sensors… Read More
An earlier article described some of the technical and business highlights from the recent TSMC Symposium in Santa Clara (link). This article continues that discussion, with the top five updates.… Read More
As you all know I’m a big fan of the ASIC business dating back to the start of the fabless semiconductor transformation where anybody could send a design spec to an ASIC company and get a chip back. The ASIC business model also started the smart phone revolution when Samsung built the first Apple SoCs for the iPhones and iPads.
Today … Read More
Rapidus, IBM, and the Billion-Dollar Silicon Sovereignty Bet