FPGA Implementation Tools


Advances in design and manufacturing technology allow increased factory automation, where tasks are automatically performed by sophisticated equipment such as industrial robots. Manufacturing processes require fail-safe mechanisms to prevent human injury or costly downtime. With increasing sophistication and automation of the manufacturing processes, there is increasing need for error detection... » read more

Interconnect Prominence In Fail-Operational Architectures


When we in the semiconductor world think about safety, we think about ISO 26262, FMEDA and safety mechanisms like redundancy, ECC and lock-step operation. Once we have that covered, any other aspect of safety is somebody else’s problem, right? Sadly no, for us at least. As we push towards higher levels of autonomy, SAE levels 3 and above, we’re integrating more functionality into our SoCs, ... » read more

Three Tools Help Put Safe Vehicles On The Road


By Richard Pugh and Gabriele Pulini As the ultimate systems-of-systems, automated vehicles present an enormous verification task, requiring verification of complex sensing, computing, and actuating functions. This can be accomplished only by virtualizing the entire system: the vehicle and the environment it moves through. It also requires a combination of realistic scenario modeling, hard... » read more

Automotive Functional Safety Using LBIST and Other Detection Methods


Functional safety requirements for safety-critical applications are addressed with the insertion of safety mechanisms to detect and/or correct potential failures: their effectiveness is measured by diagnostic coverage (DC). Built-in-self-test, or BIST, originally developed for manufacturing test, can be used as a detection mechanism for functional safety. However, it requires original values to... » read more

Of Aero Shows And Safety


At the end of February, I attended the Aero Show in India - and what a show it was. So many exhibitors from around the world, including all main players from the commercial and military sides of the aerospace industry. Visitors could see everything required to build a modern aircraft: from small components like specialized ICs, cables and connectors up to big parts, such as the jet engines... » read more

Chip Design For The Age Of New Mobility


In the new age of mobility, vehicles are valued more and more for their electronic features instead of mechanical specifications. As a result, companies that are able to own and optimize the design of these critical electronics will capture more of the available profit. This is bringing traditional automotive manufacturers into the electronics business, while simultaneously attracting tech comp... » read more

How To Build An Automotive Chip


The introduction of advanced electronics into automotive design is causing massive disruption in a supply chain that, until very recently, hummed along like a finely tuned sports car. The rapid push toward autonomous driving has changed everything. This year, Level 3 autonomy will begin hitting the streets, and behind the scenes, work is underway to design SoCs for Level 4. But how these chi... » read more

Week In Review: Design, Low Power


Tools & IP OneSpin Solutions debuted the Hardware Metric Calculation (HMC) App, which uses automatically extracted design information to calculate key hardware metrics to comply with functional safety standards. In particular, it focuses on automotive and autonomous driving SoCs needing to meet the highest functional safety requirements defined by the ISO 26262 standard. The HMC App calcul... » read more

Formal Verification Of RISC-V Cores


By Sven Beyer RISC-V is hot and stands at the beginning of what may be a major shift in the industry. Even a cursory review of upcoming conferences programs and recent technical articles makes that clear. While it is still early in the evolution of the processor architecture, there is certainly the potential that RISC-V will be a game-changer in the IP and semiconductor industry. As “a fre... » read more

ISO 26262:2018, 2nd Edition: What Changes?


If you’re involved somehow in design for automotive electronics, you probably have more than a cursory understanding of the ISO 26262 standard. What your organization is working from is most likely the 2011 definition. The most recent update is formally known as ISO 26262:2018, less formally as ISO 26262 2nd Edition. Figure 1. Overview of the ISO 26262:2018 series of standards (Source IS... » read more

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