Achieving ISO 26262 Certification With High-Performance Processors


Automotive technology has progressed rapidly and the day when fully autonomous vehicles are prevalent on the roadways is not that far in the future. For driverless vehicles to become the norm, however, safety is paramount, and advanced driver assist systems (ADAS) must adhere to the ISO 26262 functional safety standard for electrical and/or electronic systems in automobiles to ensure the safety... » read more

How Automotive ICs Are Reshaping Semiconductor Test


The growth of a new IC market creates ripples along the entire supply chain. Today, we see the semiconductor industry reacting to the needs of the growing automotive IC market, including the development of new IC test tools and methods. The automotive IC market is far and away the fastest growing end-use market with 15% CAGR (according to IC Insights). It is also seeing many new players. Mar... » read more

Embedded World 2018: Security, Safety, And Digital Twins


This year's embedded world in Nuremberg was again very well attended despite a cold wave in Europe. The key trends I had expected to see were safety and security, and the exhibits did not disappoint. One additional key theme that stood out to me was that of “digital twinning.” And, of course, the battle of processor ecosystems does continue. RISC-V has joined the games and feels a bit like ... » read more

Automotive IPs Bring New Challenges To IP Management


Recent innovations in the automotive industry, like driving assistance, have fueled an insatiable appetite for more electronics in cars. With electronics now a major component of building an automobile, there is growing use of IPs and IP subsystems provided by multiple vendors. It is, however, becoming clear that IPs developed for the automotive industry are a totally different beast compared t... » read more

Data Converters IP For Automotive SoCs


Automotive applications place demanding requirements on IP designers and SoC integrators to meet all mandated reliability and functional safety requirements. A good understanding of such requirements and how to efficiently implement them in the SoC enables integrators to break down the challenges into manageable pieces while leveraging the characteristics (and qualification) of the integrated I... » read more

Functional Safety: A Way Of Life


Rejuvenated over the holidays and back in full swing. This might be TMI, but I have been doing some meditative yoga and I seemed to have finally discovered myself. Though I am partly kidding, it does bring us to theme for this blog. As we tackle a new year and all the challenges it brings, I have been engaged with mindfulness and meditative yoga, which looks at a holistic approach to bring t... » read more

How SoC Interconnect Enables Flexible Architecture For ADAS And Autonomous Car Designs


When the mobile phone era saw its fastest growth, the design teams that were the most innovative were able to introduce game-changing features before anyone else. Those companies also had the most configurable interconnect IP, allowing them to adapt to quickly changing market needs faster than their competition. Now, nearly a decade later, when autonomous driving is quickly moving into the m... » read more

Making Sense Of Safety Standards


If you’re involved in the design or verification of safety-critical electronics, you’ve probably heard about some of the standards that apply to such development projects. If not, then you’re probably puzzled when you read about TÜV SÜD certifying that an EDA tool satisfies functional safety standards ISO 26262 (TCL3/ASIL D), IEC 61508 (T2/SIL 3) and EN 50128 (T2/SIL 3). The industry ha... » read more

Verification Of Functional Safety (Part 2)


The automotive industry is grappling with a tradeoff between cost and safety. Safety is well understood in industries that are cost-insensitive, such as aerospace and medical, and the consumer industry has a long track record of driving down costs while increasing functionality. But can these two industries be brought together in a safe and effective manner to enable automobiles to achieve the ... » read more

Functional Safety Methodologies For Automotive Applications


Safety-critical automotive applications have stringent demands for functional safety and reliability. Traditionally, functional safety requirements have been managed by car manufacturers and system providers. However, with the increasing complexity of electronics involved, the responsibility of addressing functional safety is now propagating through the supply chain to semiconductor companies a... » read more

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