A Simple Way To Improve Automotive In-System Test


The remarkable growth in automotive IC design has prompted a focus on ISO26262 functional safety compliance, which includes both high-quality manufacturing test and a minimum stuck-at test coverage of 90% for in-system test. Designers must also control IC test data volumes, test application times, and test costs. A new test point technology that improves in-system test coverage and reduces patt... » read more

Could Liquid IP Lead To Better Chips?


Semiconductor Engineering sat down to discuss the benefits that could come from making IP available as abstract blocks instead of RTL implementations with Mark Johnstone, technical director for Electronic Design Automation for [getentity id="22499" e_name="NXP"] Semiconductor; [getperson id="11489" p_name="Drew Wingard"], CTO at [getentity id="22605" e_name="Sonics"]; Bryan Bowyer, director of ... » read more

Reshaping Automotive Design


The entire automotive ecosystem is being reshaped by vehicle electrification, assisted and autonomous driving, and the connectivity needed to make it all work. So far, it's not clear just how smoothly this will all come together. In this redefined world, electronics and software will provide differentiation rather than mechanical engineering and possibly even brand name, creating change on a... » read more

Self-Driving Cars At CES: The Future Of Transportation Is Here


CES 2018 attendees will get a new kind of tech demo in just a few weeks. When they hail Lyft to take them from the Las Vegas Convention Center across town, it will be a fully automated point-to-point vehicle getting them there. While we marvel now, today’s novelty will be tomorrow’s norm, though questions about the safety of autonomous driving persist. For the CES demo, a backup pilot wi... » read more

Measuring ISO 26262 Metrics Of Analog Circuitry In ICs


The goals for automotive electronics are zero defective parts per million (0 DPPM), and safe operation during the expected lifetime of the vehicle. The ISO 26262 standard provides procedures and metrics required before delivery to ensure systems can be expected to operate without unreasonable risk. ISO 26262 specifies circuit metrics and minimum values that are design requirements. Since the... » read more

Building In Functional Safety At The Lowest Hardware Levels Supports Autonomous Driving’s Future


Long before automotive electronic system designers chose artificial intelligence and machine learning as the path toward the future of autonomous driving’s future, it was clear that high-performance computing platforms typically found in data center systems clearly were not going to provide all the answers. Automotive system designers place more emphasis on functional safety and resilience, w... » read more

Intelligent Interconnect Blends Performance, Sensing And Safety In Automotive SoCs


Automobiles are undergoing a dramatic transformation. Autonomous vehicles have debuted, and the stakes for safety are now sky-high. Learn how NetSpeed brings performance, sensing, and safety together for ISO 26262 applications with a fully automated, configurable, correct-by-construction approach where a NoC is optimized with its functional safety (FuSa) features. To read more, click here. » read more

On-Chip Clock And Process Monitoring Using STAR Hierarchical System’s Measurement Unit


Functional safety is one of the most critical priorities for system-on-chips (SoCs) that are involved in automotive, aerospace and industrial applications. These requirements are driven by standards such as ISO 26262 and are the backbone of the design and testing of automotive ICs. Synopsys’ STAR Hierarchical System’s Measurement Unit helps ensure the accuracy of on-chip clock frequency and... » read more

Enabling Automotive Design


Falling automotive electronics prices, propelled by advances in chip manufacturing and innovations on the design side, are driving a whole new level of demand across the automotive industry. Innovations that were introduced at the luxury end of the car market over the past couple years already are being implemented in more standard vehicles. The single biggest driver of change in the automo... » read more

The Uncontrolled Rise Of Functional Safety Standards


Over the past 30 years, advances in software and hardware have made it possible to create sophisticated systems controlling crucial aspects of complex equipment, from rolling and pitching in aircrafts, to steering and braking in cars. The processes and methods defined in functional safety standards are crucial to ensure that these systems behave as expected and safely, even when certain parts ... » read more

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