The Road To Autonomous Driving Is Paved With New Opportunities For Chip Companies


The migration from human-driven to self-driven vehicles in the next few years will provide the semiconductor industry with new opportunities. Vehicles on the road today have so far featured only a few digital enhancements and even less automation. Indeed, the most noticeable enhancements have been made in the advancement of the infotainment console within the dashboard – the ability to str... » read more

How To Build An IoT Chip


Semiconductor Engineering sat down to discuss IoT chip design issues with Jeff Miller, product marketing manager for electronic design systems in the Deep Submicron Division of [getentity id="22017" e_name="Mentor, a Siemens Business"]; Mike Eftimakis, IoT product manager in [getentity id="22186" comment="ARM"]'s Systems and Software Group; and John Tinson, vice president of sales at Sondrel Lt... » read more

The Semiconductor Industry’s Big Opportunity


Safety critical device development, particularly in the automotive electronics space, has the attention of the entire semiconductor industry. Not surprising, since next-generation cars represent the biggest opportunity yet since mobile devices. However, what’s less obvious are the various phases of this megatrend that represent real convergence from many specializations. Traditional automo... » read more

Design And Verification For An Era Of A Trillion Devices


Scared or excited? When I did a back-of-the-envelope calculation whether the one trillion devices that Softbank’s CEO Masa-san predicted least year at ARM TechCon was possible, I realized that a trillion may be the low end of the range. For me, the geeky excitement about the potential technological progress and how to architect the Internet of Things (IoT) gets balanced very fast with concern... » read more

Achieving Separation On Multiprocessor SoCs For Enhanced Safety And Security


As I read my colleague Andrew Caples’ article on The Blurring of Safety and Security for Embedded Devices, I immediately started to think of the Xilinx UltraScale+ MPSoC – as I have engaged with numerous customers about using this chip for both safety and security purposes, and the requirements for both areas are definitely starting to blur. I quickly realized a blog about the Xilinx... » read more

Verification Unification


Semiconductor Engineering brought together industry luminaries to initiate the discussion about the role that formal technologies will play with the recently released early adopter's draft of Portable Stimulus and how it may help to bring the two execution technologies closer together. Participating in this roundtable are Joe Hupcey, verification product technologist for [getentity id="22017" e... » read more

Safety Plus Security: A New Challenge


Nobody has ever integrated safety or security features into their design just because they felt like it. Usually, successive high-profile attacks are needed to even get an industry's attention. And after that, it's not always clear how to best implement solutions or what the tradeoffs are between cost, performance, and risk versus benefit. Putting safety and security in the same basket is a ... » read more

Verification And The IoT


Semiconductor Engineering sat down to discuss what impact the IoT will have on the design cycle, with Christopher Lawless, director of external customer acceleration in [getentity id="22846" e_name="Intel"]'s Software Services Group; David Lacey, design and verification technologist at Hewlett Packard Enterprise; Jim Hogan, managing partner at Vista Ventures; Frank Schirrmeister, senior group d... » read more

Creating Reliable SoCs For Safe ADAS Applications


Every major automaker is in the process of bringing out autonomous vehicles with ADAS (advanced driver assistance systems). In addition to processors and embedded software, ADAS requires a variety of sensors – ultrasonic, camera, RADAR (radio detection and ranging), LIDAR (light detection and ranging), GPS and IR (infrared) – that are used to recognize signs, people, animals, other vehicles... » read more

Do More, Earlier


The ARM Cortex-R52 processor is the most advanced processor for functional safety and the first implementation of the ARMv8-R architecture. Along with the announcement of the Cortex-R52, ARM offers a number of development tools to help partners speed up their path to market. This is especially helpful for a new architecture which highlights software separation for safety and security. This arti... » read more

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