Uniquely Identifying PCBs, Subassemblies, And Packaging


Securing the semiconductor supply chain is becoming much more difficult as devices increasingly are disaggregated, a shift being forced on the industry due to the rising cost of scaling and the need for more customization and faster time to market. Individual component IDs are an important starting point for supply chain trust, but they are no longer sufficient. Those components will end up ... » read more

Disaggregation And Smarter Chips Shift Liability For Security


Semiconductor Engineering sat down to discuss security on chips with Vic Kulkarni, vice president and chief strategist at Ansys; Jason Oberg, CTO and co-founder of Tortuga Logic; Pamela Norton, CEO and founder of Borsetta; Ron Perez, fellow and technical lead for security architecture at Intel; and Tim Whitfield, vice president of strategy at Arm. What follows are excerpts of that conversation,... » read more

Making IC Test Faster And More Accessible: Part 2


Recently, my colleague Robert Ruiz described a new approach to scan test that utilizes the high-speed I/O (HSIO) ports that exist on most chips. The benefits of this new approach include reduced test time and cost thanks to the high-speed interface. Simplified pin electronics and tester setup are also benefits, as is the ability to run manufacturing tests in the field in support of silicon life... » read more

Who’s Got The Hot Potato?


In COVID-19 times, gathering a few friends in a circle and playing “hot potato” may sound like a dream. For car manufacturers and the automotive electronics supply chain, handling the cybersecurity hot potato is not quite a nightmare but certainly not a fun game. Companies like Volkswagen, Fiat, and Ford have much expertise in managing a complex supply chain and post-sale support. Most car ... » read more

Growing Complexity Adds To Auto IC Safety Challenges


The automotive industry is working to streamline, automate and tame verification of automotive electronic control units, SoCs and other chips used in vehicles, many of which are becoming so complex and intertwined that progress is getting bogged down. Modern cars may have up to 100 ECUs, which control such vehicle functions as engine, powertrain, transmission, brakes, suspension, entertainme... » read more

Achieving Security Goals With A Hardware Root Of Trust


In an environment of growing threats, meeting a fundamental set of security goals is imperative for safeguarding devices and data from attack. The most robust means of meeting these goals is a root of trust anchored in hardware. In Microsoft’s “The Seven Properties of Highly Secured Devices” white paper, property #1 is implementation of a hardware root of trust. As Microsoft explains: ... » read more

New And Innovative Supply Chain Threats Emerging


The electronics supply chain is seeing evidence of increased sophistication in the counterfeiting of complex ICs and simple passives, both of which can impact the functioning and safety of the systems that use them. New technologies are being developed to build trust by helping to identify counterfeit devices before assembly and during failure analysis. It's too early to tell how effective t... » read more

Know Your Code: Open Source Security Risks During Development


Exploits of software security vulnerabilities can result in loss of sensitive customer and company information, disruption of business operations, and costly litigation. Organizations are increasingly turning to open source software to save time and money, but few have sufficient visibility into, or control of, open source usage to head off potential open source risks. Read this white paper ... » read more

Security Tradeoffs In Chips And AI Systems


Semiconductor Engineering sat down to discuss the cost and effectiveness of security in chip architectures and AI systems with with Vic Kulkarni, vice president and chief strategist at Ansys; Jason Oberg, CTO and co-founder of Tortuga Logic; Pamela Norton, CEO and founder of Borsetta; Ron Perez, fellow and technical lead for security architecture at Intel; and Tim Whitfield, vice president of s... » read more

Week In Review: Design, Low Power


M&A AMD will acquire Xilinx for $35 billion in an all-stock deal. "Joining together with AMD will help accelerate growth in our data center business and enable us to pursue a broader customer base across more markets,” said Victor Peng, Xilinx president and CEO. The deal is expected to close by the end of 2021. The acquisition of the programmable logic giant will leave only a few purepla... » read more

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