Special Report
Shifting Toward Software-Defined Vehicles
Reliability and security top the list of concerns, but customization and lower cost could have significant impact on adoption rates for EVs.
Top Stories
How Secure Are RISC-V Chips?
Open source by itself doesn’t guarantee security. It still comes down to the fundamentals of design.
Competing V2V Technologies Emerge, Create Confusion
Vehicle-to-vehicle communication is widely anticipated, but how to put the technology to use is unresolved.
EV Architectures Evolving For Communication, Connectivity
But consensus on the best approach remains a moving target with complex tradeoffs.
The Good And Bad Of Bi-Directional Charging
Challenges, possible solutions, and some intriguing economic models.
Blogs
Rambus’ Bart Stevens show how to ensure a security architecture does not impede the intended use of the device while still protecting assets, in Architecting Hardware Protection For Data At Rest, In Motion, And In Use.
Flex Logix’s Geoff Tate looks at how to implement programmable FIR filters by hardening the data path while keeping the control path in eFPGAs, in Integrating 16nm FPGA Into 28/22nm SoC Without Losing Speed Or Flexibility.
Synopsys’ Laureano Carrasco examines how a bug in a datapath could result in chip misbehavior just as surely as an error in a state machine, in Formal Verification Of AI Processor Datapaths In Automotive Applications.
Cadence’s Ben Gu points to a big opportunity for carmakers to reimagine and redefine the entire automotive experience, in Software-Defined Vehicles: The Automotive Revolution With Silicon At Its Heart.
Arteris’ Frank Schirrmeister explains why better prediction of physical implementation effects leads to faster results for the final layout, in Shortening Network-On-Chip Development Schedules Using Physical Awareness.
Riscure’s Nicole Fern warns that printers are attractive targets because they are often privy to sensitive data and reside inside corporate networks, in Security Highlight: Compromising Printers Via Malicious Third-Party Cartridges.
Siemens’ Jacob Wiltgen zeroes in on how to protect an embedded hardware security module against random failures, in Navigating The Intersection Of Safety And Security.
Infineon’s Danie Schneider describes how to avoid unplanned downtime and operational disruption in building equipment, in Highly Reliable Solutions Unleashing The Benefits Of Predictive Maintenance.
Sponsor White Paper
Navigating The Intersection Of Safety And Security
Ensuring chips will operate as intended, even if failures occur.
High-Quality Test And Embedded Analytics For Secure Applications
Extending security technology across several different levels of SoC development.
Automotive Safety: Having The Right Product Portfolio In Place
Navigating safety and ISO 26262 in automotive design with compliant tools.
Securing Next-Gen 5G And IoT With Defensics Fuzzing
How a generational fuzzer can help defend against security vulnerabilities in the software and devices using 5G networks.
Tensilica DSPs Support In Eigen Library
About the Eigen library and its vectorization support via PacketMath, and Tensilica DSP options.
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