Top Stories
More Options, Less Dark Silicon
Disaggregation and the wind-down of Moore’s Law have changed everything.
Always-On, Ultra-Low-Power Design Gains Traction
Powering down most of a system is good for conserving batteries but leaving some circuits on adds complex challenges for design teams.
Architecting Faster Computers
Moving forward will require a fundamental reconsideration of logic.
Energy Harvesting Starting To Gain Traction
After years of research, chipmakers have started combining ultra low-power designs with advancements in harvesting technology.
Increasing Performance With Data Acceleration
In-line acceleration boosts performance for radio access networks.
Blogs
Fraunhofer’s Roland Jancke examines what makes a dependable system, in How Do I Come To Trust An Electronic Component?
Rambus’ Frank Ferro stresses the importance of a high-speed, low-latency cellular network for AI-powered IoT devices, in High-Performance SerDes Enable The 5G Wireless Edge.
Arm’s Pablo Fraile looks at new services that could be enabled through the processing power of digital TVs and STBs, in The Set Top Box Is Getting A Retrofit.
Synopsys’ Ash Patel makes the case for feedback during chip bring up, production test, and deployment within end products, in If These Chips Could Talk: Actionable Insights From Path Margin Monitors.
Siemens’ Abdellah Bakhali explains what voltage text annotation is and why you need it in your IC design, in Reliable DRC Voltage Text Annotation Means Faster And More Accurate DRC Verification.
ClioSoft’s Amit Varde observes how working from home has become a standard operating practice for the chip design industry, in Design-Aware Data Management For Hybrid Cloud.
Cadence’s Veena Parthan shines a light on a new way to create blockbuster visual effects, in The Era Of Fluid Simulations In Hollywood.
Ansys’ Mary Kate Joyce shows how BMW uses physics-based analysis to assess the reliability of automotive electronics, in Driving Toward A Sustainable Future.
White Papers
Automated DRC Voltage Annotation Provides Faster And More Accurate Verification For Voltage-Aware Spacing Rules.
Key Applications For In-Chip Monitoring IP.
Interop Shift Left: Using Pre-Silicon Simulation For Emerging Standards.
A Full-GaN Solution For High Power Density Chargers And Adapters.
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