Quantum-Driven Hardware Root-of-Trust - Physical Unclonable Function (PUF)
D&R Industry Articles (December 2012)
Articles for the Week of December 24, 2012
Additional ArticlesArticles for the Week of December 17, 2012
Novel and efficient power grid design for lesser metal layer process SOC's
Today semiconductor industry are more emphasizing on the die size reduction and less metal layers technology process options to improve gross margins but as we are decreasing more and more die size, design needs to be closed at higher utilization. Closing the highly utilized design with lesser metal layers option will end up in routing congestion, higher cross talk noise, worsen IR drop. In this paper we propose the novel non-orthogonal metal layer concept in power distribution network for SOC’s.Articles for the Week of December 10, 2012
A Performance Architecture Exploration and Analysis Platform for Memory Sub-systems
In this paper, we outline the various parameters that affect the memory sub-system performance and also introduce the Sensitivity Analysis and Feature Exploration methodologies to analyze the degree of impact of each of these parameters. This platform, when used at an early architectural exploration phase, provides valuable feedback to the memory device, controller and PHY architects to focus on optimizing the most critical parameters. We present a case-study to analyze a next generation mobile DRAM based memory sub-system using our proposed performance architectural exploration platform, and provide a ranking metric for all the parameters that affect the memory sub-system performance for key mobile applications.- The Past, Present and Future of DDR4 Memory Interfaces
- Vertical crosspoint memory supports ultra-low-power devices for Internet of Things
- Introduction to USB -- Part III
- High-performance hardware models for system simulation
Articles for the Week of December 3, 2012
Additional Articles- Debunking myths about analog IP at 28 nm
- S Parameters for PCB Simulation and Verification
- Bugs Be Gone!
- Achieving maximum motor efficiency using dual core ARM SoC FPGAs
- Designing low-energy embedded systems from silicon to software
- Shaking up the design services market a la Amazon