Powerful New Standard


In December 2015, the IEEE released the latest version of the 1801 specification, titled the IEEE standard for design and verification of low-power integrated circuits, but most people know it as UPF or the Unified Power Format. The standard provides a way to specify the power intent associated with a design. With it, a designer can define the various power states of the design and the contexts... » read more

Blog Review: March 2


Ansys' Bill Vandermark test drives the potential downsides of autonomous cars in his top tech articles of the week. Plus, the world's first fully robotic lettuce farm and big improvements for old technology. Synopsys' Graham Etchells takes a look at what makes FinFET layout methodology different and how 'smart' PCells can help. Mentor's John Day introduces the Open Lab Alliance, a group o... » read more

The Week In Review: Design/IoT


Tools Synopsys incorporated automated analog and mixed-signal debug capabilities into its Verdi SoC debug platform, which now provides comprehensive hierarchical and schematic views of both the analog and digital portions of designs and automated tracing across analog and digital blocks. Mentor announced three applications for the Veloce emulation platform focused on overcoming unpredicta... » read more

Racing To Design Chips Faster


A shift is underway to develop chips for more narrowly defined market segments, and in much smaller production runs. Rather than focusing on shrinking features and reducing cost per transistor by the billions of units, the emphasis behind this shift is less about scale and much more about optimization for specific markets and delivering those solutions more quickly. As automotive, consumer e... » read more

Complete Systems Modeling And Simulation For Complex Product Development


As products in the marketplace incorporate more and more complexity, the product design process must keep pace to ensure safe, efficient and reliable integration of complicated systems, subsystems and components. Few products today involve a mere single physics; most encompass multidisciplinary behaviors and interactions (with subsequent, sometimes unpredictable, cause and effect). Though simul... » read more

Blog Review: Feb. 24


Synopsys' Graham Etchells digs through the toolbox and finds that schematic PCells can be vital in helping layout engineers tackle FinFET complexity. Cadence's Paul McLellan looks at two techniques to test the increasing number of digital gates on an automotive chip with only two pins. In the latest PCB Tech Talk Podcast, Mentor's John McMillan discusses where collaboration with MCAD fits... » read more

Reaching For ROI


The simplest way to assess power and performance ROI of a chip design is to ask if the chip works and whether it meets the design specifications. But chips can be used in very different ways, and a single chip may have a number of operational modes, so that formula isn't so clear anymore. "Preventing failures is the No. 1 priority when it comes to ROI," said Aveek Sarkar, vice president of p... » read more

Blog Review: Feb. 17


While there have been successes for 3D-IC, the technology has stalled trying to move into the mainstream market, says Mentor's Michael White. So what has kept it from crossing the chasm? Synopsys' Robert Vamosi takes a look at the US government's latest efforts towards improving cybersecurity. Cadence's Paul McLellan discusses the importance of software-driven hardware verification and th... » read more

Working With FinFETs


One of the key technology trends driving semi-conductor industry is the adoption of finFET processes. As opposed to a traditional planar transistor, the finFET has an elevated channel or “fin,” which the gate wraps around. Due to their structure, finFETs generate much lower leakage power and allow greater device density. Compared to planar transistors, finFET operate at a lower voltage and ... » read more

Thermal Damage To Chips Widens


Heat is becoming a much bigger problem for semiconductor and system design, fueled by higher density and the increasing use of complex chips in markets such as automotive, where reliability is measured in decade-long increments. In the past, heat typically was handled by mechanical engineers, who figured out where to put heat sinks, fans, or holes to funnel heat out of a chassis. But as more... » read more

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