Migrating Consumer Electronics To The Automotive Market With Calibre PERC


Tough reliability standards for electronic automotive safety systems ensure that integrated circuits (ICs) for these systems comply with demanding performance and reliability requirements. However, companies seeking to leverage their consumer-based intellectual property (IP) for use in automotive “infotainment” and “connected car” applications are finding that many of these performance ... » read more

System Bits: Nov. 18


Phase transitions between liquid, gas Researchers from the University of Tokyo and Tokyo Institute of Technology reminded that materials change their form between three states -- solid, liquid, and gas -- depending on factors such as temperature and pressure. However, a phase transition does not necessarily occur between liquid and gas, and they can continuously transform from the one to the o... » read more

The Week In Review: Design/IoT


An Intel study conducted by TNS showed that tech gadgets topped the holiday gift list this year, including tablets, laptops and smart phones. The study also found that 60% of Americans peeked at their holiday gifts as kids, and 25% still look. Deals Mentor Graphics added Macnica Americas as a distributor for its simulator, functional verification and PCB simulation and analysis tools. So... » read more

Blog Review: Nov. 12


ARM's Eoin McCann provides a primer to software-defined networking, which uses a higher level of abstraction to create a centralized controller. This is a new twist on networking—with a bit of deja vu thrown in. Mentor's Matthew Ballance points to a perfect storm for verification—shrinking features, more layers and more embedded processors. He has some tips for how to deal with all of t... » read more

Are Models Holding Back New Methodologies?


Semiconductor Engineering sat down to discuss the state of the industry for [getkc id="101" kc_name="modeling"] at abstractions above [getkc id="49" kc_name="RTL"], a factor which has delayed adoption of [getkc id="104" kn_name="virtual prototypes"] and the proliferation of system-level design and hardware/software codesign. Taking part in the discussion were Frank Schirrmeister, group director... » read more

System Bits: Nov. 11


How transistors operate at absolute zero Research led by scientists at Chalmers University of Technology in Sweden and Caltech in California have demonstrated how noise in a microwave amplifier is limited by self-heating at very low temperatures, which is expected to be of importance for future discoveries in such as quantum computers and radio astronomy. The team also included researchers ... » read more

The Week In Review: Design/IoT


Chips NXP rolled out what it claims are the most power-efficient microcontrollers for always-on applications. The minimum draw is 3 microamps for continuous sensor listening. Tools Mentor Graphics beefed up its CFD tool, adding thermo-fluid analysis simulation capabilities for automotive, aerospace and industrial applications. Included is support for FMI, an open-source environment that al... » read more

A Formally Free Lunch


I am sure many of you can remember the successful events staged by [getperson id="11679" p_name="Eric Hennenhofer"], founder and CEO of [getentity id="22813" comment="Obsidian Software"]. While neither his name nor that of his company may be on the tip of your tongue, DVClub might ring a few more bells. He started it so that he could have a place to meet fellow engineers while enjoying a free l... » read more

Blog Review: Nov. 5


Cadence's Brian Fuller zeroes in on ISO 26262, the automotive safety standard that's supposed to guard against nightmare failures in your car. Hopefully it works. They won't protect against cyber terrorism, though. Rambus' Aharon Etengoff takes a look at the challenges of connected vehicles. Mentor's J. Van Domelen looks at NASA's increased reliance on commercial partners, which has not b... » read more

System Bits: Nov. 4


Turning loss to gain By reexamining longstanding beliefs about the physics of lasers, Princeton University engineers have shown that by carefully restricting the delivery of power to certain areas within a laser could boost its output by many orders of magnitude. The team believes this finding could enable more sensitive and energy-efficient lasers, as well as potentially more control over ... » read more

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