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The Design Chronicles
The Design Chronicles
Why You Should Never Use 2.5D for Characterization at Advanced Nodes
By
Christine Young
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13 Oct 2016
Parasitic extraction is a critical piece in design signoff. It translates geometry information such as wires and shapes into electrical properties such as Rs and Cs. Together with analysis technologies including simulation, timing, and EM/IR tools, parasitic...
0 Comments
Tags:
3D characterization
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Design Chronicles
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field solver
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2.5D characterization
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Parasitic extraction
3 Key Trends in Safety Design for ADAS—TSMC OIP Ecosystem Forum
By
Christine Young
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10 Oct 2016
Vehicles with varying levels of autonomous driving capabilities are logging millions of miles on roadways. Still, a new survey, released recently by the Kelly Blue Book auto information service , finds that most people still want the ability to take control...
0 Comments
Tags:
IP
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TSMC
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TSMC OIP
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automotive safety
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ADAS
Advancing Mobile, High-Performance Computing, Automotive, and IoT Applications at 7nm--TSMC OIP
By
Christine Young
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3 Oct 2016
Collaboration was, of course, the presiding theme at the TSMC Open Innovation Platform® Ecosystem Forum on Thursday, Sept. 22, at the San Jose Convention Center. This year, the keynote talks focused on four key application pillars: mobile, high-performance...
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Tags:
Automotive
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IoT
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TSMC OIP
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high-performance computing
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mobile
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ARM
5 Reasons Why Floating Point Is Increasing in Use
By
Christine Young
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27 Sep 2016
Popular since the 1970s for general-purpose computing and supercomputing, floating point is increasingly in demand for compute-intensive digital signal processing applications like sensor fusion, equalization, vision processing, radar processing, and...
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Tags:
Design Chronicles
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Tensilica
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Xtensa
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floating point
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Xtensa LX7
One Engineer's Thirst for Knowledge Takes Him from Microwave Electronics to Photonics
By
Christine Young
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19 Sep 2016
Ahmadreza Farsaei doesn’t enjoy being bored—and this is a great thing for the electronics/photonics industry. Long a mainstay of academic research, photonics—the science of generating, controlling, and detecting light—is moving quickly into mainstream...
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Tags:
photonic ICs
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Cadence Academic Network
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PIC
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PhoeniX Software
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Lumerical
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electronic photonic design automation
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electro-optical effects
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photonics
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EPDA
Integrating Electrical/Optical Co-Simulation into Photonic IC Design Flow
By
Christine Young
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12 Sep 2016
Traditionally, photonic ICs (PICs) have consisted of a few components and are designed as specialized, standalone devices. We’re now seeing applications for integrated photonics become proven and commercialized. As a result, there’s a demand for higher...
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Tags:
PICs
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photonic ICs
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Design Chronicles
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PhoeniX Software
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Lumerical
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co-simulation
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electrical optical co-simulation
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photonic circuits
Enhancing Functional Safety of Automotive ICs
By
Christine Young
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6 Sep 2016
Automotive ICs are expected to last 15 years, yet they are vulnerable to incredible environment- and stress-induced failures. As the industry eventually moves to full automation for vehicles, functional safety will always be a key consideration for the...
0 Comments
Tags:
DAC 2016
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functional safety
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ISO 26262
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automotive ICs
Deadline Approaching for Tensilica Design Contest
By
Christine Young
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29 Aug 2016
Do you have a clever way to accelerate Montgomery modular multiplication? That would be your challenge as an entrant in the Global Tensilica Design Contest. Abstracts are due September 16. The aim of the contest, hosted by the Cadence Academic Network...
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Tags:
Tensilica Design Contest
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Cadence Academic Network
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Tensilica
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Cadence Design Contest
IEEE: Connecting Technologists and Policy Makers to Shape the Future of the Internet
By
Christine Young
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22 Aug 2016
The internet is at a crossroads. From the internet of things to big data, smart grids, smart cities, intelligent transportation, and e-health, online applications are continuing to transform our lives. But as more network objects become capable of sensing...
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Tags:
IEEE Internet Initiative
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3I
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internet governance
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cybersecurity
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IEEE
DAC 2016: How the RocketSim Parallel Simulation Engine Eliminates Functional Verification Bottlenecks
By
Christine Young
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15 Aug 2016
At the Design Automation Conference in June, I stopped by Cadence’s booth for a demo of our RocketSim parallel simulation engine. (Cadence acquired Rocketick, who developed the tool, back in April.) Dave Lidrbauch, sr. principal product manager, led the...
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Tags:
parallel simulation engine
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DAC 2016
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DAC
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dac53
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rocketsim
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parallel simulation
DAC 2016: Saving Design Time with an Electrically Aware Design Flow
By
Christine Young
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8 Aug 2016
With a portfolio including dedicated automotive ICs, discrete and power transistors, MEMs and specialized imaging sensors, and digital ASICs, STMicroelectonics is a leading provider of smart driving and internet of things (IoT) technologies. On June 7...
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Tags:
EAD
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DAC 2016
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Design Chronicles
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electrically aware design
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STMicro
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dac53
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Virtuoso Layout Suite
DAC 2016: 5 Ways to Boost Your Productivity Designing Custom with Advanced Nodes
By
Christine Young
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1 Aug 2016
It’s a huge conundrum: as process nodes shrink, design times grow longer, while project schedules remain the same or get reduced. Growing the design team isn’t always an option. “There are not enough human beings in North America who know...
0 Comments
Tags:
DAC 2016
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AMD
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custom design
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TSMC
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advanced nodes
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ARM
imec: Promising Technologies to Extend Semiconductor Scaling
By
Christine Young
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25 Jul 2016
For all that we’ve heard about the impending demise of Moore’s Law, there is a pipeline full of new materials, device architectures, and techniques that offers promise to further extend semiconductor scaling. That was the takeaway from a “Secrets of Semiconductor...
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Tags:
an steegen
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imec
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moore's law
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semiconductor scaling
DAC 2016: Dealing with Extreme Physical and Electrical Challenges at Advanced Nodes
By
Christine Young
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18 Jul 2016
What kinds of techniques are you employing to address physical and electrical challenges at advanced nodes? At 10nm and beyond, you’ll need to start addressing coloring. When you get to 7nm, color-aware cell placement, metal cutting rules, and density...
0 Comments
Tags:
digital design
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DAC 2016
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DAC
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Design Chronicles
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advanced node design
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TSMC
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advanced nodes
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FinFET
DAC 2016: Encouraging Girls to Pursue STEM Careers
By
Christine Young
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11 Jul 2016
Women in the U.S. earn half of the bachelor’s degrees, with only 18% in computer science and less than 20% in engineering. Roughly 18% of engineers in the country are female. “The world’s greatest challenges need new STEM ideas, and half of the world...
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Tags:
DAC 2016
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STEM
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girls in STEM
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girlstart
Why Distributed Static Timing Analysis Is a Good Choice for Large Designs
By
Christine Young
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5 Jul 2016
One of the new experiences that Cadence brought to DAC this year were the Experience Rooms in the booth. In these themed rooms, technical experts from a variety of companies shared use cases and design techniques on specific topics. On Monday, June 6...
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Tags:
Static timing analysis
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DAC
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DSTA
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distributed static timing analysis
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Tempus
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STA
Speed or Accuracy? ARM Shares Insights on Virtual Prototyping
By
Christine Young
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27 Jun 2016
Which is more critical for you: simulation speed or accuracy? Can you have it all? As consumers continue to thirst for more and better features in their electronic products, design complexity grows, silicon manufacturing costs increase, and competition...
1 Comments
Tags:
virtual prototyping
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Fast Models
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Design Chronicles
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virtual prototypes
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cycle models
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ARM
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Javier Orensanz
DAC 2016—Implantable Microsystems: Interfacing Electronics with the Brain
By
Christine Young
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20 Jun 2016
Smart, connected medical implants are potentially among the most worthwhile of Internet of Things (IoT) devices. (Who really needs a smart water fountain for their cat?) The opportunity to improve or even save lives is one of the things that drives UC...
0 Comments
Tags:
DAC 2016
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DAC
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smart medical
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IoT
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neuroscience
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dac53
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implantable microsystems
DAC 2016: Enabling Virtual Reality, Deep Learning, and Self-Driving Cars
By
Christine Young
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13 Jun 2016
For Sameer Halepete, the challenges of staying ahead of Moore’s Law are only making chip design more fun. “In the past, you had ideas to improve power, cost, performance…people would just say, go to the next process node. Now that the option of going...
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Tags:
DAC 2016
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DAC
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Design Chronicles
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deep learning
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NVIDIA
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self driving cars
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dac53
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NVIDIA GPUs
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virtual reality
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neural networks
NXP: What It Takes to Enable Securely Connected Self-Driving Cars
By
Christine Young
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8 Jun 2016
With self-driving cars on the horizon, automotive design is one of the big topics at this year’s Design Automation Conference (DAC) in Austin. During Monday morning’s keynote, Lars Reger, CTO of the Automotive Business Unit at NXP Semiconductors, took...
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Tags:
DAC 2016
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DAC
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NXP
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dac53
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autonomous cars
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self-driving cars
More Accurate Static Timing Analysis at Advanced Nodes
By
Christine Young
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6 Jun 2016
Every year, the industry’s brightest minds in static timing analysis (STA) and EDA gather to discuss the latest challenges and solutions at the Tau Workshop. Earlier this spring, Cadence’s Praveen Ghanta, sr. principal software engineer, and Igor Keller...
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Tags:
Static timing analysis
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STA
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Tau Workshop
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advanced nodes
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SSTA
Designing Wearable Healthcare Applications with Patient-Specific, Energy-Efficient Circuits
By
Christine Young
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31 May 2016
One powerful countermeasure against chronic disease is to detect and treat it early. Doing so calls for collecting and monitoring vast amounts of data. In Dr. Jerald Yoo’s view, this is the perfect job for wearable healthcare devices. “Wearable...
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Tags:
healthcare monitors
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Cadence Academic Network
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wearables
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health monitors
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wearable health devices
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wearable health monitors
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Jerald Yoo
Making Rigid-Flex PCB Design a Little Easier
By
Christine Young
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23 May 2016
We now almost take for granted that computing power can be wrapped around our wrists or worn on a chain as a necklace. An array of wearable, mobile, military, and medical devices now rely on flex and rigid-flex PCBs to support the small form factor and...
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Tags:
flex design
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OrCAD
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PCB design
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flexible circuitry
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rigid flex design
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Allegro
When Resources Are Limited, How Can Universities Teach Advanced-Node Design?
By
Christine Young
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16 May 2016
It’s an ongoing challenge faced by universities across the globe: How to teach advanced-node design to the next generation of SoC engineers when budgets are tight and access to the latest tools and technologies is limited? For Dr. Matthew Swabey...
0 Comments
Tags:
Design Chronicles
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Cadence Academic Network
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Purdue University
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teaching advanced node design
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engineering students
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CDNLive Silicon Valley
Is a Gamified Curriculum the Right Approach for Teaching Physical Design?
By
Christine Young
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9 May 2016
Volunteering in her daughter’s classroom one day, Professor Laleh Behjat noticed how enthusiastic the 10-year-olds were when it was time to pick bits of clay, paper, and other materials off the floor. The teacher had turned clean-up time into a game....
0 Comments
Tags:
Design Chronicles
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Cadence Academic Network
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CDNLive
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University of Calgary
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Georgia Institute of Technology
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teaching physical design
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CDNLive Silicon Valley
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gamification
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