Double data rate (DDR) synchronous dynamic random-access memory (SDRAM) is the common type of memory used as RAM for almost every modern processor. With DDR memory interface voltages decreasing, speeds increasing, and timing/power budgets being squeezed, design qualification using the latest memory interfaces is no small… Read More
Tag: pcb
How Much Detail Do You Need When Modeling a PCB?
February 20, 2020
12:00 PM (EST)
Venue:
Online
PCBs can be difficult to model for mechanical analysis because they have a large number of components of various materials all contained within small dimensions. To overcome these challenges, PCB models are often simplified for analysis. However, modeling with too few details can
It’s The Small Stuff That Gets You …
The last session I attended at DesignCon 2020 wasn’t a session at all. Rather it was an interactive discussion with Todd Westerhoff, product manager for electronic board systems at Mentor Graphics. Todd made some observations about the way high-performance PCBs are designed today and perhaps the way they should be designed. … Read More
Solving the EM Solver Problem
The need for full wave EM solvers has been creeping into digital design for some time. Higher operating frequencies – like those found in 112G links, lower noise margins – caused by multi level signaling such as in PAM-4, and increasing design complexity – as seen in RDL structures, interposers, advanced connector… Read More
Legato Reliability Solution
This week Cadence introduced Legato™ Reliability Solution, intended to address increased challenges in designing high-reliability analog and mixed-signal ICs for automotive, industrial, aerospace and defense applications.… Read More
Design for Manufacturability Analysis for PCB’s
Chip designers are familiar with the additional physical design checking requirements that were incorporated into flows at advanced process nodes. With the introduction of optical correction and inverse lithography technology applied during mask data generation, and with the extension of a 193nm exposure source to finer… Read More
3D Product Design Collaboration in MCAD and ECAD Platforms
Consumer electronics demand aggressive mechanical enclosure design — product volume, weight, shape, and connector access are all critical design optimization criteria. Mechanical CAD (MCAD) software platforms are used by product engineers to develop the enclosure definition — the integration of the PCB design… Read More
The 4C’s of PCB Design
The diamond jewelry industry encourages customers to focus on the 4C’s — cut, clarity, color, and carats. At the recent PCB Forum conducted by Mentor (a Siemens business) in Santa Clara, I learned that current system design flows also require an emphasis on the 4C’s — collaboration, concurrency, consistency… Read More
Building a Solar Powered Ice Freezer
My vacation is your worst nightmare. Well, at least that is what the bumper sticker says – it’s referring to Burning Man. It’s well known that among the tens of thousands of people attending this arts festival in Nevada at the end of each Summer there are lots of high tech luminaries. I also have gone many times – not to say that I am a luminary.… Read More
Mainstream PCB Design Requires a Complete Tool Platform, Too
The EDA tool offerings for printed circuit board design commonly address one of three customer markets: (1) the enterprise design team, (2) the product development engineer, and (3) the “maker”. … Read More
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Tesla Driving on the Edge