EDA / PCB Design

The world of electronic design automation is broad, covering everything from the simplest PCB to the most complex custom device. But without such tools, designers would be unable to create innovative consumer and industrial products.

In this section, New Electronics provides technical insight on the latest PCB design packages, as well as on the design tools essential to the creation of devices such as FPGAs and ASICs.

Interference on the move

When Daimler set about creating a test chamber for electromagnetic compatibility (EMC) it wanted an artificial environment that would reflect the conditions its vehicle would meet on the roads of the future.

Time to break free

Are PCB designers ready for a world of printed electronics? If not, it might be prudent to start thinking about moving beyond traditional PCB design and considering how to approach this rapidly growing market.

Digital twin to go the distance

Three years ago, Toyota’s CEO declared the company would need to put autonomous vehicles through almost 9 billion miles of testing before they could be deemed safe to use on public roads.

A perfect storm

Big Data and AI are driving a new wave of technological innovation, but are the tools designers need available?

Making connections

PCB Design and Manufacturing Live opens its doors for a second year, welcoming a host of the industry’s PCB experts.

Heated conundrum

Board engineers are familiar with the trends - smaller, faster, safer. But as electronic systems become more complicated and the demands placed on them increase, creating a system that meets all this criterion is becoming more difficult to manage and deliver.

Hackers aims for the jackpot

Early in 2018, a crime surfaced in the US that earned the name ATM ”jackpotting”. Perpetrators would target older cash machines and switch their hard drives. The malware they store simply hands over cash to thieves armed with the right codes. It is just one of a range of hardware-level attacks that are now coming to the fore.

Will the attractions of embedded FPGA overcome traditional cost objections and finally see accelerated growth?

Twenty years ago, it looked like a concept that was ready for primetime: putting programmable logic inside ASICs and SoCs. At the time, the move seemed inevitable. ASIC mask prices were rising fast, driven by the need to pull more and more from a bag of optical tricks to keep Moore’s Law on track. The cost of respins alone seemed enough to persuade designers to leave some reprogrammable “sewing kits” in their SoCs to let them iron out bugs after tapeout instead of committing tens of thousands of dollars more to the project to get some new masks.

Heart of glass

The encroachment of glass into mainstream production has been slow up till now, but could the push to deliver higher throughput more cheaply see the material have a bigger role to play?

EMC basics and practical PCB design tips

Though often used as synonyms, Electromagnetic Compatibility (EMC) is really the controlling of radiated and conducted Electromagnetic Interference (EMI); and poor EMC is one of the main reasons for PCB re-designs. Indeed, an estimated 50% of first-run boards fail because they either emit unwanted EM and/or are susceptible to it.

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