Electronic Design

#TechXchangeTuesday: Mick Posner highlights @Cadence's #chiplet platform to support #physicalAI development. Read more: bit.ly/4uWD07A #ChipletSummit2026

What does Sacramento and Germany have in common? #Economicdevelopment is more than just creating a great product or service—it also involves establishing a base of operations and setting up #logistics. Learn more in this episode of #InsideElectronics: bit.ly/3PbFtej.

In the patent application, @catl_official states it’s developed a positive electrode plate that uses a fluorine-containing lithium salt and sulfide solid-state electrolyte materials. bit.ly/4snEpCF #solidstatebattery

In his latest video, a self-professed “science nerd” and amateur high-energy physicist shows us what happens when you give a terminally curious kid 400 car batteries, a large log splitter, and a couple tons of copper. bit.ly/3NIRSpE

There may be a fungus on your future bill of materials if #mushroom-based #memristors become a viable memory element. bit.ly/4rUxCPJ

.@ablicinc's #PMIC, housed in the industry’s smallest mounting, supports module downsizing and boosts thermal efficiency in #ADAS cameras. bit.ly/41mRTm6

A basic building block is often the key to completing an analog signal path in various applications, such as automated test equipment. bit.ly/4bNiP3z #multiplexer

.@Bourns’ air coil #inductors meet today’s high-frequency application demands for enhanced signal filtering, efficient energy transfer, and tight inductance tolerance. bit.ly/4uGaDug

Despite rapid adoption across modern vehicle platforms, myth busting is still required when highlighting the benefits of twisted-pair #automotiveEthernet. bit.ly/477FYMC

Pinpointing the minimum and maximum transient noise bandwidth for a #transientnoise #simulation is a non-trivial task. But these algorithms can help ease the challenge and minimize simulation time. bit.ly/4sXlbUh

.@microchiptech's rugged transient suppressors (#TVS), which meet the MIL-PRF-19500 qualification, offer a high peak pulse power rating of 1.5 kW. bit.ly/4bvioKU

#TechXchangeTuesday: @Infineon gives vertical power delivery a push with a new generation of #multiphasepower modules that can be tucked underneath server boards and #AI accelerator cards. Read more: bit.ly/40I0hfO

The latest #PMIC from. @epeas_news offers a μW-to-W power range that can support self-charging consumer devices, powered by hybrid photovoltaic cells. bit.ly/4snraSx

A hybrid #DCDCconverter topology boosts efficiency by combining a buck regulator and a charge pump. Is it the future of #intermediatebusconversion? bit.ly/4cQOmUe

#Artificialintelligence is a logical progression in #edgecomputing and automated testing. However, it’s important to understand how best to deploy #AI in a system this #InsideElectronics episode with @NIglobal will explain how: bit.ly/4cLqxgE

#UCIe3.0 springs open the door to higher speeds, enhanced link reliability, and smarter system coordination for increasingly complex #chiplet packaging needs. bit.ly/4bngkog

Using LnFP technology as an active material, OMI said it has developed a rapid ion transport cathode designed to handle charging at a 20C rate. bit.ly/4rvHteR

#Ruggedboards were on display at #EmbeddedWorld2026. Here's a gallery of a few: bit.ly/4luhpz7

Parallel battery-management ICs (#BMICs) from @ADI_News provide new ways to stretch out the limited runtime of #smartglasses and #AR/#VR goggles. bit.ly/4ryxeGo

As #AI reshapes #engineering work, continuous #education is becoming the clearest path to staying relevant and indispensable. bit.ly/4dqEtwC