Embedded Edge

In this podcast, we talk to GlobalFoundries about serving the need of most applications that don’t need the technologies arising from Moore’s Law scaling and single-digit nanometer technologies. Plus, we talk to congatec about trends in boards and modules and to Cadence Design Systems about EDA 2.0.

In this podcast, we talk about technologies and products for Matter, Amazon Sidewalk, Wi-Sun, and Wi-Fi 6 that help enable solutions for smart homes and smarter living, and about post-quantum cryptography, needed for when quantum computers will break current security encryption systems that the IoT depends on.

To commemorate the 50th anniversary, Nitin Dahad unfolds the story of the electronics industry’s evolution through the eyes of two EE|Times’ former editors-in-chief. Richard Wallace and Girish Mhatre discuss developing a world-class editorial team, the role of semiconductors today, and implications for serving the industry in the years to come.

The second of two podcast episodes from this year’s 59th Design Automation Conference (DAC 2022). Looking beyond the main EDA vendors, we talk IP, connectivity, chiplets, eFPGAs and post-quantum cryptography.

At this year’s 59th Design Automation Conference (DAC 2022), we talked to the major EDA vendors on trends in the design automation world, pointing to digital twins and the metaverse, cloud-based EDA, and intelligent system design. Verification and democratization of silicon was also a key topic.

Third and final in our series of embedded edge podcasts from embedded world in Nuremberg highlights news from key players in boards, software and solutions.

Second of three embedded edge podcasts from embedded world in Nuremberg highlights news from the RISC-V ecosystem, including new products.

First of three embedded edge podcasts from embedded world in Nuremberg highlights news on processing, microcontrollers, memory and FPGAs. Plus, a special report from the Goodwood Festival of Speed on the tech behind a special 2021 McLaren 720S Spider sports car.

In this embedded edge podcast, we talk about ‘cloudification’ of connected devices, separation kernels, and the importance of deterministic behavior in mission critical and safety critical systems. Guests include Pavan Singh of Lynx Software Technologies, who explains how its MOSA.ic platform now supports deployment of Google Anthos bare metal at the mission critical edge; and Dirk Akemann of SEGGER who talks about SEGGER’s introduction of runtime libraries enabling deterministic behavior when running C++, opening up the possibility of using C++ in many more safety critical applications.