The emergence of the software-defined vehicle - and all the code that comes with it - implies an increase in engineering requirements. Developers now face functional and safety requirements in addition to security provisions that will protect connected cars. Fulfilling these requirements in a manner...

Copper and optical interconnect technologies play a significant role in next generation rugged embedded computing, with the drive toward higher speeds and smaller form factors. Join our panel of industry-recognized experts on June 12 at 11 AM EST who will discuss the levels of electronic packaging –...

In the connected hospital of the future, devices will share real-time data securely and reliably and will combine with AI and advanced Clinical Decision Support (CDS) to improve patient outcomes, reduce errors and lower costs. They will help doctors and nurses ensure 24x7 quality monitoring, detect...

The Oil and Gas industry is undergoing a market-wide transformation. There is increasing pressure to establish recommended practices and standards that enable interoperability between all components, equipment and systems used in Oil and Gas well construction - regardless of the type of provider. Th...

Medical device companies are experiencing an evolving healthcare market that is relying on next-generation hyper-connected medical equipment to enable new levels of diagnostics, treatment, surgical methods and patientcare. All these devices must be designed to meet the stringent FDA requirements, a...

Machine learning is a subset of AI or artificial intelligence. But it’s a vital part, and it’s the part that typically engineered by those of us in the embedded community. Machine learning can be handled in different places within the system, and it often lives at the Edge or node level. If implemen...

With accelerating technology innovation, medical equipment and devices are becoming more sophisticated and more connected. Consequently, as in most mission-critical systems, safety and security are two increasingly vital requirements in medical device design. In April 2018, the US Food and Drug Admi...

IoT enables collection of data like never before. But even if you are good at collecting data, where does that leave you? If you are a product manufacturer, you are likely still doing business the traditional way - recommending standard preventative maintenance to your customers, not getting any re...

Autonomous vehicles and advanced robotics systems are some of the most complex applications ever conceived. And, they hold the promise of profoundly changing daily life... From humanoids to drones to autonomous vehicles, these unmanned machines require real-time human-level decision-making capabili...

To-date, the security industry has been driven by the enterprise and IT departments. However, with millions of devices from other industries coming online - many of which are safety-critical - traditional security frameworks must change. Here, at the intersection of firewalls and air gapping, antivi...

As IoT continues to mature, as the amount of information being generated increases, companies must find better and more automated ways to process it. Sending everything to the cloud can increase costs associated with data delivery and processing. This has created an increased focus on edge intellige...

A connected and autonomous future for transportation requires a major leap in architecture and software innovation. In autonomous vehicles, an immense amount of data is passed between applications requiring safety, security and a more dynamic solution. A significant investment in new technology is n...

You seek to meet the evolving needs of your end users by adopting sophisticated technology, from game-changing artificial intelligence applications, to augmented reality and enhanced computer vision capabilities. But how do you deploy these new mission-critical applications into a safety-critical en...

Historians will look back at our time and wonder how we got by without smart things. Medicine is expensive, slow and error-prone. We still burn things for power and, in turn, damage the planet. Large systems, from process plants to defense, are far too expensive to develop. And transportation is ma...

Automakers understand that acoustics are important to their vehicle experience. Up until now, automakers have had to engineer that experience by assembling disparate hardware and software components and to spend considerable effort to integrate and fine tune those components into a consolidated syst...

One of the advantages of Sitara processors is the ability to support multiple industrial communication protocols such as EtherCAT, PROFINET and others by simply downloading new firmware. In this webinar we will cover an overview of the new Sitara AM65x processors, which are the first multiprotocol g...

Join Ken Marlin, Windows Champ from Arrow Electronics, to learn how to get started with Windows 10 IoT Enterprise LTSC 2019. Ken will cover the basic "getting started" items such as signing the required CLA agreement, how the product is licensed, best practices as well as feature implementations th...

The smart machine era is transforming the automotive industry. Autonomous vehicles - or carbots - will fundamentally disrupt transportation systems. The biggest change is the way companies compete. For decades, cars competed primarily on performance, driver experience and style. Since carbots will m...

Unfortunately, the IoT makes every part of nearly every system vulnerable to network attack. The IoT could easily be called the IoT the Internet of Targets. The IoT is a brave new world for risk management. Good security requires layers or "defense in depth." Easy in principle, but not so easy in p...

Join Ken Marlin, Windows Champ from Arrow Electronics, to learn about the latest Modern Operating System Windows 10 IoT Enterprise LTSC 2019 product released on October 1st, 2018. Ken will cover the latest Windows roadmap and service channels providing in-depth information that will help you determ...

Artificial intelligence (AI) is set to transform embedded systems operating at the edge of operational networks thanks to a new breed of powerful, yet power efficient, embedded processors. Computer vision, automotive safety, industrial robotics, and digital security and surveillance (DSS) systems ar...

As the embedded device market continues to mature, manufacturers must offer both high-performance products at a competitive price to stay as good or better than competition. Many are not yet aware that the choice of development framework can both reduce development costs and drastically shorten time...

As autonomy of smart cities and smart factories grows, the need for smart sensors that are capable of making decision grows as well. Smart sensors must be able to both accurately sense as well as be able to make decisions at the edge. TI's single-chip mmWave sensors incorporate highest-resolution...

As the power of semiconductor chips, or System on Chips (SOCs) grows, software designers are mixing more functions to be supported on these SOCs. This saves cost. To accomplish this, designers use a hypervisor, which can support multiple domains (sub-systems) each isolated from the other on the sam...

According to the U.S. Energy Information Administration (EIA), 41% of all US residential energy cost is spent on heating and cooling. In fact, the average energy cost has increased by 4% over the last 10 years, and the upward trend is expected to continue for the foreseeable future. However, changin...