Join experts from Synopsys as they discuss the latest advancements in Security IP for mission-critical applications. This webinar will highlight how trusted-vendor solutions deliver high-grade security, including supply chain assurance, comprehensive traceability and provenance, and robust side-chan...

With 98% of OSAT (Outsourced Semiconductor Assembly & Test) manufacturing performed in Asia, rising geopolitical tensions and trade levies are driving US based OEMs and CMs (Contract Manufacturers) to reevaluate the supply chain risks and increased costs of their overseas OSAT microelectronics produ...

Modern aerospace platforms—from crewed aircraft to satellites and UAVs—face a rapidly evolving threat landscape. As cyber threats become more advanced and supply chain scrutiny intensifies, traditional safety-focused engineering must expand to include built-in cyber resilience. This webinar explores...

In today’s high-stakes industries, rugged edge computing is playing a pivotal role in driving innovation, improving resilience, and enhancing mission success in environments where failure is not an option. This webinar is designed to explore the intersection of cutting-edge technology and critical a...

As industrial environments demand smarter, faster, and more reliable automation, machine vision powered by AI is rapidly becoming a cornerstone technology for quality control, anomaly detection, and operational efficiency. Yet deploying AI at the Edge in industrial settings comes with unique challen...

AI is advancing rapidly, enhancing everyday devices like phones, vehicles, smart cameras and sensors. However, AI development and deployment still largely relies on the cloud, raising the question: how can we make advanced AI accessible to everyone? NXP addresses this by combining scalable AI accel...

A recurring AI webinar series

As AI workloads increasingly migrate from the Cloud to the Edge, engineers face new challenges in optimizing performance, power, and latency while maintaining model accuracy and system reliability. This webinar provides an in-depth exploration of cutting-edge techniques and architectures enabling ef...

AI at the Edge is transforming how data is processed, interpreted, and acted upon—closer to the source. But unlocking its full potential requires coordination across a diverse ecosystem of stakeholders, from silicon vendors and embedded engineers to data scientists, software architects, and system i...

ATtiny microcontrollers have been around since 1999, but in the mid-to-late 2010s, they got an important upgrade with the introduction of the 0 and 1-series chips, followed by the 2-series in the early 2020s. While these devices have an array of excellent new features, they also implement a few chan...

The U.S. Department of Defense (DoD) Combined Joint All-Domain Command and Control (CJADC2) strategy “is not a single system, but a series of interconnected capabilities from the edge to the boardroom, providing the Joint commander with sensors and systems across the tactical, operational, and strat...

Join Wind River for a 60-minute technical session on transforming embedded software testing with the modular capabilities of Wind River Studio Developer, a modern DevSecOps platform designed for enterprise-scale embedded software development. This webinar will spotlight Wind Rivers Studio Developer...

FPGA development is undergoing a paradigm shift; moving away from rigid, HDL-centric toolchains, toward more flexible, software-oriented workflows. As system complexity increases and time-to-market pressures grow, engineering teams increasingly seek tools that support rapid iteration, cross-platform...

As the threat landscape shifts toward faster, more agile strike capabilities, so too must our defensive architectures. From traditional ballistic missiles to hypersonic glide vehicles and unmanned aerial systems (UAS), the spectrum of challenges is broad and intensifying. The Golden Dome initiative...

Since 2021, Raspberry Pi has made its own microcontrollers, the RP2040 and now the RP2350. While Raspberry Pi’s Pico and Pico 2 boards provide a standardized way to use these chips, designing your own development and production boards unlocks a wide range of new possibilities. In this online trainin...

With the announcement of the powerful RP2040 in early 2021, Raspberry Pi shifted its focus from (only) single-board computers (SBCs) to the world of custom microcontroller silicon. They followed this up in August 2024 with the new and improved RP2350, making RPi arguably the most exciting chipmaker...

Most of the AI offerings come with their own set of development tools. Some are open source, and some aren’t. More importantly, some are easy to use, and others aren’t. In this session, we’ll walk through the basics of these toolsets, showing how involved (and complex) this process needs to be based...

OEMs’ product portfolios often require offering a range of SKU variants with features and performance that would be difficult to service with a single FPGA device family. This creates unique challenges in scaling designs between different FPGA families. For FPGA designs, scaling typically occu...

As the need for spectral dominance continues, the Electronic Warfare (EW) landscape continues to evolve at an unprecedented pace. It's essential for military and defense professionals to stay current on electronic and component developments in the semiconductor industry. This webinar will explore th...

Beyond the microcontroller, development boards typically require a number of components to function properly. In this online training session, presenter Jeremy Cook will discuss implementing USB connections, oscillators, and external memory in your dev board design.

When you bring video into an AI-based application, you’ve upped the ante in terms of amount of data that’s being collected many times over. Does all the data need to be processed? How do you know what’s good data and what’s not? And do you need to write your own algorithms, or can you depend on the...

Industrial applications typically don’t require all the bells and whistles of full-blown AI. Machine learning is usually what’s warranted. In this session, you’ll learn how to implement machine learning, pulling in just the data that’s needed for your industry equipment.

Precise time synchronization is a key requirement in Time Sensitive Networking (TSN). TSN provides deterministic, reliable, and low-latency communication by enabling time-aware scheduling over Ethernet networks. All devices on the network that transmit time-sensitive data must be synchronized in tim...

In military applications, the edge most often refers to where one engages the adversary or sensors collect the data, regardless of domain – air, land, sea, space, and spectrum. From the battle commander’s point of view, all deployed platforms and sensors are in fact edge devices. Enabling MOSA [modu...

Adopting open standards in avionics systems promises to lower implementation costs, accelerate development, ensure robust architecture and consistently high-quality software implementation, and maximize reuse. The FACE™ standard embraces these ideals by providing a modular reference architecture bas...