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Vicor explains in their latest eBook how its power solutions support customers that are constantly pushing the limits of what is possible. This exclusive read, entitled ‘Changing what’s Possible,’ delves into how power dense Vicor modules enable many world-changing innovations across various sectors, including electric vehicles, renewable energy and advanced computing, all of which are adopting 48V architecture.

The new guide from Vicor outlines the essential role of high-density power modules in optimising performance in applications which test the limits of power electronics. Through a range of case studies that highlight daunting power challenges, the eBook explains how thermally-adept Vicor power modules in tandem with Vicor propriety technology and 48V architectures are capable of exceeding what’s possible.

The eBook provides fresh insight and knowledge on different power architectures through practical examples, encouraging the adoption of best practices in power system design in order to push the boundaries of what is possible.

The eBook Changing What’s Possible includes:
• In-Depth Analysis: Explores the latest developments in high-density power electronics and their implications for various industries
• Explanatory PDNs: Shows the actual products used in the power delivery network to better understand how you can design your own PDN
• Practical Applications: Teaches about real-world applications and how cutting-edge power solutions are transforming industries

“Following on from the success of prior eBooks, Saving the Environment and Protecting and Saving Lives, we’re excited to announce the third instalment of our powering innovation eBook series,” said David Krakauer, VP of Marketing, at Vicor. “The eBook explores how our customers are constantly pushing the limits of what is possible using 48V and power modules together.”

‘Changing What’s Possible’ is the latest of the Vicor Powering Innovation eBook series and is free to download from the Vicor website.

https://www.vicorpower.com.

Mouser Electronics equips engineers with the latest innovative solutions in its online robotics resource centre. Combining engineering and computer science, robotics continues to drive innovation across industries, reshaping automation, manufacturing, healthcare, and more. From precision-driven industrial systems to AI-enhanced automation, robotics is redefining efficiency, safety, and performance in complex applications.

Advancements in robotics span multiple domains. Soft robotics, designed to mimic organic movement, have revolutionised prosthetic development, enabling lifelike artificial limbs with enhanced dexterity. Meanwhile, sweeping robotics integrate advanced components like Time-of-Flight (ToF) sensors and antennas to optimise autonomous cleaning. In industrial settings, robots automate repetitive and hazardous tasks, boosting productivity, while collaborative robots (cobots) optimise workflows and free human workers for strategic roles. As artificial intelligence (AI) and machine learning (ML) advance, robots are becoming smarter and more adaptable, paving the way for seamless human-robot collaboration.

Mouser’s robotics content hub provides comprehensive resources, including articles, blogs, eBooks, and products, designed to guide users through the complexities of robotics. Selecting the right robotic system is crucial to optimising performance in specific environments. Mouser’s technical team and manufacturing partners curate technical articles and resources to help engineers identify key differences, such as automated guided vehicles (AGVs) versus autonomous mobile robots (AMRs), helping engineers navigate critical design decisions and implement the most effective robotic solutions.

https://resources.mouser.com/robotics/

Mouser has announced a new eBook in collaboration with NXP Semiconductors, that explores the ongoing design challenges and solutions for creating secure, interconnected edge devices.

With the rapid increase of Internet of Things (IoT) devices, mobile devices, and diverse network points, security concerns have drastically increased. Emerging technologies rely on interconnected edge devices that share data in real time and are often deployed in remote or uncontrolled environments, opening up new vulnerabilities beyond traditional information technology infrastructures. In 7 Experts Discuss Managing Security Risk and Regulatory Compliance at the Edge, security specialists from NXP and other companies discuss security risk management, regulatory compliance, and strategies for meeting current and future requirements.

NXP has a long history in the field of cybersecurity and offers customers a broad portfolio of products and solutions, many of which are highlighted in the eBook. The NXP EdgeLock secure authenticators, such as the EdgeLock A5000, available from Mouser, are ready-to-use, secure IoT authenticators. It provides a root of trust at the IC level, and it gives an IoT authentication system state-of-the-art security capability right out of the box. The device is versatile in IoT security use cases, such as secure connection to public and private clouds, device-to-device authentication, and counterfeit protection.

The MCX N series microcontrollers are compact, secure, high-performance MCUs with an integrated NPU to enable scalable and innovative designs for the next generation of smart and secure connected devices in industrial and IoT edge applications. The devices feature advanced security with an integrated EdgeLock Secure Enclave(Core Profile) and are supported by NXP’s EdgeLock 2GO cloud services for secure provisioning.

The EdgeLock SE050 secure element (SE) product family provides a trust anchor in IoT devices. This ready-to-use secure element offers enhanced Common Criteria EAL 6+ AVA_VAN.5 certified security for strong protection against the latest attack scenarios and an extended feature set for a broad range of IoT use cases.
The i.MX 93 applications processors provide power-provide efficient machine learning (ML) acceleration and advanced security with integrated EdgeLock Secure Enclave (Advanced Profile) to support energy-efficient and secure edge computing.

https://resources.mouser.com

In collaboration with Infineon, startup Geomorphing Detection (GMD) has developed a system that uses radar sensors to continuously monitor streams and rock movements in the Alps. The innovation has the potential to reduce the impact of extreme weather and climate-related events and protect people and infrastructure.

Natural hazards such as floods, landslides and high tides are on the rise worldwide. In Europe alone, weather- and climate-related events have caused more than 160 billion euros in damage over the past three years, according to a study by the European Environment Agency (EEA). The earlier natural hazards can be detected, the sooner damage to people and infrastructure can be averted.

In cooperation with Infineon, the Austrian startup company GMD from Innsbruck/Tyrol has developed an efficient, digital early warning system for monitoring Alpine rivers and areas. The development is based on intelligent PSoC 6 microcontrollers and Infineon’s Deepcraft Artificial Intelligence (AI) technology. The system continuously measures important parameters such as water level or flow velocity and detects deformations or dangerous impacts in protective structures such as rockfall nets or avalanche barriers.

“Semiconductor solutions from Infineon are the digital heart of the Internet of Things,” says Thomas Rosteck, Division President Connected Secure Systems at Infineon. “Our high-performance microcontrollers not only impress with their first-class features, but also with their wide range of possible applications. We are especially pleased when our solutions can help to save lives, as in this specific case. The easy integration of our microcontrollers into existing systems, their low energy consumption and their high level of safety make it easier for start-ups and developers to implement forward-looking ideas like this.”

In the system, radar technology from Infineon reliably captures data – even in poor lighting and weather conditions – and provides information about the distance, speed and direction of movement of objects. The intelligent AI-based Infineon microcontrollers then process the large amounts of data quickly and precisely. This creates a powerful and efficient system that detects dangers, threats or risks at an early stage in order to remove obstacles and prevent flooding. Thanks to integrated photovoltaics, the intelligent sensor network is also completely energy self-sufficient.

Steve Weingarth, founder and CEO of GMD: “We are delighted to be working with Infineon, a leading international semiconductor company. In combination with our analytics platform, we can offer energy-efficient and cost-effective early warning systems. Since the beginning of our partnership as part of the Infineon Startup Challenge 2024, we have received great support and can already use the system in pilot projects.”

In Austria, the system is already being implemented with the city of Kufstein, the state of Tyrol and other municipalities. The aim is to use monitoring to detect blockages in watercourses at an early stage. GMD is also testing the system to record visitor flows at the Prager Alpenhütte in the Hohe Tauern National Park in cooperation with the German Alpine Association (DAV). From July onwards the system will be used to count people on high alpine hiking trails. The more precise recording of visitor flows is intended to improve the water management of the huts and adapt the infrastructure specifically to usage.

Participation Infineon Startup Challenge 2025

The Infineon Austria Startup Challenge 2025 on the topic “Building Intelligent IoT sensory systems with the help of Edge AI” is currently open. The best startups will then be able to present their prototypes at the Infineon Demo Day in Vienna at the beginning of October. The Startup Challenge is supported by IPCEI ME/CT. Applications are still possible until June 15th.

Infineon Startup Co-Innovation Program: https://www.infineon.com/startup