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Bringing products to market can be complex, from customizing designs for manufacturing, connecting to the IoT, meeting complex global certifications or integrating system-level applications. Explore our content on ways to move from idea to production.
When it comes to the IoT, almost anything is possible. Engineers within OEMs using the latest semiconductor solutions can be more innovative when developing endpoints. And new technologies are creating new business opportunities.
Analog design relies heavily on many types of op amps. They are the most versatile of all electronic components and there are many parameters to consider when choosing the right device for your design.
There are many types of data converters available. First, choose the right architecture to meet your requirements. Comparison then helps you make the right choice for your application.
Industrial manufacturing processes generate vast amounts of data. This data can be used in meaningful ways – to predict failure, optimize the lifespan of equipment, and improve process efficiencies to keep pace with market demand.
Selecting interconnect products for your project is a crucial step in the design process and there are several things to keep in mind when making those decisions. In this article we’ll discuss the most common considerations and how interconnect ma
Many component makers are betting heavily on radar and lidar systems enjoying a golden period of growth in the next few years. Vision systems and the processors that go in them present an exciting opportunity, too.
Lighting can have an important effect on our well-being and effectiveness. In fact, lighting matters so much that UNESCO designated May 16 as the annual International Day of Light to recognize its role in healthy living.
Embedded vision is the new must-have feature. Size, resolution and performance are all important, but what else do engineers need to consider after finding the right image sensor for their application? Take a closer look behind the datasheet.
Smart building automation can augment the capabilities of today’s building management systems and create new data flows that reveal insights about how a building is functioning and used. It can also enable new revenue streams for building managers.
Several workarounds exist when integrated devices go end-of-life. One workaround is to emulate the part using a programmable device such as a microcontroller, CPLD or FPGA. Is this still an option during a chip shortage?
Every vertical market is feeling the impact of the chip shortage. How we deal with it now may leave a legacy. Design engineers are adept at visualizing the requirement and developing a solution, but OEMs need to look at the bigger picture.
As the recent James Webb Space Telescope launch demonstrated, there is no doubt that streaming HD video from space is going to be hugely popular with the public and even more important for the engineers responsible for future missions.
The quest for increased road safety is an important factor in the development of higher levels of driving automation. As in any industry, suitable standards help OEMs validate their work in the eyes of regulators and the marketplace.
When we talk about autonomous applications, devices such as drones, robots and driverless vehicles come to mind. What they all have in common is the ability to gather information on their surroundings, process this data, interpret it and act on it.
Computer vision perfectly exemplifies the conundrum developers face when comparing processing data in the cloud or at the edge. That is, should the data generated by the camera be processed locally, in the cloud or both?
Electronic sensors provide autonomous systems with essential information. The type of sensor used determines how this information is captured and how useful it is. This data-driven approach brings with it some tough design decisions.
The design and execution of a product’s supply chain can be the critical catalyst for successfully setting new standards for performance, price, customer experience, market penetration and revenue generation - or it can riddle it with cost overruns
Developing large numbers of new and diverse devices for an Industrial IoT solution can challenge your engineering resources. Using a no-code approach to development can reduce the size and complexity of that challenge.
With billions of dollars at stake, Industrial IoT isn’t just about financials. Safety, scalability and flexibility are part of digital transformation. In industrial sectors this has significant implications, but is no longer unchartered territory.
A growing need exists for alternative solutions to patient monitoring applications in healthcare facilities. Time-of-flight cameras enable sensors to read position data of scenes within the field of view, but without identifying patient information.
Some may think of machine learning as the supporting act for AI, but in the industrial sector it is the main attraction. We spoke with Avnet Silica’s Michaël Uyttersprot, manager, system solutions, AI/ML and Vision, EMEA, to find out more.
Data diodes are older than the internet and only allow information to flow in one direction. They enforce security at the hardware level, but do they still have a place in a world where everything relies on two-way communications?
SiC and GaN wide bandgap semiconductor switches can provide a step improvement in efficiency in power converters. Engineers should be aware that they have different secondary characteristics compared with Si-MOSFETS and IGBTs.
When it comes to smart control applications, it’s worth taking a step back to consider when and if the switch to wide bandgap from MOSFET or IGBT makes sense. When the answer is yes, then the decision is whether SiC or GaN is the way to go.
Field programmable gate arrays (FPGAs) deliver many advantages to artificial intelligence (AI) applications. How do graphics processing units (GPUs) and traditional central processing units (CPUs) compare?
AI at the edge will have profound effects on many industries, including transportation, defense, manufacturing and healthcare to name a few. How will AI at the edge change these industries, and why does it matter?
It’s easy to seek out the absolute top of the line when it comes to a design. Whatever the “best” part is, is probably what’s going to be the most compelling for your design, right?