Edge intelligence is no longer only about adding more processing power
The real question is more practical: can the system deliver the required performance, stay energy-efficient, remain secure, and still scale across future product generations? As IoT applications become more intelligent, the choice of computing platform becomes a critical system-level decision. That is where System-on-Modules and edge processors become relevant. Read more…
Designing EV charging infrastructure requires more than selecting a charging socket
A reliable charging system combines power distribution, communication, thermal management and human-machine interface components. Each element must fit the electrical architecture, installation environment and expected lifetime of the application. Read more [Picture source: TOP-electronics on linkedin.com] FOTO:
Did you see the referee cam during the World Cup?
During the games, many of us in the TOP-team saw it on television. And the first reaction was clear: what a great application. Not only because it gives football fans a new viewing experience, but because it shows how compact electronics can change the way we observe, communicate and understand real-time situations.
AI data centers require more than raw compute power
As rack-scale architectures become denser and more complex, reliable control-plane connectivity becomes essential for system bring-up, monitoring, configuration and service operations. The new USB UART solutions from MaxLinear are designed for demanding AI data-center architectures. Read more [Picture source: TOP-electronics on linkedin.com]
Power delivery is getting more demanding
Higher load steps, tighter rails, and less PCB area to work with. The point-of-load buck regulators and intelligent power manager from MaxLinear are designed for modern gateways, routers, and infrastructure designs. Read more [Picture source: TOP-electronics on linkedin.com]
Digital control does not move a motor. The analog power stage does
Modern robotics is often associated with powerful processors and advanced algorithms. But when it comes to actual motion, digital systems alone are not enough. Read more [Picture source: TOP-electronics on linkedin.com]
Developing healthcare IoT devices and facing challenges in sensing, connectivity, and low-power design?
Healthcare IoT devices are becoming more advanced and more connected. From remote patient monitoring to distributed care platforms, engineers are expected to deliver designs that combine sensing accuracy, secure wireless communication, low power consumption, and long operating life in a compact footprint. Read more
Personal safety solutions are becoming smarter, smaller and more connected
Are you working on a wearable alert device, lone-worker safety tool, emergency beacon or indoor safety tracker? Successful designs depend on the right combination of sensing, positioning, connectivity and power efficiency. Read more [Picture source: TOP-electronics on linkedin.com]
Choosing the right antenna is about more than frequency and fit
With so many antennas available, selecting the right one is not always straightforward. But getting it right is essential for wireless performance, reliability, range, and compliance. Read more [Picture source: TOP-electronics on linkedin.com]
eMobility and renewable energy require robust power chains from end to end
EV chargers, eMobility platforms, and renewable energy systems all depend on reliable power. When something fails, it is visible immediately, whether at the charging point, in the cabinet, or in the field. Read more [Picture source: TOP-electronics on linkedin.com]