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]
Power your next innovation with Wi-Fi HaLow! Are you ready?
Wi-Fi HaLow is a wireless standard designed to meet the unique needs of IoT, offering longer range, low power consumption, high client density, and robust material penetration. It provides a secure, efficient, and reliable network, making it ideal for a wide range of IoT applications. Read more [Picture source: TOP-electronics on linkedin.com]
Product BOM costs are rising again, and the recent jump in memory pricing is a good example of how fast a design can get more expensive
What makes this tricky is that it is rarely just one factor. In many BOMs we see a mix of* price volatility in key semiconductors (like memory)* allocation risk and lead time swings* tariff exposure and regional supply constraints* last-minute redesigns because a “standard” part turns out not to be stable for long-term supply
If you are building a product that must run for years, connectivity choice and RF performance are usually the first risks
That is why the TOP-team works with Quectel, and why we focus on design-in support from requirements to validation. Read more [Picture source: TOP-electronics on linkedin.com]
Power is everywhere. From a tiny hearing aid battery to a 1U server PSU or an EV charger
The challenge is not only to deliver power, but to make it reliable, efficient and maintainable over the full product lifecycle. TOP-electronics connects proven power technologies on every level of designs. We support the development of power architectures, from board level to system level, with proven technologies and long-term partners. Read more…
Upgrading Ethernet bandwidth without creating new integration risks?
When you are moving from 1G to 2.5G or scaling to compact multiport networks, component consistency matters more than ever. Newly added to our Ethernet portfolio, MaxLinear’s latest additions offering scalable performance with consistent integration. Read more
Working on edge AI, vision, or robotics?
A single embedded platform might cover all three, if it’s built with reuse and integration in mind. We often see engineers hitting friction when they move from prototype to deployment. Shifting form factors or rewriting software slows down progress and increases risk. Read more [Picture source: TOP-electronics on linkedin.com]