A durable time‑to‑market advantage in hardware development comes from deliberately designing for scale from day one.

Power modules handle heat, moisture, and high voltage while making design easier and reducing failures. Learn more about ...

The range of high-performance, power-efficient embedded computing modules has never been broader, making it more difficult for developers to find the best fit.

Xilinx’s Zynq family has been an extremely successful system-on-chip (SoC) FPGA solution. However, as with many FPGA platforms, using this flexible solution can be especially tough when it comes to ...

Semiconductor manufacturing, laser cutting machine tools, electronics assembly and lab automation systems require precision linear modules that need to operate with tight endpoint accuracy and smooth ...

What happens when edge computing runs entirely on performance cores? A modular platform hints at deterministic processing for ...

Chameleon adaptive analog modules from Okika provide preprogrammed, ready-to-use analog functions in a compact 14×11-mm form factor. Each module employs the company’s FlexAnalog field-programmable ...

Is maximizing power per string the only right answer? If we imagine the development of the photovoltaic (PV) industry in terms of both scale and quality as a single curve, then from the first ...