Rugged highly reliable embedded computing solutions
WINSYSTEMS will exhibit at Embedded World 2020 from February 25-27 in Nuremberg, Germany. Several new products will be on display, adding to an already impressive lineup of rugged, highly reliable embedded single board computers, industrial computers, panel PCs, I/O expansion cards, and network switches. WINSYSTEMS will introduce its all-new ITX-P-C444, a potent Pico-ITX single board… Read More »
Read More >
Truly industrial, highly reliable PPC12-427 panel PC solution withstands shock, vibration, dust and low-pressure wash downs; provides abundant connectivity and added security in a low-profile design GRAND PRAIRIE, Texas – February 20, 2020 – Embedded computing pioneer WINSYSTEMS today introduced its multitouch, feature-packed PPC12-427 rugged display platform with an IP65-rated sealed front bezel and gasket… Read More »
Read More >
Pretty much for its entire existence, the trend in the embedded computing industry has been toward achieving smaller size, lower power, and higher performance. Sometimes these attributes can help each other to drive adoption of new technological advancements, but in others, choices must be made for priorities of size versus power and performance. For example,… Read More »
Read More >
Feature-packed SYS-427’s compact embedded SBC design harnesses the Intel E3900 processor; stands up to punishing thermal, shock and vibration demands with ruggedized packaging GRAND PRAIRIE, Texas – February 7, 2020 – Industrial embedded computing innovator WINSYSTEMS today announced its latest enclosed single board computer for extreme operating temperatures and environments. The SYS-427 is a… Read More »
Read More >
Designing long-lifecycle systems goes hand-in-hand with long-term decision making when it comes to your embedded platforms. If chosen carefully, these decisions can help you avoid a myriad of minor inconveniences and potential system-scrapping problems years or even decades down the road, depending on the application. For example, issues like equipment wear and tear and outright… Read More »
Read More >
In the Industrial IoT (IIoT), the Cloud acts as the upper-level data storage and analytics engine that can be accessed directly or indirectly by the IIoT’s Edge nodes. While this may seem like a straightforward process, it can be rather complex. The Edge is where the sensors lie and where real-time processing and decisions occur. … Read More »
Read More >
When computing is performed at the edge, data is collected at the source from sensors and then some amount of lower-level processing takes place. Processing data at the edge enables real-time decision making by eliminating the need to send sensor data to the cloud for processing, then waiting for the results. Artificial intelligence (AI) will,… Read More »
Read More >
