With the number of networked devices growing in smart homes and more so in industrial premises the challenge in these interconnected devices is to accommodate these disperse collections of devices, protocols, and physical compute. This course discusses the full stack of such node designs for on premise edge devices that can be implemented with the AMD adaptive SoC families.
These devices exhibit powerful ARM® CPU clusters that can run operating system-based software components that support complex applications. This class of devices will be shown as typical Edge nodes in the system of nodes by using standard technologies such as Message Queuing Telemetry Transport (MQTT). With the extensibility in the FPGA part it will become clear how to add local, application-based processing close to the communication features. On top, this course outlines solutions to cover real-time conditions in the local application or the communication interfaces and provides insight into power-state switching to save power. The discussion closes with an outlook on more formal software architectures using containerized microservices and share load in the system of nodes.
9/9/2025 - 9/11/2025 Time Zone : (GMT+01:00) Amsterdam, Berlin, Bern, Rome, Stockholm, Vienna Seats Remaining : 12 Venue : DEU, Berlin - TBD PLC2 Venue Address : TBD,Berlin,GERMANY
12/3/2025 - 12/5/2025 Time Zone : (GMT+01:00) Amsterdam, Berlin, Bern, Rome, Stockholm, Vienna Seats Remaining : 12 Venue : DEU, Frankfurt - TBD PLC2 Venue Address : TBD,Frankfurt,GERMANY