Overview
Smart infrastructure is key for adaptable industrial solutions that can grow with the applications and that allow automation at the optimal location in a factory. One key element is to enable the acquisition of data for automation in real-time virtually everywhere without flooding the infrastructure with unnecessary information.
Edge Gateways can convert protocols into each other and extract, filter and reconcile data. They are the key to make data from the factory accessible for automation and monitoring.
Because Gateways deal with information from many sources both the port scalability and the capability to manage high amounts of data is important. With the programmability that adapts the port count and with the heterogenous architecture that enables the right mix of optimized processors for your task, AMD adaptive SoCs are an ideal choice. And with all the data within reach it's also a good place for decision making for which machine learning can be used.
Design Examples
The system includes a quad-core Arm-based processing unit that is capable of handling complex network interface, cybersecurity stacks and control plane applications. Additionally, it features programmable logic specifically designed for industrial Ethernet communication, incorporating TSN and translator functions for wireless transport. This system also provides cryptographic offloading functions and xNN inference engines, thereby making it a versatile and powerful solution for a wide range of requirements.
This system has a built-in hard-coded PCIe interface IP with a PCIe connection to x86 Processor(s), providing high-speed data transfer. The device also incorporates an Arm Processing System for communication protocols such as IoT data processing and dynamic accelerator management. The built-in ADCs allow for seamless data acquisition and enhance the system's overall functionality. Moreover, the system features up to four Ethernet MACs that can be extended with additional MACs in the Programmable Logic module. It also supports industrial Ethernet communication, cryptographic offloading functions, real-time sensor fusion and interfaces to optical sensors, database acceleration, xNN inference engine, and reconfigurable accelerator blocks. This versatile range of features and capabilities make this system an effective solution for a variety of applications.
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