AMD Zynq UltraScale+ MPSoC
Heterogeneous multiprocessing platform for a broad range of embedded applications.
Overview
Fieldbus Couplers and Smart Sensors
Fieldbus Couplers are a popular category of I/O Modules gain more and more intelligence. They are multi-protocol, expandable units with built in applications to run in the Industrial Internet of Things (IIoT). They play a key role to collect data from everywhere in automation. That gives access to real time data for next generation automation algorithms.
Smart sensors do a similar job as IIoT connected devices with enough processing performance to run automation applications.
AMD adaptive SoCs and FPGAs
AMD adaptive SoCs and FPGAs are commonly used in traditional and networked IO modules and smart sensors for chip-to-chip connection, backplane communication, or for connectivity over external PHYs to drive lines over longer distances. With programmable Logic it's possible to aggregate information and forward them to an IoT gateway, an IPC or a PLC over industrial ethernet or TSN. Also, extensions for functional safety are possible and benefit from AMD's safety-certified design tools.
AMD Spartan™ 7, Artix™ 7 and Artix Ultrascale+™ devices come with the right architecture to enable high fanout and still ensure a competitive cost position. Processor soft cores, in particular AMD MicroBlaze™, are ideal to run networking stacks.
AMD Zynq™ 7000 and Zynq UltraScale+ MPSOC and Spartan UltraScale + cover all the functions above and the processing performance for IIoT devices. AMD Kria™ SOMs enable fast deployment using Adaptive SOCs.
Design Examples
FPGA with processor softcore for optimized IIoT connectivity
The utilization of Industrial Ethernet, a high-speed backplane and chip-to-chip communication together with an accelerated/offloaded Ethernet stack and advanced signal processing, has enhanced the capabilities of Multichannel PWM, ADC, inputs, and outputs. Additionally, the inclusion of a MicroBlaze Processor has brought about further improvements in speed and overall performance. This integration of cutting-edge technology enables users to operate complex systems with precision and speed, making it possible for them to tackle challenging processes with ease.
Adaptive SoC with Processing System for differentiating applications
The use of industrial Ethernet, high-speed backplane, and chip-to-chip communication, along with an accelerated/offloaded Ethernet stack and advanced signal processing, enables multi PWM, ADC, Programmable digital I/Os. Additionally, the incorporation of an Arm Cortex A Processor (32 bit or 64 bit) delivers superior performance and processing power, resulting in quick and efficient execution of tasks. Moreover, the monitoring and diagnosis functionality for functional safety provides an added layer of safety, which is critical in industrial applications. The combination of these advanced technological features has drastically improved the safety and efficiency of industrial operations.
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Solutions Stack
AMD Industrial and Healthcare Embedded Solutions Stack
Many industrial and healthcare embedded products require the full AMD embedded solution stack, which includes optimized AMD components and ecosystem solutions. With AMD-based systems, there's no need to start from scratch. Save time, reduce costs, and enhance design reuse by utilizing the AMD embedded solution stack.
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