AMD Adaptive FPGA
AMD FPGAs integrate networking, monitoring and fast control in a single device.
Overview
Actuators in modern applications are electric. Motor control is a dynamic process that requires algorithms with fast reaction on dynamic input parameters. AMD SOMs, SoCs, and FPGAs provide performance to go beyond the control loop frequency limits of a microprocessor. The more processing power dedicated to the motor, the more precise the control achieved. The key is to take advantage of modern power inverter technologies like SiC and GaN, which can be supported by AMD adaptive computing.
Flexible I/O
- The programmable nature of I/Os enables the simultaneous acquisition of data via interfaces from every type of motor.
- Flexible support of encoder interfaces, such as Hiperface DSL, EnDat, BISS and others, enables easier adoption.
- Scalability, I/O customization, and streaming data into hardware-accelerated algorithms help improve productivity.
Time-Sensitive Networking
- Converged networking interfaces support future-readiness for next-generation control architectures.
- AMD SoCs and Kria™ SOMs are among the first to support Time-Sensitive Networking (TSN), a key standard for the IIoT.
Functional Safety
- AMD safety channels in Zynq™ UltraScale+™ MPSoCs can support up to SIL 3 by using HFT=1 within one common chip and SIL 2 without redundancy.
HMI
- Electric drive HMI dashboards can be created by running a local server on the device.
- Extended capability by using the Arm® Mali™ GPU available on Zynq UltraScale+ EG/EV devices for 2D/3D rendering.
Design Examples
Single-Axis Motor Control
- Flexibility to support multiple communication standards
- Single-chip design for higher reliability
- MicroBlaze™ soft processors for system control and communications
- Full suite of production-ready IP for faster design productivity
Multi-Axis Motor Control
- Arm® Cortex-A9 processors for high-performance control and systems communications
- Higher performance and reduced power consumption through optimized pulse width modulation implementation
- Single API with IP for connecting to multiple industrial Ethernet standards
- Single-chip design for higher reliability
- Full suite of production-ready IP for faster design implementation
Optimized Motor Control for Single Chip
- Single-chip motor control with IP that includes comprehensive hardware functions for the most accurate control of electric drives
- Instantiating the IP core multiple times in the same device allows multi-motor solutions to be created without any performance loss
Device Support
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