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ELMAR - Real-Time Framework
The ELMAR platform is designed to meet the demands of industries requiring real-time applications, including semiconductor, defense, automotive, aerospace, aviation, laboratory, medical technologies, and renewable energies. Centered around AMD® Zynq® UltraScale+™ MPSoCs and developed by Trenz Electronic, the framework supports the integration of low latency closed-loop algorithms. These can function concurrently with an embedded Linux distribution, managed via a lightweight hypervisor which distinctly separates Linux management and real-time operations, based on an RTOS. A proprietary inter-core communication (ICC) system ensures synchronized communication among ARM® cores. The embedded Linux system enhances field administration through a web server, parameter management, firmware update capability, and additional utilities. The platform's efficiency is further validated through complex industrial algorithms using Simulink®, facilitating high-performance operations essential for real-time control systems.
- Powerful, embedded control platform
- Designed for lowest latencies and hard real-time conditions
- Flexible framework for control applications
With our kernel patch specially designed for the AMD Zynq UltraScale+, we guarantee stable 10kHz inter-core communication between the real-time cores. This is verified using a complex industrial Simulink® control algorithm.
The versatile platform for real-time applications comprises:
- Prequalified evaluation board
- Real-time framework
- Dummy application
- Inter-Core Communication mechanism
- Virtual network and traffic prioritization
- Parameter manager
- HW and SW watchdog
- Centralized and event logging
- Remote software update
- Secure Boot
- Web server and IoT support
- Simulink® target
- Scalable
