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SAFEPOWER

Safe and secure mixed-criticality systems with low power requirements

SAFEPOWER

Participants

  • IK4-IKERLAN, S. Coop. (Coordinator)
  • CAF SIGNALLING S.L
  • SAAB AKTIEBOLAG
  • UNIVERSITAET SIEGEN
  • Fent Innovative Software Solutions SL (fentISS)
  • KUNGLIGA TEKNISKA HOEGSKOLAN (KTH)
  • OFFIS EV
  • IMPERAS SOFTWARE LIMITED 

Duration

2016 -2018 Contract number: H2020-ICT-2015-687902  

Budget

4 003 625 €

Programme

European programmes: H2020-ICT


The SAFEPOWER project aims to enable the development of cross-domain mixed-criticality systems, such as those used in the railway, aerospace, automotive and energy sectors, with low power and safety requirements by a reference architecture orchestrating different local power-management techniques based on safe and securitized built-in low-power services.

SAFEPOWER builds a comprehensive suite of analysis, simulation and verification tools for low-power mixed-criticality systems, including hardware and software reference platforms assisting the implementation, observation and test of such applications. This project will demonstrate and support effective low-power execution and adequate certification cognizance of mixed-criticality power aware systems through EU industry representative use-cases and illustrative safety concepts assessed by an external certification authority. Additionally, SAFEPOWER will also maximize the impact of the project promoting a cross-domain public demonstrator, available for other different industrial domains.

SAFEPOWER provides power consumption monitoring by three different on board power monitors to analyze voltages, current and temperatures all over the system.

Also, many applications can be held with the XILINX XC7Z045-2FFG900E device, 40 isolated digital input/outputs, 20 analog input/outputs, memory modules (MRAM, DDR3L SDRAM, Flash and SODIMM DDR3L SDRAM), communication modules (3 Ethernet Ports, USB-Wireless, USB-UART, 3 pin UART, SPI and I2C) and other modules such as: crypto core, watchdog, temperature sensor, RTC and HDMI.

The project will draw upon pre-existing results from the FP7-DREAMS project architecture, the FP7-MULTIPARTES and FP7-PROXIMA safety concept approach and the estimation and analysis of SoC power and temperature of the FP7-CONTREX project.

our contribution

SAFEPOWER is a development board designed by IK4-Ikerlan from concept to schematics, integrity simulation, PCB routing, fabrication and validation, SW development and FPGA design.

The center is also taking charge of some tasks; on the one hand, the ones required for compliance, which involves identifying the needs of the end users of the technology for mixed-criticality systems with low power requirements and on the other hand, the implementation of the platform. IK4-Ikerlan will develop for this a custom electronic card, which incorporates the hardware components of the SAFEPOWER reference architecture. This platform will be used in the three areas of use (railway, aeronautics and the public demonstrator).

IK4-Ikerlan will provide direct support to CAF's demonstrator and it will be the expert voice in the subjects related to functional safety standards.

The user manual of SAFEPOWER development board can be downloaded from this site.

SAFEPOWER-IKERLAN

If interested in SAFEPOWER development board or in designing a new custom HW board with IK4-Ikerlan as a partner, you can contact below our researcher Leire Rubio.

CONSULT ALL THE DETAILS ABOUT THIS PROJECT HERE SAFEPOWER-PROJECT.EU/

Contact

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For further information,
contact with...

Leire Rubio

Communication Systems, HW Platforms and Microsystems researcher

Contact
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