ERIKA Enterprise

From Wikipedia, the free encyclopedia
Jump to navigation Jump to search
ERIKA Enterprise
ERIKA Enterprise Logo.jpg
DeveloperEvidence Srl, ReTiS Lab, and others
Written inC
OS familyEmbedded operating systems
Working stateCurrent
Source modelOpen source
Initial release2002
Latest release3.0, GH55 / December, 2018
Marketing targetAutomotive, Wireless sensor networks, HVAC
Available inEnglish
PlatformsARM (ARM7, ARM9, Cortex-M, Cortex-A), AVR, Arduino, TI Stellaris Cortex M4, MSP430, Microchip PIC24,Microchip PIC32, STMicroelectronics ST10, TriCore™, Freescale S12XS, S12G, PowerPC 5000 PPC MPC5674F, PPC MPC5668G Fado, PPC MPC5674F Mamba, PPC MPC5643L Leopard, NXP LPCXpresso, Altera Nios II, Renesas R2xx, x86-64

ERIKA Enterprise is an open-source OSEK/VDX Kernel. The RTOS also includes RT-Druid, a development environment based on Eclipse.

ERIKA Enterprise implements various conformance classes, including the standard OSEK/VDX conformance classes BCC1, BCC2, ECC1, ECC2, CCCA, CCCB. Moreover, ERIKA provides other custom conformance classes named FP (Fixed priority), EDF (Earliest Deadline First scheduling), and FRSH (an implementation of resource reservation protocols).

Thanks to the collaboration with the Tool & Methodologies team of Magneti Marelli Powertrain & Electronics, the automotive kernel (BCC1, BCC2, ECC1, ECC2, multicore, memory protection and kernel fixed priority with Diab 5.5.1 compiler) is MISRA C 2004 compliant using FlexeLint 9.00h under the configuration suggested by Magneti Marelli.

In August 2012 ERIKA Enterprise officially received the OSEK/VDX Certification (see below).


ERIKA Enterprise started in the year 2000 with the aim to support multicore devices for the Automotive markets. The main milestones are:

  • 2000: support for STMicroelectronics ST10
  • 2001: support for ARM ARM7
  • 2002: support for Janus, a prototype dual-ARM7 system for the automotive market
  • 2004: support for Hitachi H8
  • 2005: support for Altera Nios II, with support for partitioning on multicore Nios II designs; availability of the RT-Druid code generator
  • 2006: support for Microchip dsPIC
  • 2007: support for Atmel AVR Micaz
  • 2009: announced ERIKA website on TuxFamily
  • 2010: support for TriCore™, Freescale S12XS, Freescale PowerPC 5000 PPC MPC5674F Mamba, Microchip PIC24, Microchip PIC32, Lattice MICO32, Ensilica eSi-RISC
  • 2011: support for Texas Instruments MSP430, Renesas R2xx, Freescale S12G, Freescale PowerPC 5000 PPC MPC5668G Fado
  • 2012: support for ARM Cortex-M, Atmel AVR (Arduino), TI Stellaris Cortex M4, Freescale PowerPC 5000 PPC MPC5643L Leopard, NXP LPCXpresso. ERIKA Enterprise received OSEK/VDX certification.[1]
  • 2013: ERIKA Enterprise is supported by E4Coder[2] automatic code generation tool.
  • 2014: OSEK/VDX certification for Infineon Tricore AURIX; Multicore port for Tricore AURIX released publicly.
  • 2017: The RTOS has been rewritten from scratch. The new version (version 3) has proper support for multi-core platforms (i.e. one single binary for multiple cores), better support for memory protection and an easier build system[3]. The source code is now maintained on a GitHub repository[4].
  • 2018: Multicore and AUTOSAR Scalability Class 1 added to ERIKA3. Graphical editor now available for the OIL file.


Version 2 of the RTOS was released under GPL linking exception. Version 3 of the RTOS (also known as "ERIKA3") is released under plain GPL, with the linking exception sold upon request[5].

Industrial usage[edit]

  • In 2010, Cobra Automotive Technology announced the support for ERIKA Enterprise[6]
  • In 2010, EnSilica and Pebble Bay consultancy ported ERIKA Enterprise to a family of configurable soft processor cores for automotive systems[7][8]
  • In 2010, Magneti Marelli Powertrain announced support for ERIKA Enterprise[9]
  • In 2011, FAAM Spa announced support for ERIKA Enterprise[10]
  • In 2011, Aprilia Racing announced support for ERIKA Enterprise[11]

Hardware support[edit]

The ERIKA Enterprise Kernel directly supports:

Other evaluation boards are supported as well[13].


External links[edit]