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Wind River VxWorks 653 Platform, Version 2.3

Posted by Ken Cheung in RTOS on Thursday, March 25, 2010

Wind River introduced VxWorks 653 Platform, version 2.3. The latest release of VxWorks 653 features board support packages (BSPs) for the Curtiss-Wright Controls VPX6-185 and the Wind River SBC8641D boards. The RTOS extends hardware support to Intel 32-bit processor architectures, including a BSP for the GE Intelligent Platforms V7768 board. VxWorks 653 Platform now also provides a new power-fail safe DO-178B file system. The real-time operating system for controlling complex, safety-critical ARINC 653 Integrated Modular Avionics (IMA) systems is available now.

Wind River VxWorks 653 Platform

  • Hardware support for Power Architecture (PowerPC) broadened to include a BSP for the Curtiss-Wright Controls VPX6-185 MPC8641D-based board.
  • Hardware support extended to Intel 32-bit processor architectures, specifically for Intel Core 2 and Celeron processors, with BSP support for the GE Intelligent Platforms V7768 board.
  • DO-178B File System, a power-fail safe file system ready for use in systems requiring DO-178B Level A certification. It can be used from every application partition in an IMA system, and is supported by a range of devices. The file system is an optional, add-on component, further enhancing the development capabilities of VxWorks 653 for customers and increasing their development efficiency.
  • Advanced project and workflow support in Wind River Workbench that improves the ease of usability of VxWorks 653 for customers when creating, configuring and building time- and space-partitioned VxWorks 653 projects.
  • Improved DO-178B Network Stack support, through the inclusion of TCP, IGMPv1, and multicast support with the UDP/IPv4 network stack.

VxWorks 653 is an ARINC 653, real-time operating system for safety-critical Integrated Modular Avionics platforms, used in over 180 subsystems by over 100 customers worldwide for more than 40 airframes, including the Boeing 787 Dreamliner. VxWorks 653 implements a strict two-level time and space scheduling and separation environment that supports the deployment of applications at different DO-178B safety levels on a single instance of silicon with very high performance and very low jitter. VxWorks 653 also includes DO-178B qualified development tools that allow the rapid insertion of new software modules into a shared avionics platform without forcing a re-test of the entire environment, enabling high levels of integration and system refresh.

More info: Wind River VxWorks 653 Platform

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