Single Board Computers address mission-critical avionics with VxWorks 653

Single Board Computers address mission-critical avionics with VxWorks 653

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By eeNews Europe

VxWorks 653 now runs on the SBC625 6U OpenVPX based on the Intel Core i7 processor and the SBC312 3U OpenVPX, which features the 8-core QorIQ P4080 processor from Freescale. The software platform delivers the stringent integrated modular avionics (IMA) foundation aerospace and defense companies need to address the safety and security requirements of mission critical applications, as well as the portability and reusability requirements of non-critical applications.
For organizations developing solutions designed to comply with the FACE (Future Airborne Capability Environment) reference architecture that is increasingly being mandated as a requirement by the US military, VxWorks 653 provides the base technology to deliver future conformance with the FACE Safety Base Profile of the FACE Technical Reference Manual.
The VxWorks 653 platform supplies complete ARINC 653 Part 1 conformance and expands the ARINC 653 XML configuration capabilities to enable a true multi-vendor platform that supports fully independent RTCA DO-297/EUROCAE ED-124 IMA supplier sourcing.
“The combination of GE’s rugged, multicore VPX single board computers and the VxWorks 653 software platform enables customers to combine leading edge hardware performance with the safety-critical functionality that Wind River’s software platform brings,” said Andy West, Product Manager, Military and Aerospace Software at GE Intelligent Platforms. “This combination of rugged hardware and strictly partitioned software allows customers to maximize the value of their investments without compromising SWaP requirements or sacrificing application integrity.”
The SBC625 brings substantial processing power, graphics capability, I/O bandwidth and functional density to customers developing and deploying demanding mil/aero applications, which include command/control, ISR (intelligence, surveillance, reconnaissance), radar/sonar and signal processing.
For demanding space- and weight-constrained environments such as unmanned vehicles, the SBC312, with its 8-core processor, brings significantly higher performance and throughput while maintaining the power consumption and heat dissipation characteristics of earlier dual core 3U VPX single board computers.
With its industry-leading capabilities, VxWorks 653 enables customers to address safety requirements and drive advances in mission-critical applications,” said Joe Wlad, Senior Director of Product Management at Wind River Systems. “The availability of VxWorks 653 on GE’s SBC625 and SBC312 provides customers with a choice of hardware platforms that are well matched to the requirements and functionality of a multiple criticality, partitioned software platform.”
VxWorks 653 serves as a key technology in a wide range of commercial, space, safety and mission-critical programs, both manned and unmanned, around the globe. It is used in over 300 programs by more than 165 customers on over 60 aircraft, including Airbus and Boeing commercial and military aircraft such as the Airbus A400M and Boeing 787, NASA space vehicles, as well as advanced autonomous vehicles such as the nEUROn.
Board support packages (BSPs) for VxWorks 653 for the SBC625 and SBC312 are available at no cost from GE Intelligent Platforms for purchasers of these single board computers.

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