PikeOS with Certification-Kits for the Highest Safety Levels
The latest version of SYSGO’s hypervisor-based real-time operating system PikeOS is suitable for use in systems and applications with the highest demands on functional safety. Automotive systems can now be certified to ISO 26262 ASIL D with the latest version of PikeOS. Also, railway applications are now able to achieve the highest level - according to EN 50128 SIL4 and the new railway standard EN 50657 SIL4. A new certification kit for IEC 61508 SIL3 for industrial applications is also available. All certification kits support the ARMv8 platform with hardware virtualization.
PikeOS and ELinOS now support TQMa8Xx-Modules for Safety-critical Applications
SYSGO now supports the embedded modules TQMa8Xx and TQMa8XxS from TQ Systems and thus expands its range of circuit boards for safety-critical and industrial up to SIL 2 level. The combined solution of real-time operating system & hypervisor PikeOS or embedded Linux ELinOS and TQMa8Xx-Board addresses a wide range of applications in which performance, especially in graphic applications and functional safety, are decisive. The solution can be used, among others, for medical and industrial appliances and in the railway and transport industry.
Porting PikeOS to NOEL-V and LEON: SYSGO and Cobham Gaisler Extend Cooperation around RISC-V
RISC-V international members SYSGO and Cobham Gaisler, the design center of Cobham Advanced Electronic Solutions (CAES), have announced today at the RISC-V Summit their collaboration to deliver SYSGO's hypervisor-based real-time operating system, PikeOS, ported onto Cobham Gaisler's IP cores NOEL-V and LEON.
SYSGO and Candera present graphical Hypervisor-based Automotive HMI Solution
SYSGO and Candera have built a comprehensive automotive platform which fulfils the demands of a modern car IT architecture. The platform is based on Candera’s Human-Machine-Interface (HMI) design tool CGI Studio and SYSGO’s Secure Automotive Connectivity Platform (SACoP). It provides solutions for safety critical applications such as digital cockpits as well as convenience functionality like vehicle infotainment systems. The internal car infrastructure is protected by means of the secure and extendible gateway which involves the surveillance of connectivity channels as for instance LTE, Ethernet, Wi-fi and CAN.
SYSGO und Candera präsentieren Hypervisor-basierte Automotive HMI Lösung
SYSGO und Candera haben eine umfassende Automobilplattform aufgebaut, die alle Anforderungen einer modernen Auto-IT-Architektur erfüllt. Die Plattform basiert auf Canderas Human-Machine-Interface (HMI) Design Software CGI Studio und SYSGOs Secure Automotive Connectivity Platform (SACoP). Sie bietet Lösungen für sicherheitskritische Anwendungen wie digitale Cockpits sowie Komfortfunktionen wie Fahrzeug-Infotainmentsysteme. Die interne Fahrzeuginfrastruktur wird durch das sichere und erweiterbare Gateway geschützt, das die Überwachung von Verbindungskanälen wie z.B. LTE, Ethernet, Wi-fi und CAN beinhaltet.
SYSGO has expanded its cooperation with the leading SoC manufacturer NXP® and now supports the i.MX 8X applications processor family with the new 5.0 version of its real-time operating system PikeOS. SYSGO provides a Board Support Package (BSP) for the i.MX 8QuadXPlus Multisensory Enablement Kit (MEK), a platform for evaluation and development on i.MX 8X processors. The i.MX 8X family is designed for critical applications in industrial automation and the automotive industry, two of the main areas of application for PikeOS. The combination of NXP's development kit and SYSGO's PikeOS 5.0 provides developers with a platform for safety-critical applications in which both functional and cyber security can be guaranteed from the ground up (Safety & Security by Design). The partitioning of the PikeOS Separation Kernel complements the comprehensive hardware virtualization of NXP i.MX 8X processors to achieve a strict separation of applications. This also supports mixed-criticality designs in which critical and non-critical applications run on the same hardware.
SYSGO hat seine Zusammenarbeit mit dem führenden SoC-Hersteller NXP® ausgeweitet und unterstützt mit der neuen Version 5.0 seines Echtzeitbetriebssystems PikeOS nun auch dessen Anwendungsprozessorfamilie i.MX 8X. Dafür stellt SYSGO ein Board Support Package (BSP) für das i.MX 8QuadXPlus Multisensory Enablement Kit (MEK) zur Verfügung, eine Plattform für die Evaluierung und Entwicklung auf i.MX-8X-Prozessoren. Diese Prozessorfamilie wurde vor allem für kritische Anwendungen in der industriellen Automatisierung und in der Automobilindustrie konzipiert, zwei der wesentlichen Einsatzbereiche von PikeOS.
New Railway Certification for PikeOS RTOS & Hypervisor
SYSGO is now covering another important safety area with its real-time operating system and hypervisor PikeOS. In addition to the existing standards EN 50128, IEC 61508 and ISO 26262, the railway standard EN 50657 (software for railway vehicles) is now supported. TÜV Süd certified compliance with the safety requirement level SIL 2 with certificates for the architectures ARM7, ARM8 and X86-64.
Industrial-grade Linux ELinOS 7 now with Docker Support
SYSGO has introduced version 7.0 of its Linux distribution ELinOS, which is optimized for embedded applications. The new version is based on the Linux kernel 4.19 with long-term support and real-time extensions and now natively supports 64-bit development systems under Windows and Linux. In addition, the integration of ELinOS as a guest in SYSGO's hypervisor-based real-time operating system PikeOS was significantly simplified by the support of PikeOS' custom pools. With an easy-to-use Docker feature, developers can now also integrate any number of Docker images, which are available for download in large numbers on the net. This allows developers to quickly and easily provide a variety of additional services for the target.
Lauterbach, leader mondial des outils de développement pour micro-processeur, a le plaisir d'annoncer que son débogueur TRACE32 prend désormais en charge la version 5.0 de PikeOS. Ce support inclut les fonctionnalités nécessaires à la mise au point d’applications natives PikeOS ou basées sur des interfaces standardisées, telles APEX ou POSIX®. Les systèmes d’exploitation virtualisés par PikeOS tant au niveau purement logiciel (paravirtualisation) qu’avec support matériel (hardware virtualisation) peuvent également efficacement débogués.
