Orbital Critical Systems

Transcripción

1 MIMETS y FIT Nuevas Tecnologías para: EXOMARS 2020 DM OBC UT 23-Nov-2017 Orbital Critical Systems

2 ORBITAL Overview 1/2 Certifiable Products with Aeronautical Software Experts in Software Life Cycle process. Up to DAL-A DO-178C specialists. We perform complete life-cycle or individual task for our customers. Specialist in Aeronautical Technologies. ORBITAL has optimized the life-cycle with internal products and tools (Orbital Method).

3 ORBITAL Overview 2/2 Capabilities Review: - Projects developed to DO-178 and DO-254 standards. - IMA technologies, ARINC-653 Partitioning. - Design and development of BSP, RTOS and specific technologies, such as ARINC DO-254 developments: IP-Cores and standard electronic. - Custom sensor developments (DO-160 and DO-254 compliant). - Simulations, rehosting, algorithm implementation, model tooling (SCADE), and much more. Products MIMETS : New generation of Test System for Safety Critical Application. ORBITAL Method: Tools collection to speed up the Life-Cycle process. NOVA : DO-254 compliant, ARM platform based. FIT, DIMA-RTOS, MOBNET, CCD Camera, and much more.

4 EXOMARS 2020 DM OBC UT Proyecto: Diseño y desarrollo de 2 Unit Tester (UT). Calificar el OBC (On Board Computer). El EGSE debe estimular, medir y monitorizar I/F. Ejecutar Test y Generar automáticamente informes de pruebas.

5 Test Bench / Unit Tester / ( EGSE/SCOE ) Tareas Principales de un Sistema de Verificación (Test Bench): Integración de Sistemas, Pruebas, Simulaciones y Monitorización. Bus1 (i.e 1553) Sim Eq2 EQ-1 UUT discretes UT analog Bus2 (i.e CANBus) Sim Eq3 Test Bench Software Bus n

6 EXOMARS 2020 DM OBC UT FIT MIMETS

7 EXOMARS 2020 DM OBC UT FIT MIMETS

8 . CPU Board (CTRL) IF Board 1 IF Board 2 IF Board N FIT (FLEXIBLE INFRASTRUCTURE for TEST) Necesidad Sync Lines Control TC/TM Data Others Tecnologías standard: PCI/PCIe/CPCI VME VPX PXI. Standard Backplane - Problemas de escalabilidad - Problemas de reusabilidad. - Problemas de incompatibilidad. SW

9 FIT Board 1 FIT Board 2 FIT Board 3 FIT RBoard 3R FIT Arquitectura Sync Lines I/O Lines: COTS Instruments, Other FIT Backplanes, Rear Panel Boards and Load sims. - FIT Rompe las funcionalidades Clásicas de un backplane. FIT Backplane - Comunicaciones via LAN/TTP/TTE Network. - Hot Plug&Play - Remote boot / Self Test / CPU CPU CPU Test Bench Software Control TC/TM Data SW SW SW CPU Board (CTRL) Comm: [TCP/IP] / TTE /

10 FIT Sistemas Híbridos Arquitectura Clásica Control CPU Hard Real Time Communication Protocols (1553, AFDX, Firewire, CAN, ) All I/F COTS market Arquitectura FIT I/F analógicos de baja y media potencia. I/O Monitorización paralela de todos los I/F a la vez.

11 PICMG v2 Test Point Sub D 78 Din FIT TARJETAS FIT - Factor de Forma: 6U y 6HP - Common Area. - Compatibilidad FIT - Common Core (SW) - I/F Area - Funcionalidad específica de la tarjeta. - PSOC (FW) (Capacidades RT) PDU Pyro HPL Common Functions LPL TBB - Catálogo en crecimiento continuo. HPC MUX I/F AREA 2x3 LEDs 2x2 uusb Core RJ 45 BackPlane Block 2x2

12 FIT FOTOS

13 EXOMARS 2020 DM OBC UT FIT MIMETS

14 PRODUCT: MIMETS MIMETS is a web application for system integration, testing and monitoring developed by Orbital Critical Systems Distributed Architecture Open & HW Independence Modern Test Language Virtual Model

15 PICMG v2 Test Point Sub D 78 Din Distributed Architecture PRODUCT: MIMETS Distributed Architecture open new possibilities. Far-Board Far-1553 Scalability of the Test System. Portable Test Benches GSE Obsolescence protection. Hardware independence. Flexibility Far-CAN I/F AREA 2x3 LEDs 2x2 uusb Core RJ 45 BackPlane Block 2x2

16 Virtual Model PRODUCT: MIMETS Elimina Camino Críticos Desarrollo de Secuencias de Test Desarrollo de SW de Aplicación Virtual Bus1 (i.e 1553) Sim Eq2 Sim Eq1 Virtual discretes Rehosting LAN Virtual analog Virtual Bus2 (i.e ARINC429) Sim Eq3 Virtual Bus n

17 PRODUCT: MIMETS

18 PRODUCT: MIMETS

19 PRODUCT: MIMETS

20 PREGUNTAS Punto de contacto Luis Ramirez CTO