Xpack Real-time System:
Flexible real-time hardware with multi-IO connection
Xpack4 evolves into Xpack Real-time System
Dynamic development processes in the automotive industry lead to a continuous increase of requirements for hardware platforms. The modular real-time system for HIL applications tests ECUs, electric components, and complex vehicle systems virtually and with high precision. Xpack Real-time System is based on the industry standard CompactPCI Serial and allows you to freely assemble different single-board computers, modules, carrier boards, and housings for individual configurations. The platform offers a high computing capacity to parallelize models, short IO access times, and broadband data interfaces.
What is Xpack Real-time System?
- Enhanced version of the former Xpack4 system
- Modular hardware platform for real-time simulations developed for HIL use cases in all key application areas
- Combines a flexible system architecture with proven components from the automotive industry to test complex vehicle systems
Why does Xpack Real-time System stand out?
- Ideal in combination with CarMaker for seamless and efficient model validation
- The system’s multicore architecture supports parallelization of simulation applications in CarMaker
- It is equipped with adaptable IO modules for precise system validations in real time
Who benefits from Xpack
Real-time System?
- OEMs, suppliers, and developers that want to test complex vehicle systems efficiently and reliably
- Development departments working in the field of ADAS applications and software for automated driving
- Teams that work on propulsion systems or vehicle dynamics controls and require reproducible, scalable, and real-time capable test environments
How can Xpack Real-time System be used?
- Stationary or mobile use that can be adapted to specific test requirements
- Real-time platform with different possible configurations to connect real ECUs to virtual simulation environments
- For open-loop and closed-loop tests in combination with the CarMaker product family as well as with the real-time control RealtimeMaker
Customized equipment
Configure Xpack Real-time System together with one of our experts according to your requirements and application areas.
ISC-1: Carte latérale interne
M27: 16 sorties binaires, commutateur latéral inférieur
M28: 16 sorties binaires, commutateur latéral supérieur
M31: 16 entrées binaires, charge à la terre
M32: 16 entrées binaires, charge sur la tension d'alimentation
M43: Sorties de relais
M66: 32 entrées/sorties binaires
M77N: UART quadri RS232/RS422/RS485
M81: 16 sorties binaires
M400: Générateur actif de vitesse de rotation des roues
M401-01: Générateur de fréquence et compteur
M402: Générateur de signal moteur
M403: Mesure du signal moteur
M404: Générateur de forme d'onde
M405: LIN
M406: interface PSI5
M407: interface SPI
M408: Entrée numérique universelle et PWM
M409: Contrôle de l'alimentation
M410: CAN/CANFD
M411: Contrôleur de puissance et enregistreur de données à grande vitesse
M412: Simulation de capteur de stationnement
M413: (Dé)multiplexeur / commutateur
M414: Modules SENT avec support SPC
M415: Module d'interface pour encodeur moteur
M416: Interface DSI3
M417: Analog Outputs
M418: Analog Inputs
M419: Relay outputs
M440: Résistance programmable
M441: Sortie numérique universelle et PWM
Housings
RoadBox: Compact chassis, 7 slots for 3U cPCI boards, height 4U
Subrack 5: 19" subrack, 5 slots for 6U cPCI boards, height 3U
Subrack 8: 19" subrack, 8 slots for 6U cPCI boards, height 4U
Subrack 14: 19" subrack, 14 slots for 6U cPCI boards, height 8U
Equipment
Your benefits at a glance
High Scalability
Specific IO and bus functionality with different modules
Reliability
Based on industry standards and years of expertise
Powerful components
Short IO access times and broadband data interfaces
Future-proof solution
Components can be replaced or expanded as the system evolves