RTaW-Sim : Controller Area Network simulation and configuration
RTaW-Sim : Controller Area Network simulation and configurationadmin2019-03-10T19:30:06+01:00
Modeling, Simulation and Timing Analysis for Controller Area Network (2.0A, 2.0B, FD, Arinc825)
RTaW-Sim is a timing-accurate simulator of CAN networks that enables the designer to come up quickly with the best design and configuration choices, and assess the performances and reliability of a system. RTaW-Sim is now distributed as a module of RTaW-Pegase, the all-in-one design and configuration tool for real-time communication architectures.
Predict network performance with RTaW-Sim – here an example where the bottom-right graphic shows the maximum transmission delays for the frames exchanged on a CAN bus with and without transmission errors.
How RTaW-Sim will help you work faster and better?
Support your design choices by evidence — RTaW-Sim provides a comprehensive and precise performance evaluation of CAN networks, and enables to investigate scenarios and compare the impact of different design and configuration alternatives. In particular, RTaW-Sim helps you select the right communication protocols, with the right communication controllers, and configure them.
Cost-optimize your networks — reduce the number of buses and defer the introduction of new technologies, reach the highest possible bus loads while staying on the safe side! Bus loads higher than 65% are generally feasible with typical real-time constraints (5ms and above).
Design for the future — with RTaW-Sim, you know in advance the extent to which your networks will be able to grow in future evolutions of a system, and you can pinpoint performance bottlenecks.
The timing predictability you need — both simulation, possibly along with fault-injection, for statistical guarantees and schedulability analysis for deterministic guarantees in the worst-case are available in RTaW-Sim – RTaW-Sim fulfils all the verification needs you may have.
Save your time and meet project deadlines — RTaW-Sim allows you to create templates of performance evaluation studies that can be re-used for each new project, and let you run them in batch. Besides, RTaW-Sim is extremely fast – for instance, the total lifetime time of a vehicle is simulated in just a couple of hours.
Benefits from years of know-how and experience in mission-critical systems — RTaW-Sim builds on 20 years of experience in CAN, and it has been chosen since 2009 by leading car manufacturers for designing the CAN networks of their series cars, as well as by leading OEMs and consulting companies in the aerospace domain – see the companies that trust us and the technical papers co-authored with our partners. Besides, RTaW-Sim is used in research and education worldwide.
Best value for money — RTaW-Sim is several times less expensive than competitors’ solutions, and we offer company-wide license and free fully functional evaluation version of the paying editions – but don’t take our word for it, ask for a quote and simply compare!
Gantt diagrams are a powerful tool to analyze specific situations occurring at run-time, for instance it helps to understand the conditions leading to degraded performances.
Key Features – professional edition
Simulate CAN buses – CAN2.0A, CAN2.0B, ARINC825 and CAN FD – interconnected by gateways,
Can be coupled with RTaW-Pegase to analyze heterogeneous communication architectures made up of CAN, switched Ethernet, AFDX and ARINC429 buses,
New: Higher-level communication layers, run-time environments and applications can be programmed in the CPAL language. This allows the simulation of complete embedded systems,
Comprehensive statistics for bus loads, frame transmission delays and waiting queue length,
Rich graphical edition and visualization environment with communication architecture editor, distribution plots and Gantt diagrams,
All timing-relevant characteristics of the communication stacks and communication controllers can be defined by the user: number of buffers in transmission, waiting queues policy, communication task period, ECU clock drifts, etc
Support fault injection with user-defined models (ex: transmission errors),
Extremely fast: typically, a speedup of 200 compared to the simulated functioning time can be achieved on complex automotive multi-CAN architectures, can be used to derive quantiles of the frame latencies up to 1 – 10-6,
Can be extended with your own configuration and verification algorithms through a plug-in infrastructure,
Runs on all 32 or 64 bit platforms supporting Java – no dongle or license server protection,
Professional support and custom extensions available.