

Next Events06.-08.05.2008: SymTA/S Training, Braunschweig, Germany 02.-04.06.2008: EUROFORUM "Software im Automobil", Stuttgart, Germany 14.-19.09.2008: FISITA Congress and Exhibition, Munich, Germany More events are listed here. Latest News21.04.2008:ETAS and Symtavision Sign Partnership Agreement 14.04.2008:Symtavision becomes AUTOSAR Development Member 05.12.2007: ADaC new distribution partner for Symtavision in Japan Subscribe to our newsletter |
Overview![]() In modern embedded systems, quality and reliability are of highest importance. Mastering timing and performance are key for reliable, cost-effective real-time systems. Symtavision provides advanced solutions for scheduling analysis , verification and optimization in embedded real-time systems, with more than 10 years of research experience in this field. Symtavision helps ECU software designers, network and system engineers, architects and integrators to understand, verify and optimize system timing and performance - from early-stage estimation to final verification. |
Products & Services![]() Symtavision's scheduling analysis tool suite SymTA/S is used for timing budgeting, scheduling verification and optimization for ECUs, bus/networks and complete integrated systems. SymTA/S enables unique end-to-end timing analysis and visualization, sensitivity analysis and optimization for today's and next-generation distributed systems. In automotive electronics, SymTA/S supports OSEK, AUTOSAR-OS, CAN and in the future FlexRay. Symtavision provides various services, including engineering, customization and training. |
Customers![]() SymTA/S is used by OEMs, Tier-1 suppliers, and engineering service providers. Target markets include automotive, aerospace and other industries requiring reliable and optimized real-time systems. For example, BMW has verified the timing of a SIL-3 ECU for the new X5 with the assistance of SymTA/S. Other customers use SymTA/S to increase the capacity of existing CAN buses through more efficient bus configurations. Another key application is end-to-end timing verification in gated networks. |