Significantly increase test throughput using Synopsys Virtual Hardware ECU solution
More and faster testing is required for automotive ECUs. Deploying a virtual hardware ECU test bench enables higher quality at every development milestone. From integration, RAM/Memory corruption, fault and coverage testing to fully automated regression, continuous integration significantly reduces overall testing time in support of ISO 26262.
Start SW development, integration and test earlier with Synopsys Virtualizer Development Kits
Get started 12-18 months before a new MCU, SoC or ECU hardware is available. From complex driver, MCAL development, OS porting to multicore software and programmable hardware accelerator algorithm, avoid the big bang of untested hardware and software integration.
Accelerate semiconductor go-to-market through Center of Excellence collaboration and enablement
Start engagements earlier, simplify delivery and support, enable faster customer development, improve satisfaction, and accelerate time to revenue. Synopsys has partnered with leading automotive MCU and SoC vendors such as Renesas , Infineon, NXP through our Center of Excellence to accelerate the development and deployment of automotive VDKs.
Collaborative early architecture analysis for performance and power with Platform Architect MCO
To reduce the risk of over-design and under-design, semiconductor, tier 1 and OEM companies need to work together more efficiently. Collaboration based on accurate executable virtual prototypes and realistic application use cases leads to exploration, optimization, validation, and communication of architecture decisions earlier in the design cycle.
Improve ASIC design schedule using Prototyping
From ADAS vision, infotainment and audio SoCs with complex peripherals and hardware accelerators to automotive specific ASICs, Synopsys’ integrated and scalable physical prototyping solution enables automotive design and verification teams to improve their design schedules and avoid costly device re-spins.
Get feedback in minutes for automotive application software with Virtual ECUs
To master the complexity of software-intensive vehicle systems, the development process should be virtualized by shifting software development steps from prototype vehicles, test rigs and HiL (hardware in the loop) to the PC of the function developer.