Automotive Ecosystem Collaboration

Synopsys provides libraries of Arm IP models for use in Synopsys Virtualizer. Synopsys provides VDKs for Arm® Zena™ Compute Subsystems (CSS), including SOAFEE workflows.

Synopsys collaborates with Infineon to deliver Synopsys VDKs for Infineon's AURIX™ family and Traveo Family.

Synopsys collaborates with MIPS to deliver Synopsys VDKs for MIPS Physical AI core models which deliver access to proven MIPS RISC-V IP and Physical AI subsystems.

Synopsys collaborates with NXP to deliver Synopsys VDKs for S32x Processor families.

Synopsys collaborates with Renesas to deliver Synopsys VDKs for the RH850 and R-Car family.

Synopsys collaborates with SiFive to deliver Synopys VDKs for their diverse range of automotive certified processors.

Synopsys collaborates with SiFive, enablng SiFive to deliver cycle‑accurate models of its diverse portfolio of automotive‑certified processors.

Synopsys collaborates with TI to deliver Synopsys VDKs for TI TDA family.

QNX leverages Synopsys VDKs to develop drivers and board support packages for QNX SDP 8. These developments  driven with mutual semiconductor partners, enables faster SoC adoption while allowing QNX customers to begin pre-silicon development earlier.

Elektrobit and Synopsys deliver a pre‑silicon AUTOSAR environment enabling early integration with L3 virtual ECUs generated from Elektrobit’s production middleware, while porting Elektrobit’s AUTOSAR Classic stack onto Synopsys VDK‑based virtual SoCs to accelerate shift‑left development. 

Synopsys collaborates with eSol to deliver Synopsys VDKs for eSol's eMCOS, their scalable real-time operating system to run on leading automotive MCUs/SoC.

Synopsys collaborates with Excelfore to deliver Synopsys VDKs for the TI TDA5 SoC family, enabling Excelfore to deliver a pre‑integrated solution that combines the Excelfore eSync OTA solution, a product of the AI-driven SDVconnect suite with those VDKs.

Synopsys collaborates with Green Hills Software leveraging the full portfolio of Green Hills safety-certified RTOSs, hypervisors, C/C++ compilers, and advanced multi-core, OS-agnostic development tools on Synopsys’ comprehensive VDK platform family.

Synopsys collaborates with HighTec to deliver Synopsys VDKs for their DRIVECORE bundle for Infineon's RISC-V virtual prototype.

Elektrobit and Synopsys deliver a pre‑silicon AUTOSAR environment enabling early integration with L3 virtual ECUs generated from Elektrobit’s production middleware, while porting Elektrobit’s AUTOSAR Classic stack onto Synopsys VDK‑based virtual SoCs to accelerate shift‑left development. 

Synopsys collaberates with Lauterbach to ensure a seamless experience using Lauterbach TRACE32® tools .

MathWorks leverages the Synopsys virtualizer/VDK to execute Simulink models within a vHIL environment. MathWorks Hardware Support Package for Infineon AURIX explicitly incorporates VDK, enabling code execution and model testing in  virtual hardware target. MathWorks and Synopsys enable a closed‑loop workflow that enables testing and validation of production‑intent ECU software on Synopsys‑based virtual ECUs directly with Simulink models which speed up V&V workflows, empowering  customers to validate software earlier.

Synopsys collaborates with Excelfore to deliver Synopsys VDKs for the TI TDA5 SoC family,, enabling Stradvision to deliver pre‑integrated SVNet FrontVision and SurroundVision software with those VDKs.

Synopsys collaborates with Tasking to support its compiler and debugger tools for Synopsys VDKs

MathWorks leverages the Synopsys virtualizer/VDK to execute Simulink models within a vHIL environment. MathWorks Hardware Support Package for Infineon AURIX explicitly incorporates VDK, enabling code execution and model testing in  virtual hardware target. MathWorks and Synopsys enable a closed‑loop workflow that enables testing and validation of production‑intent ECU software on Synopsys‑based virtual ECUs directly with Simulink models which speed up V&V workflows, empowering  customers to validate software earlier.

KPIT’s shift left platform KINETO leverages Synopsys SILVER and Virtulizer Digital Twin products to create a seamless development and virtualization ecosystem, enhancing cross-team collaboration, scalability, and efficiency while accelerating OEMs’ journey from concept to market readiness. 

Tata Elxsi uses Synopsys’ advanced virtualization platforms with Tata Elxsi’s Avenir capabilities for cloud scalability and DevOps‑aligned workflows, reinforced by Tata Elxsi’s deep embedded engineering and integration expertise to accelerate next‑generation automotive software development.

Synopsys and Tata Technologies are combining their expertise to collaboratively solve high-value problems and drive innovation in the automotive industry and related sectors.

Synopsis collaborates with KPIT to provide Silver and electronics digital twins products enabling KPIT to provide a seamless development and virtualization ecosystem. 

Synopsys collaborates with AWS to enable the deployment of electronics digital twins on AWS cloud infrastructure and AWS Graviton4 processors

Synopsys collaborates with Microsoft by combining virtual ECU simulation with Azure cloud.