A leading automotive semiconductor solutions provider required a comprehensive V2X (Vehicle-to-Everything) SoC (System on Chip) solution. The scope of work included complete silicon and platform engineering services across the entire development cycle, from silicon engineering through chipset integration and testing. Our team was selected from the top 16 vendors for our end-to-end capability, team competency, and experience.
Key Challenges
- Complex Design Requirements: The project involved a highly integrated design, including advanced transceiver technology, full baseband, MAC, and firmware in a single-chip standalone modem supporting 802.11ag and 802.11p SDR and AVB.
- Functional Safety: Ensuring functional safety was critical, requiring extensive training and validation.
Validation and NPI Support: The project demanded robust validation processes and New Product Introduction (NPI) support, including significant investment in labs and setups.
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The Solution
- Comprehensive Engineering Services including IP integration, SoC design and verification, RTL design for the baseband modem, and FPGA prototyping for early software development.
- Functional Safety Training for 36 engineers to ensure compliance with automotive standards.
- Robust Validation with $1M invested in validation labs and setups, supporting AECQ100 Grade 2 qualification of the SoC.
- Driver Development with 75% new code starting from reference code.
- NPI Support with safe launch, ensuring a smooth transition from development to production.
Benefits
Enhanced Product Performance
Complete V2X SoC with advanced transceiver technology, supporting multiple communication standards.
Improved Safety & Reliability
Ensured functional safety and compliance with automotive standards, enhancing SoC reliability.
Accelerated Time-to-Market
Robust validation and NPI support facilitated a faster and smoother product launch.
Cost Efficiency
Comprehensive engineering services & early prototyping reduced development costs & risks.
