ProductXcelerate™ Blueprint · Automotive OEMs & Tier-1s
Ship your software-defined vehicle gateway program a generation faster.
A pre validated, SOAFEE aligned gateway reference design with secure OTA, ECU telemetry, and adaptive diagnostics already working. Engineered by MosChip for your E/E architecture and delivered with production ready engineering assets.
NXP S32G
Automotive-grade SoC
SOAFEE-aligned
Standards-ready architecture
CAN · LIN · Ethernet AVB
Multi-interface networking
Why This Exists
SDV programs don't fail on vision. They fail on integration.
Every OEM and Tier-1 roadmap now says software-defined. Between the roadmap and start-of-production sit the same three walls.
18–24 months before first working telemetry
Bring-up on automotive silicon, BSP hardening, CAN/LIN/Ethernet stack integration, and OTA plumbing consume the schedule before a single differentiating feature ships.
Standards alignment retrofitted late
SOAFEE and COVESA alignment bolted on after architecture decisions are frozen means rework at exactly the moment the program can least afford it.
Diagnostics that stop at fault codes
Gateways that report DTCs but can’t predict ECU health, self-recover, or guide a technician leave warranty cost and uptime value on the table for the life of the platform.
The Blueprint
One co-engineered system from automotive silicon to self-healing behavior
Every OTA campaign, every telemetry stream, every diagnostic session moves through the gateway, so this blueprint treats it as one system: hardware, embedded stack, cloud pipelines, and agentic recovery engineered and validated together. Your team starts with working telemetry across the entire system and spends its time on what makes your vehicle different. Design once, certify once, scale across variants and generations.
Automotive SDV Gateway Blueprint — Reference Configuration
PXB · SDV-GWHardware & EmbeddedPre-validated
The physical and firmware foundation: boards, BSPs, secure OTA, device management.
- Processor NXP S32G automotive-grade SoC
- Memory Automotive LPDDR4, eMMC
- Networking CAN, LIN, Ethernet AVB
- Power Automotive PMIC, load management
- Enclosure Rugged automotive design
- Architecture SOAFEE-aligned
DigitalSky GenAIoT™Pre-validated
DigitalSky connectivity, cognition, and automation pipelines - validated with CI/test artifacts.
- IoT Suite Secure edge-cloud ECU telemetry
- Cognitive Suite Predictive vehicle-health analytics
- Automation Regression testing, OTA pipelines
- EdgeAI Suite Driver monitoring, object detection
AgenticSky™Accelerator
Goal-driven, self-healing behaviors - integrated and validated for your product during the engagement.
- ControllerCore Self-healing of ECU anomalies
- Proactive ECU calibration
- Technician guidance during upgrades
Use cases
Adaptable by design: hardware interfaces, software stacks, and AI models are tailored to your product while the pre-tested foundation stays intact — drawing on 100+ pre-trained, domain-aligned AI models to cut experimentation cost and model risk.
What It Powers
The next generation of vehicle programs this base unlocks
One validated gateway platform, many product directions for OEMs, Tier 1s, fleet solution providers, and vehicle software teams.
Zonal & central gateway platforms
A validated S32G base for zonal consolidation programs - telemetry aggregation, OTA orchestration, and diagnostics for the shift from domain to zonal E/E architectures.
Fleet health & uptime gateways
Predictive ECU health and fleet dashboards for trucks and buses, where an hour of downtime is measured in revenue - with technician-guided service to cut mean time to repair.
EV telemetry & battery-adjacent monitoring
Edge-to-cloud pipelines for high-frequency vehicle telemetry on EV programs, with predictive analytics tuned to electric powertrain health signatures.
Retrofit telematics & diagnostics heads
A path for telematics providers to move beyond dongle-grade data - gateway-class aggregation and secure OTA for mixed fleets.
Agentic diagnostics for the service bay
ControllerCore-guided upgrade and repair workflows that walk technicians through ECU calibration - turning tribal knowledge into a product feature.
A hardware-true SDV development target
Vehicle software teams get a SOAFEE-aligned target with real CAN/LIN/Ethernet traffic from day one - no more developing against simulators that diverge from the truck.
How Teams Engage
No blueprint capex. An engagement that ends in production artifacts.
Backed by 25+ years of silicon to systems delivery, 1700+ engineers, and 500+ product engineering projects.
Blueprint walkthrough
A working session with MosChip gateway engineers: your E/E architecture, vehicle networks, and compliance targets mapped against the reference design. You leave with a gap analysis and an honest effort estimate, whether or not you engage.
Adaptation to your product
Reference hardware and software engineered for your silicon choices, protocols, and existing stacks. Define your differentiating features on a validated engineering foundation.
Integration & handoff
Full system integration, validation of the agentic and GenAI accelerators against your safety and compliance profile (including ASIL requirements), certification prep, and handover with CI/test suites and sustainment playbooks.
Questions automotive teams ask us
Everything handed over, including the adapted hardware design, software, integrated AI models, test suites, and documentation, belongs to your product program. MosChip adapts the reference design to your IP, not the other way around. There are no licensing or capex fees on the blueprints themselves.
Yes. The S32G reference is a validated starting point, not a locked SKU. Interfaces, stacks, and models carry over to your silicon choices, and the walkthrough will tell you plainly how much of the acceleration survives the change.
Carefully, and never unreviewed. ControllerCore’s self healing and calibration behaviors are accelerators. They are integrated behind your safety architecture and validated against your ASIL profile during the engagement, so nothing autonomous reaches an ECU without passing your safety case.
Because the reference design already runs end to end, the first milestone is a working demonstration adapted to your requirements, not a bring up phase. The blueprint walkthrough gives you a delivery plan for your specific scope before you commit.
Start the Conversation
You have a gateway architecture idea?
Tell us where your SDV program stands. A MosChip product engineering lead will review your requirements and help define the right path forward.
