Master automotive communication protocols for chip design - CAN, LIN, FlexRay, Ethernet AVB, and automotive-grade silicon implementation.
CAN 2.0A/2.0B controllers, CAN-FD implementation, and automotive CAN network silicon design.
Local Interconnect Network implementation, LIN master/slave controllers, and cost-effective automotive communication.
FlexRay controllers, time-triggered communication, fault-tolerant automotive networks in silicon.
100BASE-T1, 1000BASE-T1 PHY design, Ethernet AVB, TSN implementation for automotive applications.
Functional safety implementation, ASIL compliance, safety mechanisms in automotive silicon design.
Multi-protocol automotive gateways, CAN-Ethernet bridges, and protocol conversion in automotive SoCs.
LVDS automotive interfaces, high-speed camera links, and automotive SERDES implementation.
Secure automotive communication, hardware security modules for vehicles, and cyber-security in silicon.
Deterministic communication, real-time constraints, and time-critical automotive protocol implementation.
Automotive power modes, wake-up mechanisms, and power-efficient automotive communication controllers.
UDS (Unified Diagnostic Services), OBD-II implementation, and automotive diagnostic interfaces.
Advanced driver assistance systems, sensor fusion networks, and autonomous vehicle communication protocols.
Multi-protocol automotive SoCs, ECU design, and integrated automotive communication subsystems.
Electromagnetic compatibility, automotive EMI/EMC requirements, and robust automotive communication design.
UVM testbenches for automotive protocols, functional safety verification, and automotive compliance testing.
ISO 11898 (CAN), ISO 17458 (FlexRay), IEEE 802.1 (Ethernet), and automotive communication standards.
Automotive temperature ranges, thermal management, and temperature-robust communication design.
Automotive time synchronization, global time base, and synchronized automotive networks.
Domain controller architectures, zone-based automotive networks, and centralized ECU design.
Vehicle-to-everything communication, DSRC, C-V2X implementation, and connected vehicle protocols.
Automotive protocol stack implementation, middleware integration, and software-hardware partitioning.
AEC-Q100 compliance, automotive qualification, and automotive-grade semiconductor design.
Automotive WiFi, Bluetooth for vehicles, cellular automotive modems, and wireless automotive protocols.
EV charging communication, battery management protocols, and electric powertrain communication.