Autonomous driving is revolutionizing mobility, and M31’s cutting-edge IP portfolio is at the forefront, ensuring safety, reliability, and performance in the vehicles of tomorrow.

Leading the Future, Driving Innovation

Future of Mobility：
Autonomous Driving

  • Autonomous driving is the future of mobility.
  • Requires innovation in systems and tools.
  • Impacts the design, manufacturing, and operation of technically-advanced vehicles.

Comprehensive Automotive
IP Portfolio

  • Comprehensive automotive Interface and Foundation IP.
  • IP must achieve ASIL-B level functional safety certification.
  • IP must meet AEC-Q100 standard reliability.

High Design Process Standards

  • Automotive IP must meet the highest design process standards.
  • Standards ensure reliability, performance, and safety.
  • IP applications include electric and autonomous vehicles, advanced driver assistance (ADAS), and connected cars.

Benefits

Time-to-market

Reduces the time to design and test custom electronic circuits. Promotes faster time-to-volume for new automotive applications.

Cost-effectiveness

Eliminates “from scratch” to reduce development costs and focuses resources on high ROI innovation.

Flexibility

Seamless integration promotes quick response to market changes and new applications.

Connectivity

A PHY IP embedded External Diagnostic Mechanism (DX) connects with controller IP for comprehensive safety function checks that prevent failures and earns ISO-26262 ASIL-B certification.

M31 Automotive Applications

ADAS
Infotainment System
MCU
ADAS

ADAS

Level 3 Advanced Driver Assistance Systems (ADAS) is an essential feature of every new vehicle today, and next-gen ADAS chips will feature upgraded computational capabilities to accommodate various driving conditions, including traffic flow analysis and route guidance. M31 high-speed memory and the latest generation of MIPI C/D-PHY, MIPI M-PHY IP, and PCIe3 PHY meets big-data processing demands and real-time detection functionality.

    Infotainment System

    Infotainment System

    Today’s smart in-vehicle entertainment systems integrate AI deep learning, voice control, gesture control, and network connectivity, keeps the drivers attention on the road while safely adjusting the entertainment system. M31’s ultra-high-speed cell libraries, PCIe4/PCIe3 PHY, and USB3.2 PHY, enhances the performance of automotive entertainment chips.

    MCU

    MCU

    Microcontrollers are essential in today’s smart automotive subsystems. They are foundation for early head-up display screens, intelligent light-sensing headlights and advanced automated steering assistance. Networks connect these chips; which require independent, autonomous decision-making capabilities, to the main electronical system . M31 provides Low VCCmin SRAM, Ultra Low Power Std. Cell Libraries, and Low Power Digital-PLL to achieve ultra-low power consumption and power management that’s integral to battery storage in new generation of all-electric vehicles.