Snapdragon Ride™ Platform SoCs

A scalable range of SoCs designed to enable optimized ADAS and Cockpit solutions.

Snapdragon Ride Flex SoC
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A unified automotive SoC architecture for mixed criticality workloads. Combines cockpit and driver monitoring, driver assistance and automated driving functions on the same SoC.

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Software

Common software applications work across all products.

  • Computer Vision
    Pre-Integrated on the SoC
    • Parking
    • Drive Policy
    • Driver Monitoring
    • Cockpit/IVI Application
  • Snapdragon Ride SDK
    Math libraries, QNN, OpenCL, Starterkit
  • QNX, Linux, AUTOSAR
  • Safe RTOS / AUTOSAR

SoC Hardware

  • Qualcomm® Kryo™
  • Qualcomm® Adreno™
  • Safety Island
    (SAIL)
    • Multi-Core RT CPU lock-step mode
    • SRAM
    • LBIST/MBIST
    • 12C, UART, CAN-FD, SPI., Eth
    • Timers, WDT, RTC
    • Error
      Management
  • Qualcomm® Hexagon™ Tensor Processor & Compute DSP
  • Memory Controller with ECC
  • Hexagon Tensor Processor & Compute DSP
    • GP DSPs
    • Audio Processing
  • Display Processing Unit (DPU)
  • Security TrustZone, DRM Crypto accelerators
  • Peripherals: PCe Gen 4 Ethernet with TSN support
  • Video Processing Unit (VPN)

An open SoC pre-integrated with a multi-camera, scalable vision perception stack and reserved space for customer applications.

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Software

Common software applications work across all products.

  • Computer Vision
    Pre-Integrated on the SoC
    • Parking
    • Drive Policy
    • Driver Monitoring
  • Snapdragon Ride SDK
    Math libraries, QNN, OpenCL, Starterkit
  • QNX, Linux, AUTOSAR
  • Safe RTOS / AUTOSAR

SoC Hardware

  • Qualcomm® Kryo™
  • Qualcomm® Adreno™
  • Safety Island
    (SAIL)
    • Multi-Core RT CPU lock-step mode
    • SRAM
    • LBIST/MBIST
    • 12C, UART, CAN-FD, SPI., Eth
    • Timers, WDT, RTC
    • Error
      Management
  • Qualcomm® Hexagon™ Tensor Processor & Compute DSP
  • Memory Controller with ECC
  • Hexagon Tensor Processor & Compute DSP
    •  
    •  
  • Display Processing Unit (DPU)
  • Security TrustZone, DRM Crypto accelerators
  • Peripherals: PCe Gen 4 Ethernet with TSN support
  • Video Processing Unit (VPN)

An open, high-performance, low-power-consumption SoC, with tool chains to optimize AI and other workloads. 

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Software

Common software applications work across all products.

  • Computer Vision
    • Parking
    • Drive Policy
    • Driver Monitoring
  • Customer ADAS Stacks Integration
  • Snapdragon Ride SDK
    Math libraries, QNN, OpenCL, Starterkit
  • QNX, Linux, AUTOSAR
  • Safe RTOS / AUTOSAR

SoC Hardware

  • Qualcomm® Kryo™
  • Qualcomm® Adreno™
  • Safety Island
    (SAIL)
    • Multi-Core RT CPU lock-step mode
    • SRAM
    • LBIST/MBIST
    • 12C, UART, CAN-FD, SPI., Eth
    • Timers, WDT, RTC
    • Error
      Management
  • Qualcomm® Hexagon™ Tensor Processor & Compute DSP
  • Memory Controller with ECC
  • Hexagon Tensor Processor & Compute DSP
    • GP DSPs
    •  
  • Display Processing Unit (DPU)
  • Security TrustZone, DRM Crypto accelerators
  • Peripherals: PCe Gen 4 Ethernet with TSN support
  • Video Processing Unit (VPN)

Snapdragon Ride™ Platform Configurations

Explore our standard system configurations. The architecture scales with desired ADAS features.

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Config 1

Aerial view of car, illustration
  • DMS
  • Radar Group
    • ⬤
    • ⬤
    • ⬤
    • ⬤
    • ⬤
  • Camera Group
    • ⬤
    • ⬤
  • ⬤Radar
  • ⬤Camera
  • ⬤Lidar

Advanced Driver Assistance System features and offerings

  • Autonomous Emergency Brake (AEB)
  • Lane Departure Warning (LDW)
  • Lane Keep Assist (LKA)
  • Emergency Lane Keeping (eLKA)
  • Lane Change Warning (LCW)
  • Side Collision Warning (SCW)
  • Emergency Steering Assist (ESS)
  • Autonomous Emergency Steering (AES)
  • Indicate speed limits
  • Indicate traffic sign & limits
  • Limit speed
  • Adopt speed limits manually
  • Keep set speed
  • Stop in case of emergency

Basic L2

  • Keep Lane
  • Keep distance
  • Adopt speed limits
  • Adapt speed route geometry

Highway L2

  • Change Lane
  • Keep lane extended
  • Adapt trajectory to route geometry
  • Allow hands-off driving 130 kph / 85 mph

Urban L2

  • Remind to drive off
  • Stop and go at traffic lights
  • Give right of way
  • Stop and go at right of way situations

Commute Pilot L3

  • Eyes off
  • Lead vehicle following

L2 aligns with the SAE standard

Config 2

Aerial view of car, illustration
  • DMS
  • Radar Group
    • ⬤
    • ⬤
    • ⬤
    • ⬤
    • ⬤
  • Camera Group
    • ⬤
    • ⬤
    • ⬤
    • ⬤
    • ⬤
  • ⬤Radar
  • ⬤Camera
  • ⬤Lidar

Advanced Driver Assistance System features and offerings

  • Autonomous Emergency Brake (AEB)
  • Lane Departure Warning (LDW)
  • Lane Keep Assist (LKA)
  • Emergency Lane Keeping (eLKA)
  • Lane Change Warning (LCW)
  • Side Collision Warning (SCW)
  • Emergency Steering Assist (ESS)
  • Autonomous Emergency Steering (AES)
  • Indicate speed limits
  • Indicate traffic sign & limits
  • Limit speed
  • Adopt speed limits manually
  • Keep set speed
  • Stop in case of emergency

Basic L2

  • Keep Lane
  • Keep distance
  • Adopt speed limits
  • Adapt speed route geometry

Highway L2

  • Change Lane
  • Keep lane extended
  • Adapt trajectory to route geometry
  • Allow hands-off driving 130 kph / 85 mph

Urban L2

  • Remind to drive off
  • Stop and go at traffic lights
  • Give right of way
  • Stop and go at right of way situations

Commute Pilot L3

  • Eyes off
  • Lead vehicle following

L2 aligns with the SAE standard

Config 3

Aerial view of car, illustration
  • DMS
  • Radar Group
    • ⬤
    • ⬤
    • ⬤
    • ⬤
    • ⬤
    • ⬤
    • ⬤
  • Camera Group
    • ⬤
    • ⬤
    • ⬤
    • ⬤
    • ⬤
  • Lidar Group
    • ⬤
    • ⬤
    • ⬤
    • ⬤
    • ⬤
  • ⬤Radar
  • ⬤Camera
  • ⬤Lidar

Advanced Driver Assistance System features and offerings

  • Autonomous Emergency Brake (AEB)
  • Lane Departure Warning (LDW)
  • Lane Keep Assist (LKA)
  • Emergency Lane Keeping (eLKA)
  • Lane Change Warning (LCW)
  • Side Collision Warning (SCW)
  • Emergency Steering Assist (ESS)
  • Autonomous Emergency Steering (AES)
  • Indicate speed limits
  • Indicate traffic sign & limits
  • Limit speed
  • Adopt speed limits manually
  • Keep set speed
  • Stop in case of emergency

Basic L2

  • Keep Lane
  • Keep distance
  • Adopt speed limits
  • Adapt speed route geometry

Highway L2

  • Change Lane
  • Keep lane extended
  • Adapt trajectory to route geometry
  • Allow hands-off driving 130 kph / 85 mph

Urban L2

  • Remind to drive off
  • Stop and go at traffic lights
  • Give right of way
  • Stop and go at right of way situations

Commute Pilot L3

  • Eyes off
  • Lead vehicle following

L2 aligns with the SAE standard