V2X – VEHICLE TO EVERYTHING

Use Cases

A plethora of market trends support the timing of implementing a Vehicle-to-Everything (V2X) system on to the roads. These market trends include all classes of vehicles becoming more software-defined and the need for complementing safety systems with the gradual integration of autonomous vehicles. V2X applications are being deployed to connected or autonomous vehicles. Some applications include road safety as well as traffic management and efficiency. Providing an IoT SOM solution to assist manufacturers in developing unique products, the objective of a SOM device is to enhance safety and security on the roads, infrastructures and subsystems. The main challenges that manufacturers face while implementing V2X technology is prototyping and data security while keeping up with the fast-developing market.

In this section, you can find some examples of how SolidRun creates value for our OEMs / Integrators customers in the Vehicle-to-Everything market. For confidentiality reasons, customer names are not mentioned.

shutterstock 1508521787
  • Vulnerable Road User Safety

    Vehicle-to-everything (V2X) technology assembled on bicycles and scooters helps prevent accidents by alerting riders of potential collisions. The device tracks the rider and alerts nearby connected vehicles as well as smart infrastructures about the position of the rider. This also enables all road users, including cars, bicycles, scooters, motorcycles, and pedestrians, to communicate through V2X and form a safety network. To further assist the case, the cyclist receives an alert when a vehicle with V2X technology poses a threat to him or her.

  • OUR ADDED VALUE

    Product: i.MX 8XLite SOM

    To ensure VRU safety, the SOM comprises real-time synchronization and control for a wide range of industrial and smart-city applications. V2X product manufacturers can find additional feature options such as CAN, automotive ethernet, expansion header and GPIOs which allow customers to create prototypes quickly and structure a basis for deployment of their applications and devices.

  • Emergency Vehicle Assistance

    After an accident occurs on the road, all connected vehicles around may alert officials for help. Once an emergency vehicle is nearby, it utilizes the implemented V2X communication technology to thoroughly direct traffic, allowing easier access to the patient. After the hazard zone is cleared, an accident report containing all that was recorded by the vehicles near the accident and the infrastructure around, describing environmental conditions and any available camera views may be sent to government and private data centers. 

  • OUR ADDED VALUE

    Product: i.MX 8XLite SOM

    The SOM can be implemented to support V2I communications between the vehicle and the road infrastructure. The RSUs control “smart transport” devices, which direct traffic and assist emergency vehicles in getting to their patient efficiently. The emergency vehicle may utilize the RSU system to safely pass through red lights when required.

shutterstock 1934002442
shutterstock 1664067085
  • Connected Construction Zones

    Utilizing V2X technology in connected construction zones allows the blocked off zones to be detected by oncoming connected traffic far in advance. The oncoming vehicles may receive a message describing the obstruction ahead. Furthermore, the workers at the site can receive real-time notifications if they are in a high-risk position to prevent them from any potential injuries. Constant real-time vehicle communication while operating with heavy equipment, and specifically for mining, improves coordination to safely and efficiently complete the work. V2X technology may be utilized to manage traffic around blocked-off construction zones and protect the workers on-site.

  • OUR ADDED VALUE

    Product: i.MX 8XLite SOM

    V2X communication and coordination will help prevent any jams caused by roadside construction or other obstacles on the road. In conjunction with the NXP longevity program, the SOM provides a dependable, high-speed V2X networking system. To simplify deployment for our customers and assist the developing V2X industry, SolidRun provides a robust and effective communications processing system.

  • Collision Avoidance With V2X Communication

    With all connected vehicles on the road communicating with each other about their position, speed and direction, onboard units may alert one another to slow down or come to a halt in order to prevent any collisions. Furthermore, to maintain a safe distance and avoid any right-of-way collisions, vehicles may be alerted when another connected road user is too close or passing through an intersection. Lastly, automated lane merges allow for an efficient and safer flow of traffic as connected vehicles exchange lanes in a coordinated manner to not affect traffic speed. 

  • OUR ADDED VALUE

    Product: i.MX 8XLite SOM

    The SolidRun SOM solution is designed for real-time processing and V2X applications to ensure road user safety during time-sensitive situations. The SOMs powerful Arm Cortex processors and multiple high-speed interfaces act as a valued component in a wide range of controller-based architectures.  

shutterstock 417504901
shutterstock 1508521787
  • Vulnerable Road User Safety

    Vehicle-to-everything (V2X) technology assembled on bicycles and scooters helps prevent accidents by alerting riders of potential collisions. The device tracks the rider and alerts nearby connected vehicles as well as smart infrastructures about the position of the rider. This also enables all road users, including cars, bicycles, scooters, motorcycles, and pedestrians, to communicate through V2X and form a safety network. To further assist the case, the cyclist receives an alert when a vehicle with V2X technology poses a threat to him or her.

  • OUR ADDED VALUE

    Product: i.MX 8XLite SOM

    To ensure VRU safety, the SOM comprises real-time synchronization and control for a wide range of industrial and smart-city applications. V2X product manufacturers can find additional feature options such as CAN, automotive ethernet, expansion header and GPIOs which allow customers to create prototypes quickly and structure a basis for deployment of their applications and devices.

shutterstock 1934002442
  • Emergency Vehicle Assistance

    After an accident occurs on the road, all connected vehicles around may alert officials for help. Once an emergency vehicle is nearby, it utilizes the implemented V2X communication technology to thoroughly direct traffic, allowing easier access to the patient. After the hazard zone is cleared, an accident report containing all that was recorded by the vehicles near the accident and the infrastructure around, describing environmental conditions and any available camera views may be sent to government and private data centers. 

  • OUR ADDED VALUE

    Product: i.MX 8XLite SOM

    The SOM can be implemented to support V2I communications between the vehicle and the road infrastructure. The RSUs control “smart transport” devices, which direct traffic and assist emergency vehicles in getting to their patient efficiently. The emergency vehicle may utilize the RSU system to safely pass through red lights when required.

shutterstock 1664067085
  • Connected Construction Zones

    Utilizing V2X technology in connected construction zones allows the blocked off zones to be detected by oncoming connected traffic far in advance. The oncoming vehicles may receive a message describing the obstruction ahead. Furthermore, the workers at the site can receive real-time notifications if they are in a high-risk position to prevent them from any potential injuries. Constant real-time vehicle communication while operating with heavy equipment, and specifically for mining, improves coordination to safely and efficiently complete the work. V2X technology may be utilized to manage traffic around blocked-off construction zones and protect the workers on-site.

  • OUR ADDED VALUE

    Product: i.MX 8XLite SOM

    V2X communication and coordination will help prevent any jams caused by roadside construction or other obstacles on the road. In conjunction with the NXP longevity program, the SOM provides a dependable, high-speed V2X networking system. To simplify deployment for our customers and assist the developing V2X industry, SolidRun provides a robust and effective communications processing system.

shutterstock 417504901
  • Collision Avoidance With V2X Communication

    With all connected vehicles on the road communicating with each other about their position, speed and direction, onboard units may alert one another to slow down or come to a halt in order to prevent any collisions. Furthermore, to maintain a safe distance and avoid any right-of-way collisions, vehicles may be alerted when another connected road user is too close or passing through an intersection. Lastly, automated lane merges allow for an efficient and safer flow of traffic as connected vehicles exchange lanes in a coordinated manner to not affect traffic speed. 

  • OUR ADDED VALUE

    Product: i.MX 8XLite SOM

    The SolidRun SOM solution is designed for real-time processing and V2X applications to ensure road user safety during time-sensitive situations. The SOMs powerful Arm Cortex processors and multiple high-speed interfaces act as a valued component in a wide range of controller-based architectures.  

iMX 8XLITE SIDE SLIDER 31.5
i.MX 8XLite SOM
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