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Automotive

The automotive industry is undergoing a transformative shift, driven by technological advancements in autonomous driving and modern advanced driver assistance systems (ADAS). These innovations enhance vehicle safety, efficiency, and convenience, paving the way for a smarter future
Automotive

Autonomous Driving

Autonomous Driving

ADLINK envisions a world where people, places, and things are positively enabled with AI-driven capabilities. Vehicles will be integrated with software, sensors, communications, and reliable computing hardware, making society safer, travel more enjoyable, and enabling leaps in productivity.

Featured Products

AI Computing Platform (Sensor Fusion + Planning)

ADM-AL30

ADM-AL30

Autonomous Driving AI Decision Making ECU

AVA-3510

AVA-3510

NVIDIA GPU and Intel® Xeon® AI Computing Platform for Autonomous Drive Applications

ROS2-Enabled Robotic Controller (Perception)

RQX-59 Series

RQX-59 Series

Embedded ROS 2 Robotic Controller Powered by NVIDIA® Jetson AGX Orin™ Module

RQX-580/58G

RQX-580/58G

Expandable ROS 2 Robotic Controller powered by NVIDIA® Jetson™ AGX Xavier

ADLINK’s autonomous driving computing platform enables the autonomous vehicle in multiple stages:

1. Perception
Perception enables sensors to not only detect but also acquire, identify, and track objects in their environment. During the perception stage, the image processing controller, RQX-59G, will collect data from camera sensors and send it to the computing platform for sensor fusion and AI planning.
 
2. Planning
During the planning stage, the computing platform, AVA-3510 utilizes perception data to calculate the path. This involves route planning, behavior planning, and trajectory generation modules. Route planning establishes the desired waypoints, behavior planning selects actions to maintain the path, and trajectory generation creates the precise path. These planning processes enable autonomous vehicles to navigate and make informed decisions.

3. Action
After the computing platform has finished planning, it will send the information to the vehicle's control systems, instructing it to function as the AI had intended. The functions include accelerating, braking, and turning the steering wheel.

Applications

Product 1

Autonomous Electrical Bus

Product 2

Autonomous Truck

Product 3

Robotaxi

Benefits

Complies with Regulations

Complies with Regulations

UN R130, R131, R151

Highly Integrated

Highly Integrated

1 ECU connected to 8 cameras with multiple ADAS functions.

Easy Supply Chain Management

Easy Supply Chain Management

No need to deal with different vendors for different ADAS functions

AI-ADAS (Advanced Driver Assistance System)

AIADAS

Advanced driver assistance systems (ADAS) harness cutting-edge technology to enhance vehicle safety and efficiency. By integrating multiple sensors and AI algorithms, ADAS provides real-time alerts and automated interventions, ensuring a safer driving experience. With ADAS, drivers can benefit from advanced features such as collision avoidance, lane-keeping assistance, and adaptive cruise control, ultimately leading to reduced accidents and improved road safety. The ADLINK integrated AI-ADAS solution includes one automotive-grade ECU, eight cameras, and the vision-AI algorithm, compatible with many ADAS features.

AI-ADAS Features

Around View Monitoring (AVM)

Displays the bird view image of a 4-meter radius around the vehicle

 

Activate Speed

 0 - 20 km/h (customised)
Activate scenario The AVM will activate when the vehicle is in low speed or when the turn signals is used
Warning Signal, buzzer

Blind Spot Information System (BSIS)

Blind Spot Information System (BSIS)

Detects pedestrians and cyclists in the blind spots on the side of large vehicles to avoid collisions when turning. This function complies with the UN R151 - Blind Spot Information System for the Detection of Bicycles

 

Activate Speed 0 - 35 km/h (customised)
Warning Signal, buzzer
Detect Object Cars/ motorcycle/ bike/ Pedestrian
Detect Rate Daytime: ≧ 95%
Nighttime: ≧ 90%

Blind Spot Detection (BSD)

Blind Spot Detection (BSD)

Detects whether there are objects passing by in the blind spot on the side of the vehicle to avoid collision hazards.

 

Activate Speed 35 - 150 km/h (customised)
Warning Signal, buzzer
Detect Object Cars/ motorcycle/ bike/ Pedestrian
Detect Rate Daytime: ≧ 95%
Nighttime: ≧ 90%

Driver Monitoring System (DMS)

Driver Monitoring System (DMS)

Detect whether the driver is engaged in dangerous driving behaviors, such as dozing off, being distracted, or using cellphone.

 

Activate Speed ≥30 km/h (customised)
Activate scenario
  • Closing eyes > 2 secs or yawning > 3 secs
  • Turning your head > 25 degrees, leaning > 15 degrees, or tilting > 20 degrees without looking ahead for more than 3 secs.
  • Using a cellphone > 3 secs
  • Smoking > 2 secs
Warning Signal, buzzer

Forward Collision Warning (FCW)

Forward Collision Warning (FCW)

The system monitors the distance between your vehicle and the one in front, predicting potential collision time and issuing advance warnings to prevent accidents.

 

Activate Speed

 ≥30 km/h (customised)
Warning Signal, buzzer
Detect Object Cars/ motorcycle/ bike
Detectable Position Front/ rear/ sides
Detection Distance

Front:

  • Vehicle: ≤ 100 m
  • Motorcycle: ≤ 60 m
    (using the front position of the vehicle as the reference point)

Side:

  • ± 5.5 m
    (using the center position of the vehicle as the reference point)
Detect Rate Daytime: ≧ 95%
Nighttime: ≧ 90%

Lane Departure Warning (LDW)

Lane Departure Warning (LDW)

If the vehicle drifts out of the lane while traveling, a warning will be issued to alert the driver. This feature complies with UN R130 - Lane Departure Assist Warning System regulations.

 

Activate Speed

 50 - 150 km/h (customised)
Warning Signal, buzzer
Detection Distance ≤ 80m (Use the front end position of the car as the reference point)
Warning Conditions Before the wheel crosses the outer edge of the lane by 30cm (without using turning signal)
Detect Rate

 

≧ 95%

Applications

Product 1

Shuttle Bus

Product 2

Public Transportation

Product 3

Trucks

Featured Product

ADM-TJ30 Automotive-grade ECU

  • Powered by TI TDA4V-MidEco SoC
  • Support 4x CAN/CAN-FD for automotive connection
  • Provide Micro-SD card slot for future storage extension
  • Operating temperature: -40℃ ~ +85℃
  • Follows ISO 16750-2 / ISO 10605 / VSCC 56- 3

Featured Resources

Success Stories

SenSen:
Using NVIDIA Jetson AI on the Edge

How DiGiCOR and ADLINK helped SenSen in their smart cities project involving parking operations, number plate recognition, and driving distractions

Ready to Get Started?

If you are ready to take it to the next level with DiGiCOR and ADLINK, don’t hesitate to contact us today. We are here to help you to find the best solution for your business needs.

 

We also offer a comprehensive range of components suitable for automotive. Click below to take a look at our ranges of: