Automotive AI Chips, also known as autonomous driving computing platforms or autonomous driving chipsets, represent specialized hardware designed for autonomous vehicles. Serving as the vehicle's brain, these chips are responsible for processing data collected from various sensors, making real-time decisions, and controlling the vehicle's movements. They can be categorized into five main types: main control chips, power chips, storage chips, communication chips, and sensor chips.

Functions of Automotive AI Chips:

1.  Data Processing: Automotive AI chips handle vast amounts of sensor data, including information from radar, LiDAR, cameras, ultrasonic sensors, etc., converting these data into information required for vehicle perception and decision-making.

2. Environment Perception: Chips analyze sensor data to perceive the vehicle's surroundings, including roads, obstacles, other vehicles, and pedestrians. This is a crucial step in achieving autonomous driving.

3. Decision Making: Based on environmental perception, Automotive AI chips formulate decisions such as acceleration, braking, steering, and lane changing. They consider traffic rules, safety, and passenger comfort.

4. Real-Time Control: Chips control the vehicle's actions, including driving along a planned route, avoiding obstacles, and adapting to changing traffic conditions.

Importance of Automotive AI Chips:

Automotive AI chips are a key technology for achieving autonomous driving, directly impacting vehicle safety, reliability, and efficiency. High-performance chips can offer advanced levels of autonomous driving functionality, enhancing driving convenience and safety.

Unique Challenges of Automotive AI Chips:

Compared to chips in consumer electronics, automotive AI chip face higher performance and lifespan requirements. This is due to the more complex and stringent operating environments and reliability demands of automotive electronics. Automotive AI chips must possess high performance, long lifespan, electromagnetic compatibility, and safety features to navigate the complex and ever-changing driving environment, ensuring driving safety.

Typical Products:

For ongoing protection of automotive AI chip, CollTech introduces EW 6364, an underfill adhesive with the following features:

• High Tg, low CTE

• Excellent flowability, easy to fill

• Compatible with different solder residue

• High reliability

• Outstanding aging resistance

• Low-temperature rapid curing

For more information, please contact us.