AEC-Q100 IC / Integrated Circuit Compliance Testing

Relevant authorities including the Ministry of Industry and Information Technology have actively promoted the high-quality development of the automotive electronics industry. In this context, the AEC-Q100 standard formulated by the Automotive Electronics Council (AEC) has become the core reliability certification specification for the application of integrated circuits in the automotive electronics sector.

With the accelerated advancement of automotive intelligence and electrification, integrated circuits such as vehicle-mounted MCUs, power ICs and sensor ICs serve as the "brain" and "nerve center" of automotive electronic systems. Their stability under harsh conditions including high temperature, vibration and electromagnetic interference directly determines driving safety and the normal operation of vehicle functions.

To mitigate and reduce failure risks caused by integrated circuit malfunctions, the AEC-Q100 standard is continuously updated. The latest version further refines testing requirements for environmental adaptability, electrical stability and mechanical endurance, and adds special test items for high-integration ICs.

Since 2024, authorities including the State Administration for Market Regulation have strengthened quality supervision over automotive electronic components, mandating that integrated circuits entering the domestic market must comply with internationally recognized reliability standards such as AEC-Q100.

At present, mainstream automobile manufacturers and Tier 1 suppliers regard AEC-Q100 certification as a core procurement prerequisite for integrated circuits. Products without this certification face significant barriers to entry into mainstream automotive supply chains.

AEC-Q100 IC / Integrated Circuit Certification & Testing

JJR LAB provides one-stop services covering AEC-Q100 integrated circuit certification testing and technical consultation, helping enterprises meet standard requirements and gain smooth access to the automotive supply chain.

Scope of Applicable Products

The AEC-Q100 standard applies to all integrated circuits deployed in automotive operating environments.

Testing Standards

AEC-Q100 certification tests are strictly implemented in accordance with AEC-Q100 Rev-J (the latest official version) released by the Automotive Electronics Council, combined with widely recognized auxiliary standards in the automotive industry. Core reference standards are listed below:

• AEC-Q100 Rev-J: Stress Test Qualification for Integrated Circuits Based on Failure Mechanisms

• AEC-Q100-001: Wire Bond Shear Test

• AEC-Q100-002: HBM electrostatic discharge test

• AEC-Q100-004: Latch-Up

• AEC-Q100-005: Non-Volatile Memory Program/Erase Endurance, Data Retention and Operational Life Test

• AEC-Q100-007: Fault Simulation and Test Grading

• AEC-Q100-008: Early Failure Rate (ELFR)

• AEC-Q100-009: Evaluation of Electrical Distribution

• AEC-Q100-010: Solder Ball Shear Test

• AEC-Q100-011: CDM Electrostatic Discharge Test

• AEC-Q100-012: Short-Circuit Reliability Specification for Sensitive Power Devices in 12V Systems

Test Items & Sample Quantity Requirements

AEC-Q100 certification features comprehensive testing to simulate various stress conditions that devices may encounter throughout their service life. It contains 35 test items categorized into 5 major groups. Test items are selected based on device types and packaging forms.

1. TEST GROUP A – Accelerated Environmental Stress Test

2. TEST GROUP B – Accelerated Life Simulation Test

3. TEST GROUP C – Package Integrity Test

4. TEST GROUP E – Electrical Verification Test

5. TEST GROUP G – Cavity Package Integrity Test

Testing Cycle

The overall cycle of AEC-Q100 full-item certification is comprehensively determined by test complexity, sample quantity and laboratory scheduling. The standard full testing period is 3 to 4 months.