Supply Chain Security 2.0: How Does The Electronics Industry Protect The “Bottom Line Of Quality”?

1. The counterfeit crisis has escalated: Ten key facts

1. Total volume hits new high
   Suspected counterfeiting cases throughout the yearFrom 1055, +25% year-on-year; after excluding the U.S. government’s major orders, it was still +3%, continuing to rise.
2. Core disaster area
   Analog ICs have been the largest category of fakes for 10 consecutive years, followed closely by MPUs, storage ICs, and FPGAs.
3. Suspension of production is expected to still be the hardest hit area
   Obsolete/discontinued components account for fakes42.75%, the risk of renovation, typing, and revision is extremely high.
4. Formal channels are not safe either
   Proportion of fake goods in genuine production channels27.2%, the quantity is for long delivery time2 times, breaking the perception that production = safety.
5. Counterfeiting spreads to new brands
   21% of fakes are new brands, 85.2% of the material numbers appear for the first time, and the unpopular models have become new breakthroughs.
6. TI has the most fake products for two consecutive years
   Accounting for 9%; Xilinx’s ranking dropped significantly due to the strengthening of management and control after the acquisition of AMD.
7. The discovery process is highly dependent on third parties
   Third-party laboratories (37.35%) and independent distributors (31.85%) are the main force, and the original manufacturers only report on their own initiative.5.78%。
8. The United States is the main reporting source
   Contributed 51% of counterfeit goods reporting data, reflecting that the high-end industrial and automotive markets are more sensitive to counterfeit goods.
9. Counterfeit capacitors fell sharply
   There were only 6 cases, indicating that the balance between supply and demand can significantly inhibit the motivation for counterfeiting.
10. China’s crackdown on counterfeiting has achieved remarkable results
    In 2024, 44,000 intellectual property cases involving 1.129 billion yuan will be investigated and handled, and the four-level quality control system for electronic components has gradually matured.

2. Supply chain security 2.0: from ensuring supply to ensuring authenticity + ensuring quality

Three-dimensional defense system

1. Technical detection line of defense
   • Appearance inspection→Electrical test→Functional verification→Third-party laboratoryLevel 4 testing
   • AI visual recognition, X-Ray, acoustic microscopy, chip opening analysis
   • Dynamically update the counterfeit feature database to improve the recognition rate of renovation/typing/revision
2. Channel Control Line of Defense
   • CreateSupplier whitelist, strictly control independent distributor qualifications
   • Reduce dependence on a single channel and promoteMain supply + alternative + emergencyThree sources of supply
   • Trace the batch, wafer number, and factory date to prevent gray materials from being shipped.
3. Compliance and ecological synergy
   • Connect with the original anti-counterfeiting system and serial number verification platform
   • Industry jointly builds counterfeit database and establishes anti-counterfeiting alliance
   • Adapt to domestic and foreign regulatory policies to reduce geopolitical and tariff risks

3. Three major cognitions that the industry must reconstruct

1. Passive detection is not enough, proactive anti-counterfeiting is required

   Upgraded from spotting fakes toPrevention + Identification + Traceability, introducing chip DNA, blockchain traceability, and security keys.
2. Domestic substitution must overcome the quality trap

   You can’t just pursue usability, you mustAutomotive, industrial, power semiconductorsCreateTechnology + CertificationDouble barriers can truly replace and resist the impact of fakes.
3. Globalization → Resilience, Regionalization

   Relying on Southeast Asia, Malaysian packaging and testing, manufacturing in India, etc.Decentralized supply chain triangle, reducing single-point risks while achieving nearby quality control.

4. Conclusion