Key Facts
- ✓ The Ministry of Industry and Trade amended government resolution No. 719.
- ✓ A new, stricter system evaluates the 'domestic' status of chips based on operations in Russia.
- ✓ The changes introduce several levels of microchips by degree of localization.
- ✓ A threshold is set based on points earned only for operations performed in Russia.
Quick Summary
The Ministry of Industry and Trade has begun a transition to a more rigorous system for assessing the 'domestic' nature of microchips. This shift is facilitated by amendments to government resolution No. 719, moving away from previous standards to a model deeply rooted in local activity.
The core of these changes lies in the introduction of a tiered system for microchips. Instead of a binary classification, chips will now be categorized into several levels based on how much of their production occurs within the country. To qualify for these levels, manufacturers must meet specific point thresholds derived exclusively from technological operations performed in Russia.
Amendments to Resolution No. 719
The Ministry of Industry and Trade has officially enacted changes to government resolution No. 719. This regulatory adjustment marks a pivotal moment for the domestic electronics industry. The primary goal is to refine the criteria used to determine the 'domestic' status of microchips, ensuring that the classification reflects actual production value added within the country.
Previously, the system may have allowed for broader interpretations of localization. However, the new amendments tighten these requirements significantly. The focus is now strictly on the technological operations that take place on Russian soil. This shift is designed to foster a more robust internal manufacturing ecosystem by incentivizing the completion of critical production stages within the nation's borders.
New Localization Levels and Scoring
The revised framework introduces a multi-tiered structure for microchips, categorized by their degree of localization. This approach allows for a more nuanced recognition of products that are partially manufactured domestically versus those that are fully integrated locally. The system relies on a points-based mechanism to determine these classifications.
Under the new rules, microchips must achieve a specific threshold of points to be recognized at a certain level of domesticity. Crucially, these points are awarded only for operations performed within Russia. The criteria for earning points likely include:
- Wafer fabrication and processing
- Assembly, testing, and packaging
- Design and engineering stages
This scoring system ensures that the final classification is a direct reflection of the depth of localization achieved by the manufacturer.
Impact on the Technology Sector
The implementation of these stricter standards is expected to have profound implications for the Russian technology sector. Companies involved in the design and production of microelectronics will need to re-evaluate their supply chains and manufacturing processes to meet the new point thresholds. This may lead to increased investment in local facilities and the development of domestic technological capabilities.
Furthermore, the policy shift aligns with broader national economic strategies aimed at reducing reliance on foreign imports and strengthening technological sovereignty. By defining 'domestic' so strictly, the government is effectively setting a roadmap for the industry's future development, prioritizing self-sufficiency in critical components like microchips.
Conclusion
In summary, the Ministry of Industry and Trade has significantly altered the landscape for microelectronics in Russia through amendments to resolution No. 719. The introduction of a detailed, points-based system for evaluating the 'domestic' status of chips underscores a commitment to deepening local manufacturing capabilities. As the industry adapts to these new requirements, the focus will remain on the specific technological operations conducted within the country, reshaping the future of Russian microelectronics.