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Illicit chip flows to Russia seen slowing, but China, Hong Kong remain transshipment hubs
Semiconductors and restricted goods shipped through China and Hong Kong fell by a fifth, according to U.S. Commerce data. Transshipments of CHPL items through Hong Kong dropped 28%. Shell companies such as Malachor Electronics divert semiconductors from Texas Instruments, Nvidia, Intel, and
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Exclusive-Illicit chip flows to Russia seen slowing, but China, Hong Kong remain transshipment hubs
For the same period, transshipments of those items through mainland China, excluding Hong Kong, fell 19%, the official said. Reuters is reporting the previously undisclosed numbers for the first time. Asked about transshipment of dual-use goods through China into Russia, the Commerce Department
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Exclusive-Illicit Chip Flows to Russia Seen Slowing, but China, Hong Kong Remain Transshipment Hubs
HONG KONG/WASHINGTON (Reuters) - Semiconductors and other restricted goods shipped through China and Hong Kong to fuel Russia's war effort fell by a fifth this year previously undisclosed U.S. Commerce Department data shows, but Hong Kong remains a global sanctions evasion hotspot. Transshipments
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Illicit chip flows to Russia seen slowing, but China, Hong Kong remain transshipment hubs
* CHPL goods to Russia via HK fell 28% Jan-May 2024 - U.S. Commerce Dept data provided to Reuters * $17.6 mln Nvidia goods shipped via HK/China in 2023 - C4ADS data * HK 'leading' global hub for sanctions evasion - new CFHK report * Higher-end chips from Nvidia, Vectrawave shipped via HK * HK
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Illicit chip flows to Russia seen slowing, but China, Hong Kong remain trans-shipment hubs
Semiconductors and other restricted goods shipped through China and Hong Kong to fuel Russia's war effort fell by a fifth this year previously undisclosed U.S. Commerce Department data shows, but Hong Kong remains a global sanctions evasion hotspot. Trans-shipments through Hong Kong of Common High
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Recent data suggests a decrease in the flow of illicit semiconductors to Russia, though China and Hong Kong continue to serve as major transshipment points. This development comes amid ongoing global efforts to restrict Russia's access to advanced technology.

Recent data analysis reveals a significant slowdown in the illicit flow of semiconductors to Russia. This trend emerges as global efforts to restrict Russia's access to advanced technology continue in the wake of its invasion of Ukraine. According to a review of Russian customs records by James Byrne, director of the Open Source Intelligence and Analysis Research Group at the Royal United Services Institute (RUSI), there has been a notable decrease in chip shipments from several countries
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.Despite the overall decline, China and Hong Kong remain crucial transshipment points for these illicit semiconductor flows. The data indicates that these regions continue to play a significant role in the movement of chips to Russia, highlighting the challenges in completely severing the supply chain
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.The slowdown in chip flows is largely attributed to the implementation of stringent export controls by the United States and its allies. These measures aim to cut off Russia's access to advanced semiconductors and other critical technologies that could be used for military purposes. The effectiveness of these controls is evidenced by the reduced shipments from various countries, although loopholes and alternative routes persist
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The analysis of customs records reveals that shipments of chips from major manufacturers such as AMD, Analog Devices, Infineon, Intel, and Texas Instruments have seen a substantial decrease. This trend underscores the impact of export restrictions on specific high-tech components crucial for various industries and potentially military applications
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.While the reduction in illicit chip flows is a positive development, significant challenges remain. The persistent role of China and Hong Kong as transshipment hubs highlights the need for continued vigilance and potentially enhanced measures to address these channels. Furthermore, the situation underscores the complex nature of global supply chains and the difficulties in completely isolating a country from accessing advanced technologies
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.As the situation evolves, it will be crucial to monitor the effectiveness of current export controls, the adaptation of illicit supply networks, and the potential development of alternative sources or technologies by affected countries. The ongoing efforts to restrict Russia's access to advanced semiconductors will likely continue to shape international trade relations and technological development in the coming years.
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