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After eight years, Macro Polo has ceased operations as the Paulson Institute will focus its independent research on supporting its programs as it continues to diversify its scope.

We appreciate the community that has grown around Macro Polo and the fruitful engagement we’ve had with our legion of smart and sharp audience. You’ve pushed us to deliver even more original work and innovative products. Our body of work speaks for itself, and we hope it will have a long shelf life – that was the intent from MP’s inception.

MP’s website is now archived and no new work will be published henceforth on this site. Please visit www.paulsoninstitute.org for future research and policy work on a range of global issues.

Thank you all for the support over the years, it has been a privilege to have had a home at the Paulson Institute and to have built it the way we did.

- Team Macro Polo

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Making the AI Chip: the Upstream, Midstream, and Downstream Supply Chain

Click on the tabs at the top of the map to view different segments of the AI chip supply chain, from upstream to midstream to downstream. Toggle through the menu on the left to view the geographic distribution of different inputs in each stage of the supply chain. Click on highlighted areas of each map to view additional details like leading companies, market revenues, and political risk.

Key Raw Materials

*Color intensity reflects % of global production
*Color intensity reflects approx % global market share

Semiconductor Suppliers

Key Players

  1. Intel (US)
  2. Samsung (South Korea)
  3. TSMC (Taiwan)
  4. SK Hynix (South Korea)
  5. Micron (US)
  6. Broadcom (US)
  7. Qualcomm (US)
  8. Texas Instruments (US)
  9. Toshiba (Japan)
  10. Nvidia (US)
*Color intensity reflects approx % global market share

Sources

US Geological Survey; Marsh.

Data Notes

  • All figures are in metric tons and are for 2019. The US figure for Boron is total export volume used as a proxy for production, as production is withheld to protect US companies' privacy. The Kazakhstan figure for Boron is for 2018 as 2019 figure is not available.
  • High purity silicon is the main base material for all chips, including AI chips. Boron is a key dopant used in the production process of silicon wafers, which changes the features of the silicon according to specifications. Both silicon and boron are abundant globally with little supply risk.
  • All political risk scores throughout are taken from Marsh and are based on Fitch BMI Research. The score, on a scale from 1 to 100, is an index that is composed of the average of several specific risk scores. A higher score means less risk (see more detailed methodology here).