📈 Data to start your week — Helium special

2020-12-30 · Source: Exponential View · Field: Technology & Digital — Artificial Intelligence & Machine Learning, Semiconductor Manufacturing · Depth: Intermediate, quick

Summary

The recent Iran War has impacted global helium supply, a critical byproduct of natural gas processing used in over 20 steps of semiconductor fabrication. Qatar, which supplies 34% of global helium, experienced "extensive" damage to its Ras Laffan facility, the world's largest concentrated source, due to an Iranian strike. This incident is projected to cut 14% of annual helium exports and require 3-5 years for repair. Liquid helium, transported in cryogenic tanks, has a viability window of only 35 to 48 days before it escapes. South Korea, which sourced 64% of its helium from Qatar last year, is particularly exposed given its role in producing 80% of the world's High Bandwidth Memory for AI chips. However, the impact on leading-edge chip manufacturing is expected to be minimal, as companies like SK Hynix have diversified supply, and Samsung has implemented helium reuse systems. Helium costs represent only 0.5-1% of total semiconductor manufacturing expenses, and suppliers prioritize high-priority sectors like semiconductors and MRI over other uses like balloons and welding.

Key takeaway

For CTOs and supply chain executives evaluating raw material risks, the helium shortage from the Iran War presents a nuanced challenge. While Qatar's supply disruption is significant, the semiconductor industry's low reliance on helium's cost, coupled with existing diversification and reuse strategies by major players like SK Hynix and Samsung, suggests minimal long-term impact on chip production. Focus on immediate logistics and ensure your procurement teams are actively managing short-term supply re-routing, but avoid overreacting to headlines suggesting an "apocalyptic" scenario for AI chips.

Key insights

Despite significant supply disruption, the helium shortage is unlikely to severely impact leading-edge semiconductor manufacturing.

Principles

• Supply chain diversification mitigates regional risks.
• High-value industries receive priority allocation.
• Minor input cost increases are absorbable for high-value outputs.

Method

Semiconductor manufacturers can mitigate helium supply risks through supply diversification, implementing reuse systems, and leveraging their priority status in allocation queues.

In practice

• Diversify critical raw material suppliers.
• Invest in material reuse and recycling systems.
• Understand cost elasticity for key inputs.

Topics

• Helium Supply Chain
• Semiconductor Manufacturing
• AI Chips
• High Bandwidth Memory
• Geopolitical Impact

Best for: CTO, Executive, Entrepreneur, AI Product Manager, Investor, Business Analyst

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Editorial summary, takeaway, and curation by AIssential. Original article published by Exponential View.