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Global Semiconductor Outlook 2024

How geopolitical tensions, AI demand, and supply chain transformation are reshaping the global chip industry.

The global semiconductor industry is at a critical inflection point. AI-driven demand has triggered a hardware gold rush, while geopolitical fragmentation is forcing a fundamental reshaping of supply chains.

The AI Compute Surge

Demand for GPUs and AI accelerators has far outpaced manufacturing capacity. NVIDIA, AMD, and emerging players like Groq are racing to fill the gap. The result: lead times for enterprise AI hardware extending to 12–18 months in some configurations, and a new category of "AI silicon" purpose-built for inference workloads at the edge.

"We are witnessing the single largest demand surge in semiconductor history, driven entirely by the insatiable appetite of Large Language Models."

Geopolitics Reshaping Foundry Maps

  • CHIPS Act Impact: US federal subsidies are driving Intel, TSMC, and Samsung to build fabs on American soil, reducing dependency on Taiwan.
  • India's Semiconductor Mission: India's ₹76,000 crore incentive programme is attracting Micron and other players to establish assembly and testing plants.
  • China's Response: Huawei's Kirin chip developments signal that despite export controls, China is aggressively pursuing domestic semiconductor self-sufficiency.

What This Means for Software Companies

For enterprises building AI-native applications, hardware constraints require strategic decisions about model efficiency. Smaller, quantized models that can run on commodity hardware are becoming as strategically important as raw frontier model performance.

Our Recommendation

Start building hardware-agnostic AI pipelines today. The companies that remain flexible — able to swap between cloud GPU providers, on-prem hardware, and edge inference — will hold a decisive advantage as the silicon landscape continues to shift.