Omdia releases multi-regional sourcing playbook to counter semiconductor supply risks

Supply chain instability is transitioning from an occasional crisis to a structural market reality. For the streaming industry, which relies on a specialized hardware stack and high-end semiconductor nodes, this move toward multi-regional sourcing is a critical defensive measure against regional chokepoints and shifting trade policies. As trade corridors reorient away from geopolitically distant partners, OEMs must balance the complexity of diversified networks against the cost of potential production halts. Watch for whether hardware providers move to 'China plus one' strategies or opt for deep onshoring in regions like North America and the EU to secure long-term component availability.

The push for multi-regional resilience coincides with massive global shifts in semiconductor manufacturing and trade policy. Per McKinsey in March 2026, global trade is increasingly reorienting along geopolitical lines, with AI-related products like advanced processors and data center equipment now accounting for one-third of all global trade growth. US-China trade in key technical sectors has reportedly fallen by approximately 30%, forcing companies to find alternative sources in Southeast Asia, India, and Latin America. In response, countries like Vietnam and Malaysia have emerged as critical 'neutral manufacturing hubs,' though they face increasing regulatory scrutiny as their importance to the global stack grows.

Institutional investment is also reshaping the geographical map of production. Per raising-summit.com in February 2026, global investment in wafer fabrication is projected to reach ‣2.2 trillion between 2024 and 2032. This includes significant efforts to bring manufacturing closer to consumption through the US CHIPS and Science Act, which has incentivized nearly $400 billion in private electronics investments across 25 states. Major industry players like TSMC and SK Hynix have committed billions to new facilities in Arizona and Indiana, aiming to shift the US share of advanced chip fabrication (newer than 10nm) from 0% in 2022 to nearly 30% by the early 2030s.

However, technical and geopolitical chokepoints remain persistent even with increased funding. Per Deloitte in November 2025, trade barriers are increasingly targeting not just chips but the extreme ultraviolet (EUV) lithography equipment and advanced packaging tools required to build them. Analysts at Sourceability noted in April 2026 that strategic material shortages, such as a 40% drop in Chinese tungsten exports in 2025, have created new bottlenecks. These material and equipment constraints mean that even with diversified regional fabs, the streaming and AI infrastructure markets face a structural imbalance where capacity for high-margin components is frequently sold out years in advance.