Richard Morgan
I research commodity markets and their connection with semiconductor manufacturing economics. My work focuses on energy prices, industrial materials, transportation costs, chemical inputs, and other commodities that can influence the cost structure of semiconductor production. I write for this website because semiconductor manufacturing depends on a wide range of physical inputs and substantial energy consumption. Changes in commodity prices can therefore affect manufacturing costs, supply chains, and capital investment. My research follows energy markets, industrial metals, chemical materials, logistics costs, and commodity-price cycles. I examine how changes in these markets can affect semiconductor fabs, equipment manufacturers, packaging providers, and materials suppliers. I also study the relationship between commodity prices and semiconductor supply-chain inflation. Cost changes may be transmitted through different stages of manufacturing before reaching semiconductor companies. Through my articles, I aim to explain how commodity markets interact with semiconductor production costs and the broader technology supply chain.
Macro analyst covering energy, industrial commodities, chemicals, logistics costs, semiconductor manufacturing expenses, and supply-chain inflation.
Richard Morgan is a macroeconomic researcher focused on commodity markets and their relationship with semiconductor manufacturing. His coverage includes energy, industrial materials, chemical inputs, logistics costs, and commodity-price cycles.
Richard examines how physical input costs influence semiconductor fabs, equipment manufacturers, packaging providers, and materials suppliers. Energy consumption and specialized industrial inputs are particularly important components of semiconductor manufacturing economics.
He also studies how commodity-price changes move through the semiconductor supply chain. Changes in energy, metals, chemicals, or transportation costs can affect different parts of the industry at different stages.
Through his articles, Richard explains the connection between commodity markets, manufacturing costs, supply-chain inflation, and semiconductor industry economics.
His Articles
Active Semi Funds vs. Passive ETFs – A Deep 1H 2026 Performance Review
The first half of 2026 gave semiconductor investors a very clear message: this is not a sector where you can afford to think in generic terms. The gap between active semiconductor funds and passive ETFs was shaped by more than just benchmark tracking. It was shaped by concentration, AI leadership, memory cycle shifts, foundry dynamics, and the ability of portfolio managers to react to fast-moving developments. In other words, the active-versus-passive debate became especially interesting in semis because the sector itself was moving so fast.
The Intensifying Semi ETF Fee War: A Comprehensive Roundup of Lowest-Cost Products
The semiconductor ETF market has entered a new phase where fees are no longer a background detail. They are part of the competition. As AI enthusiasm pushes more capital into chip-focused funds, investors are becoming more sensitive to cost, structure, and long-term compounding. That has triggered a quiet but increasingly important fee war among semiconductor ETFs. The products still look similar on the surface, but the pricing gap, however small, can matter a great deal over time.