Chip equipment leader ASML has raised its 2026 sales outlook after surpassing first-quarter expectations, driven by surging demand for AI-related production tools. Taiwan Semiconductor Manufacturing Co. reported a 35% revenue increase in the same period, propelled by AI chip orders. These results counter growing investor skepticism over returns from massive AI infrastructure spending, as firms like OpenAI plan hundreds of billions in data center investments.

ASML Exceeds Expectations on AI Demand

ASML delivered first-quarter revenues and profits beyond its guidance of €8.2 billion to €8.9 billion. The company now forecasts 2026 net sales between €36 billion and €40 billion, up from €34 billion to €39 billion. This adjustment reflects customer commitments to expand AI chip capacity through 2026 and beyond, with long-term agreements securing supply amid persistent shortages.

TSMC Posts Record Quarter Fueled by AI

Taiwan Semiconductor, the top contract chipmaker and a major ASML client, saw first-quarter revenues jump 35% on April 10, 2026. AI demand offset weaknesses in smartphones and PCs caused by memory constraints. Analyst Sravan Kundojjala from SemiAnalysis predicts TSMC will surpass its 30% annual growth target, underscoring the AI segment's dominance.

Balancing AI Hype with Revenue Realities

AI companies race to build vast data centers, yet revenue growth lags behind these outlays from numerous large and mid-sized players. Semiconductor firms' strong results signal sustained chip demand, but investors question if this boom persists without faster monetization of AI capabilities. ETFs tracking the sector, including VanEck Semiconductor ETF (SMH), iShares Semiconductor ETF (SOXX), and State Street SPDR S&P Semiconductor ETF (XSD), stand to benefit from ongoing expansion.

Outlook for Chip Demand and Investments

Supply constraints persist as AI adoption accelerates, prompting capacity ramps backed by contracts. This dynamic supports chipmakers even as broader AI firms face payoff pressures. Investors weigh these positives against risks of overinvestment, with semiconductor strength offering a buffer in the short term.