A cyclical recovery plus rising power-content demand can lift revenue and restore utilization-driven margins into 2031. Upside hinges on advanced-power execution and contracting structures that reduce downcycle volatility.

Into 2031, onsemi can compound enterprise value by converting electrification + AI power-demand into higher power-content revenue, then translating mix and utilization gains into through-cycle cash generation—while using contracting and platforms (modules, security/provenance, allocation discipline) to damp cyclicality.

AI and electrification shift value to reliable energy conversion and trusted industrial supply; onsemi sells the “picks and shovels” and can monetize scarcity via qualified capacity + long-cycle customer programs.

The non-linear upside is real (electrification content per system + AI data-center power buildout), but onsemi’s value capture is still gated by (1) automotive-grade qualification pace, (2) upstream substrate/wafer supply and internal yield ramps in advanced power, and (3) a vertically integrated cost base that amplifies downcycles. My 5-year case assumes a normal recovery plus modest share gains in higher-value power and sensing, but not a structural re-rating to “software-like” multiples.

The dominant risks are timing (auto/industrial demand floor), execution (realignment + advanced-power yields/ramps), and value capture (pricing pressure once platforms are multi-sourced). If any two hit at once, utilization-driven margin recovery can be pushed beyond the 5-year window.

Thesis is largely unchanged; the update is a tighter separation between enterprise-value growth and per-share outcomes given the scale of repurchases.

Shift reflects a more explicit EV (not per-share) framing: buybacks can boost per-share returns without requiring the market cap to grow 2–5x.

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