Notes from the utility backbone.
How we think about designing, delivering, and keeping optimal the mechanical and electrical utilities of semiconductor fabs — written by the team that runs the model.
Auto-design and auto-assign: watching the Optimizer place a panel set
Two short walkthroughs of the runs behind optimized utility design: candidate panels become the smallest set that serves every tool, and assignment lands every tool model on both substation trains — within distance and build-zone constraints.
Watch the runs →500 panels, not 700: what optimized utility design changes
Fabs routinely over-build their utility distribution — not because anyone is careless, but because manual design under uncertainty rewards margin on top of margin. Here's what happens when an optimizer sites and sizes the distribution instead.
Read the post →White-glove, on purpose: why our engineers run the loop
Today you send us a tool layout and utility demands, and our team returns the sized mechanical and electrical distribution. No software to buy, nothing to learn. That's a deliberate choice — here's the reasoning behind it.
Read the post →A snapshot goes stale. A living model doesn't.
Every fab utility design is obsolete the moment a tool moves — unless the design lives in a model that absorbs the change. Why we build living models instead of deliverables, and what that changes for owners.
Read the post →