Utility-Scale Light For The Whole Fab

xLight’s free-electron laser (FEL) delivers fabs: 

Four times more light to as many as 12 scanners simultaneously.

Programmable light with polarization – enabling smaller process nodes and new, higher performing designs.

FAB
1

At large scale facilities, semiconductor manufacturers have multiple fabrication plants — or "fabs" — at the same site. Building and outfitting one leading-edge fab shell with equipment takes 3–5 years and costs $20–30B.

FAB
2

Foundries — the companies that operate these factories — build fabs for process node specialization (N3, N3E, SF3, etc.). The lithography tools are tuned to that specific node. Currently, each lithography tool within a fab requires its own light source.

CENTRAL
UTILITY
BUILDING

Everything in the cleanroom — at the heart of the fab — consumes ultra-purified air, water, process gases, chemicals, and more, all of which flow through the Central Utility Building.

POWER
SUBSTATIONS

Leading-edge fabs require significant energy to maintain 24/7 function. The substation steps down transmission voltage to usable facility voltage, doing so with near-zero interruption tolerance.

xlight

The introduction of the xLight system transforms how light is delivered to the fab. Instead of bespoke light sources at the tool level, xLight delivers light like a utility to the whole fab. One xLight system can support 16 scanners — delivering higher dose at full productivity.