Systems / The operational reference
Twelve systems,
one physical chain.
Follow the materials, machines, and conditions that make intelligence possible. Choose a system to understand its work, dependencies, and evidence.
A reading route through the buildout. Sites, power, policy, and communities connect across the chain.
See the documented relationshipsThe system index
Explore each System.
Demand commits capital. Matter becomes chips. Chips become machines. Machines require networks, sites, power, permission, and durable public trust.
- 01Open system
Demand & Capital
Model ambition becomes physical only when demand forecasts, contracts, and patient capital align.
- 02Open system
Materials & Chemistry
Ordinary minerals become extraordinary inputs through purification, specialty chemistry, and tightly controlled logistics.
- 03Open system
Chip Design
Workload ideas pass through instruction sets, IP, verification, physical design, and software co-design before tape-out.
- 04Open system
Lithography & Equipment
EUV captures attention, but advanced chips require an orchestrated fleet of patterning, deposition, etch, clean, and measurement tools.
- 05Open system
Fabs & Yield
A fab converts recipes, tools, utilities, and disciplined operations into good dies—not merely processed wafers.
- 06Open system
Packaging & Memory
Chiplets, HBM, interposers, substrates, bonding, and test now decide how much fabricated silicon becomes usable AI compute.
- 07Open system
Compute & Racks
Accelerators become a useful computer only with CPUs, memory, switches, power shelves, busbars, firmware, serviceability, and cooling.
- 08Open system
Networks, Storage & Software
Scale-up fabrics, scale-out networks, optics, storage, compilers, and distributed runtimes turn installed chips into productive clusters.
- 09Open system
Sites, Construction & Cooling
Land, fiber, substations, schedule, concrete, steel, water, heat rejection, and commissioning converge at the campus.
- 10Open system
Power, Grid & Generation
Firm capacity, generation, transmission, substations, storage, and flexible operations determine when compute can energize.
- 11Open system
Policy & Geopolitics
Industrial subsidies, export controls, permitting, trade, standards, and security policy shape where the stack can be built.
- 12Open system
Communities & Lifecycle
Jobs, tax revenue, land, water, power costs, noise, trust, repair, reuse, and retirement determine whether buildout endures.
One path through the project
From the rack
to the grid.
Read the story in Plant, understand the power system, then follow its relationships in the Atlas.
Seven volumes / Twelve systems
One buildout, two ways to read it.
Volumes tell the story. Systems organize the stack. Find the narrative home of each system.
Find Systems in the seven Volumes
- Volume IMatter
Materials + chemistry
- Volume IIPrecision
Chip design + wafer fabrication
- Volume IIIPackage
Advanced packaging + memory
- Volume IVMachine
Nodes + rack systems
- Volume VFabric
Networks + storage + orchestration
- Volume VIPlant
Sites + power + cooling
- Volume VIIPermission
Capital + policy + communities