Planar Precision
From Silicon Valley's
Founding Revolution
to the Stars
The same precision that birthed the integrated circuit in 1960 now evolves in microgravity to create superior AI chip materials for humanity's multi-planetary future.
1959
Jean Hoerni invents the planar process
1960
Robert Noyce creates the first integrated circuit
2026+
Planar precision evolves for orbital manufacturing
Eight Brilliant Minds,
One Revolutionary Vision
In 1957, eight visionary scientists left Shockley Semiconductor to found Fairchild — a bold act of defiance that birthed Silicon Valley itself. They weren't just building transistors; they were rewriting the rules of what was possible.
Among them, Jean Hoerni conceived the planar process — a deceptively simple idea of growing a protective silicon oxide layer that would make mass production of reliable semiconductors achievable for the first time.
From Rebellion to Revolution
Every breakthrough in semiconductor history traces back to the courage and precision of the pioneers at Fairchild.
The Traitorous Eight
Eight brilliant scientists leave Shockley Semiconductor to found Fairchild Semiconductor, sparking the birth of Silicon Valley.
The Planar Process
Jean Hoerni invents the planar process — growing a protective silicon dioxide layer that enables reliable, mass-produced transistors.
The Integrated Circuit
Robert Noyce builds on the planar process to create the first practical monolithic integrated circuit, revolutionizing electronics.
Fairchild Briefing Film
Fairchild releases the seminal educational film on integrated circuits, now preserved by the Computer History Museum.
The Fairchildren
Gordon Moore and Robert Noyce leave to found Intel. Over time, Fairchild alumni spawn hundreds of companies including AMD.
The Orbital Evolution
Planar precision principles extend to microgravity crystal growth, enabling superior AI chip substrates manufactured in orbit.
Precision Evolves
Beyond Earth
The planar process revolutionized semiconductors on Earth. Now, the same commitment to precision enables a new era of manufacturing in low Earth orbit.
Crystal Perfection
Microgravity eliminates convection-induced defects, producing near-perfect crystal structures for AI chip substrates.
Unlimited Solar Power
24/7 access to pure solar energy without atmospheric interference enables sustainable, high-energy manufacturing.
Superior Performance
Space-grown crystals achieve uniformity impossible on Earth, translating to faster, more efficient AI processors.
Planar Heritage
The same principles of flatness, protection, and reliability that made Fairchild successful now guide orbital manufacturing.
Two Companies, One Vision
Together, Planar Precision and International Space Manufacturing form the philosophical and technical backbone of humanity's multi-planetary manufacturing future.
Heritage & Philosophy
We honor the pioneers who made the digital age possible — the Traitorous Eight, Jean Hoerni's planar process, and Robert Noyce's integrated circuit. This is where we preserve the legacy and articulate the precision philosophy that guides everything we do.
The Hybrid Orbital Application
This is where precision becomes production. International Space Manufacturing applies planar principles to microgravity crystal growth, creating superior AI chip substrates in low Earth orbit. The hybrid model combines rapid Earth-based iteration with the purity advantages of space.