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REVERSIBLE PHOTONIC  CHIP DESIGN
AUTOMATED

AI PDA Agents
LEAN4 Formal Specification Output
Chips for Any Application

EARTH ICT, SPC is dedicated to pushing the boundaries of AI and computer chip technology. We are committed to creating next-generation, hyper-efficient, cool-running computer chips that redefine the possibilities of AI computing.

Today's traditional chips are diabatic information combustion engines
Moving electrons across traditional gold and copper circuitry materials, burning bits at compute gates.
They run HOT, they're massively expensive, consume unsustainable amounts of electricity and require huge cooling infrastructure.
These chips are designed using error prone "human in the loop" manual EDA (Electronic Design Automation) tools.

Earth ICT, SPC designs TFA (Truly Fully Adiabatic) chips that run FAST and COOL
We solve the ROOT of the compute architecture problem with reversible photonic computing, modern waveguide materials (SiN) construction, and use next generation architecture with our next generation chip design tool:
Agentic Reversible Photonic Computing PDA (Photonic Design Automation). Removing the error prone "human in the loop" from chip design.

Traditional Chips

Compute Hot Spot on chip limits performance

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Open loop Diabatic architecture is energy wasting, heat producing. Uses electrons

  • ​​Diabatic chip architecture

  • Pushing electrons across copper or gold materials

  • Runs hot

  • Thermal wall

  • Performance throttling

  • Excessive energy consumption

  • High CAPEX & OPEX

Hybrid Chips

Compute Hot Spot on chip limits performance

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Open loop Diabatic architecture is energy wasting, heat producing. Uses photons

  • ​​Diabatic chip architecture

  • Pushing electrons across photonic materials

  • Runs hot

  • Thermal wall

  • Performance throttling

  • Excessive energy consumption

  • High CAPEX & OPEX

TFA Chips

NO Compute Hot Spot on chip

Truly Fully Adiabatic design

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Solves root of traditional and hybrid chip problem.

Closed loop TFA Photonic architecture. Uses photons

  • ​​Adiabatic chip architecture

  • Photon waveguides  through SiN channels

  • Runs cool

  • NO thermal wall

  • NO performance throttling

  • NO Excessive energy consumption

  • Affordable, sustainable, profitable CAPEX & OPEX

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