ENERGY-EFFICIENT COMPUTING
G R A C E
GENERALIZED REVERSIBLE ADIABATIC COMPUTING ENGINEERING
EETALL
Actively “Rebooting Computing” by commercializing energy-efficiency.
EETALL is a parent company developing and applying energy efficient computing technologies to leap the Landauer Limit wall.
“Making computation more energy-efficient to save money, reduce energy use, and permit batteries that provide power in mobile devices to run longer or be smaller.”
― Erik D. Demaine, Professor of Computer Science at MIT
ENERGY EFFICIENT COMPUTING
G R A C E
GENERALIZED REVERSIBLE ADIABATIC COMPUTING ENGINEERING
"The reversible computing field is absolutely necessary
for there to be any hope of advancing ordinary general digital computing
beyond the energy-efficiency limits that apply to the conventional computing paradigm,
which will definitely be reached in the foreseeable future" (CCC)
Goal: 1.5 degrees C by 2025
Means: Make computing energy efficient
How: Use reversible adiabatic computing
Michael P. Frank. "Fundamental Physics of Reversible Computing—An Introduction," slides, Part 1 video, Part 2 video.
CCC Workshop on Physics & Engineering: Issues in Adiabatic/Reversible Classical Computing, October 5, 2020.
Right now, the whole world runs on irreversible chips---they run hot, they waste energy,
their performance is artificially throttled to prevent them from burning up.
EETALL specializes in Reversible computing---which delivers superior performance through smart technology---chips that run cooler, consume less energy, unlock higher performance and are safer and more economical to run/operate.
Cost effective, energy efficient, safer, more secure.
It is the disruptor.
Everything that WAS incandecent was replaced by LED.
Everything that WAS hot wasteful irreversible will be replaced by cool, safe, secure, reversible, adiabatic.
Money saved - how much energy used.
EETALL COMPANIES
kTln2
Provides the energy efficient truly/fully adiabatic CMOS devices for the architects of tomorrow
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Energy efficient
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Reversible logic
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Truly/Fully adiabatic CMOS
Spacechip Global
Energy efficient, low power designs for severely power constrained applications
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SmallSat market
Coolchip
Energy efficient processors that run cooler, use less power, cost less to operate
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Smartphone market
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Energy Efficient Datacenters
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CPU’s, co-processors and accelerators