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Cell
The cell is a
5"x5"x5" IC structure that has 3072 processors and a lot of memory. A cooling
pipe runs thru the cell. The cell is a complete computer system with a fiber
optic PCIe 16x bus. A video cell option with cooling system is available. The
above two cells use (2) 19" racks for cells and (2) 19" racks for the cooling
system. Let's start at the bottom layers of the cell with the nano spirals and
copper trace for power to the IC parts. A copper RF shield on the inside of the
cell or cube maybe needed to block the telsa spiral and RF. The CPU voltage
comes from the nano spirals and use DC to DC converters on other IC parts if
needed. There is 1/4 copper trace circle area all around the 1 inch IC circle
area. The cell is made solid then the cooling tunnel is etched out. The 1" IC
circle goes completely through the cube and around the cooling tunnel. There
is a 4mm thick copper layer between the IC and copper cooling pipe to assist
with thermal transfer. There is a thermal compound between the 4mm copper wall
and the copper cooling pipe. There is a 1 inch very thin copper cooling layer
above and below each IC part connecting to the 4mm thick copper layer.
Cube
The cube will need a 128 bit 16 core processor and a 128 bit
real-time operating system to access all the memory. The cube is made on 450mm
equipment and is about 15" x 15" x 15". One cube uses 1 Megawatt of power. The
cube is 27
virtual cells. The cube has 82,944 processors.
Gas nitrogen runs through the cooling copper pipes at 85 K. The memory lines on
the same layer goto the processor and then that goes to the mini chipset which
goes to RF channels then out of the cube on copper traces on top of the cube.
There is a pin assembly that attaches to the top 3000 contacts of the cube. The
PCB attaches to the pin assembly with fiber connectors on top. RF channels
over copper or fiber. This is one computer and it is not a cluster but could be
if needed. This will be the most advanced piece of hardware on the planet.
Choose your system by the number of processors, memory, or wattage you wish to
use.
The brain is a massive parallel processor so I created a massive
parallel processor system based on my cube technology. The company needs to build a metal mask group for the lithographic
system so I don't spend over a billion dollars on masks. This group can do masks
for other companies and start bringing in money, now. We can build the power
supply in house to increase profits. The masks will be larger than what we
currently use. The cell
is all in one system that can replace servers in IT departments, college workstations, graphic
workstations, and internet servers. The cell will be the most advanced and
complex hardware on the planet till the cube is built. I need a small group to
build the first prototype cell before going into high volume production on 450mm
SEMI equipment. We should be able to get all the small groups and equipment into one
building in the beginning. We can create a
large high power transistor to replace tubes in transmitting towers. Network
fabrics on large switches could use the cube technology. I guess that I should have the cell built in 6 months to one year from
the time the 450mm SEMI equipment is working. I have been designing
the cube technology and researching it for 4 years. I have had a person with a
masters degree ask to be my assisant. My cube technology is a huge leap
forward for computers and AI. Ray Kurzweil
predicted this level of technology advancement in his book "The Singularity is
Near". The cell should sell for 50,000-100,000 each,
producing 20,000 each year netting 2,000,000,000. The cube should sell for
200,000-250,000 each, producing 40,000 each year netting 10,000,000,000. I'm not
sure of the costs to make the cell or cube, yet. I hope to reduce the cost of
the cell and cube. We can increase the number of
cells sold if nvidia or/and ATI will make reference designs of a video cell that
I can build. The metal masks for each layer of the cell and cube need to be made
once, which will be used over and over again. Maybe movies of supercomputers
will be more accurate, now. If you do a 1 to 1 compare of IC space to human brain matter
space we are using less than 1% of IC space. My cube technology(large cube) far exceeds human
brain matter space. We will achieve strong AI when IC space exceeds human
brain matter space. Are current servers use less than a mouse of brain matter
space not including the silicon base. The cell will not go over the human brain
matter space but the cube will.
Cube System Overvieww
The end goal is more than one system
with 1 to 8 billion processors that runs an AI system that can learn and teach
the young. I can sell supercomputer time on the cube system. The theoretical
peak is up to 70 exaflops which is far beyond current technology at 20
petaflops. This is not a cluster but could be if needed. Cube sectionsThis design has been very well planned out including the modeling the
cooling system. The cubes can't power on at the same time because the
transformers will not be able to handle it. If you think you
found a problem with my design then email me at
richardjharrisii@yahoo.com . I
want to know all the problems and risks before the buildings are built
underground. My designs are the links at the bottom of the web page.
Power Usage
I have never heard of a supercomputer using that much power so I
assumed one nuclear plant was more than enough power, boy was I wrong.
If I get 1.5 GW output from the
reactors it would be 77 nuclear fission reactors at 8 billion processors. I will
be using more power than the city of austin texas. If you want to impress me
build a 1 terawatt power source for my computer in under 20 years that costs
$100 million dollars..
Large Transistors
I can build high current RF transistors for audio and video transmiting using the
450mm etch tool. Mount with the heat sink on the bottom and the copper blocks on
top. Build up the copper layers on top and etch away the material that is not
needed. Tap and die hex screw into copper intersecting with 0 gauge wire hole.
If you have any doubts download and read the files below of this Microsoft PowerPoint 2010 slide
show of the cube technology. Patent Pending.
Power Point file Raw Calculations file Cube Technology video Single Cell of the Cube Technology
Phases and prices Phase 1 and prices Working on 1st draft of 3DI Background Picture
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