Hypercube Developer Website
KiCAD Hypercube Power Distribution Board
 The rational behind a Synthetic AI Hand Project is straight forward. The entire human race civilization is built by a pair of hands duplicated over and over again doing the little things that collectively becomes civilization. So if we could make a pair of really good AI infused synthetic hands, only one pair of hands would ever get built, and the rest are all just duplicates. Project details: Synthetic AI Hand Project |
KiCAD based Linux ARM SoC boards are now under development. These boards are open sourced with more to come in the future. The boards here are support boards for Hypercube projects. This board is a power distribution board that has been designed and sent off for manufacturing. Our investors Dilead has been robust in their response - they had it made in 3 working days and shipped to UK and received in 3 working days :)  The
Hypercube
endoskeleton kit
arrives. Hypercube
boards can be soldered at the
corners to join them together into a stable
cube box, or they can be screwed
to an endoskeleton built from a ready
made kit with
hex
spacers and 6 acrylic cube
plates.
Also no
need to fully
close the box with
all 12 PCBs to get
structural stability when
using the endoskeleton
for support.
This
is necessary in circuits that ventilation,
noise reduction, and/or fit inside a bigger
box where space is at a premium.
 The acrylic cube can also be
made from PCB. For smaller machines such as
drones, it adds valuable PCB area for
electronics. For larger Hypercube,
the acrylic
cube is replaced by metal box that can
house within it power supplies. We also built the inner cube
with power supply and gigabit ethernet
switch so that we
can add networking for a 3D
wired data center ready
Hypercube.
 Hypercube
boards tile very well in 2D.
A project can be fully
assembled on a flat bed. They can then be tiled
into 3D compact Hypercube
form and
wired together in 3D with
the
built
in 3D wiring
conduits.
The perfect PCB contours were generated by software written in Python. Even a 0.1mm difference in the numbers results in a Hypercube box that does not close. The whole board was all made in KiCAD. Below is KiCAD rendered image of final board.   KiCAD File - power_distribution_board_2018_04_20_sch.tar.gz |
 Hypercube PCBs come with their own interchangeable software to mix and match functions as needed. Designed around IoT needs, we make prototyping work fast and effortless. |
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