removed most suns, pair with my polar sun BP to cover ~85% of the power need per hemisphere (Use the new Strange Annihilation Rods to power the entire planet with ease). Leftover space on the equator can be used to bridge the remainder of the gap.
corrected a problem with warper distribution
made some tweaks to supermagnetic ring production to fix initial errors
Version 1.2 changes
updated some problematic sorters to pile sorters, as well as removing the old piler that was no longer necessary.
Full planet outputs roughly 5.6k/min
Does almost entirely raw input, imports nanotube due to inefficiencies with transporting spiniform directly; each slice requires 4320 nanotubes/min. Deuterium is considered raw for the purpose of this design; each slice requires 8640/min.
Each slice is slightly less than 1/10 of a hemisphere (1/20 of the planet), and does not care about longitude.
Does not self-proliferate, but leaves enough room at the equator for standard proliferation blueprints. You will still need to import more. Additionally, some of this space will be needed for extra suns. A full planet can expect to use well over 40GW of power.
Expect extremely high logistics pressure on resources like opticals, nanotubes, silicon, iron, and deuterium. Build this on the moon of a deuterium giant, close to as many systems with opticals and spiniform as you can.