Reposted from Saturday's shortbread for posterity:
To put things in perspective with all the complaining we do about how our computers aren't good enough, just remember that he piloted the moon landing using the command module and Lunar Module's Apollo Guidance Computer computer that had:
-- about a 1 MHz internal clock speed for its CPU (a 2 MHz crystal was used and divided numerous times to provide the clock for the CPU, communication busses, and various other components)
-- The CPU was a lovely 16 bits (15 bits effective in memory with 1 parity bit and numerically 14 bits effective with an overflow bit and the parity bit)
-- A 16 bit data bus that ran at the blazing frequency of 0.5 MHz
-- 2048 words of RAM (~4 kilobytes)
-- 36K words of ROM that stored the system software (~72 kilobytes)
-- But hey! It did have a power-saving mode: The astronauts could manually drop the guidance computer into a "sleep" mode that used ~10 watts instead of 70 Watts. Apparently the feature was never actually used during flight though.
So basically, your Arduino project has more oomph that what got Neil Armstrong to the moon.
Of course, there's one little thing that no extreme Intel or AMD box with massive CPU coolers and quad-graphics has: The training, skill, and outright heroism of Neil Armstrong, all the other astronauts, and the whole NASA program that got them to the moon. Godspeed Neil Armstrong!
4770K @ 4.7 GHz; 32GB DDR3-2133; Officially RX-560... that's right AMD you shills!; 512GB 840 Pro (2x); Fractal Define XL-R2; NZXT Kraken-X60
--Many thanks to the TR Forum for advice in getting it built.