Hi, > There's even a PSoC 5-based project on Github: > > https://github.com/alwynallan/redoubler
I know - and this may be a great start to integrate it here. But for my standalone RNG I prefer the dumb "off-the-shelf" component version from Bill Cox. -> https://github.com/waywardgeek/infnoise The Redoubler PsoC 5 performs very well, built my first one some days ago. It puts out 7,968319 bits of entropy per byte as shown in my first tests of a 25MB sample. > For ease of understanding: “modular entropy multiplication” is essentially a > successive approximation ADC, which runs forever amplifying its internal > state > instead of actually sampling some input, an as a result, only converts its > own > noise into binary data. Thanks for the short explanation - I should have included one too. It actually gathers most of its entropy from thermal noise from the resistors connected in the opamp loop. Greetings, Manuel On 24.03.2018 14:10, Bernd Paysan wrote: > Am Donnerstag, 22. März 2018, 18:07:07 CET schrieb Manuel Domke: >> Currently I'm focusing on spreading the word about modular entropy >> multiplication - and will start a crowdfunding campaign to sell some >> Infinite Noise very soon. So I won't have the time to work much on this >> project soon - but its on my todo list. > There's even a PSoC 5-based project on Github: > > https://github.com/alwynallan/redoubler > > For ease of understanding: “modular entropy multiplication” is essentially a > successive approximation ADC, which runs forever amplifying its internal > state > instead of actually sampling some input, an as a result, only converts its > own > noise into binary data. >
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