Amandla we Ukusajingijolo PiUma siyiqhathanisa nekhompyutha eminyakeni eyi-15 noma engama-20 edlule, iyamangaza nje. Ngenxa yalokhu, akumangazi ukuthi ososayensi nabaphenyi abaningi banquma ukuqhubeka kulo mqondo futhi khombisa ukuthi le processor ikwazi ukwenzani uma sijoyina umsebenzi wamayunithi amaningana.
Lona yiwo kanye umsebenzi owenziwa iqembu labacwaningi abavela ku ILebhu Kazwelonke YaseLos Alamos, ongoti ekusungulweni kwamasu amasha wokusebenzisa amandla amakhulu, namhlanje, enza ama-software nezinhlobo ezintsha zokuziphendukela kwemvelo kweTrinity, ikhompiyutha enkulu ebiza i-United States ama-dollar ayizigidi ezingama-200 futhi njengamanje ikleliswe endaweni yesi-7 ohlwini lwe-Top500 lwamakhompyutha anamandla kakhulu emhlabeni.
El ILos Alamos National Laboratory izosebenzisa ikhompiyutha enkulu eyenziwe nge-750 Rasbperry Pi ukwenza ucwaningo lwemali efanayo neyokufana
Esikhathini esincane samahhala leli qembu lonjiniyela elinalo, iqembu selithathe isinqumo sokusebenzela ekwakhiweni kwekhompiyutha yesikali futhi kulapho bebefuna ukukhombisa ukuthi kungenzeka ukusebenzisa ingqalasizinda enesizotha kakhulu ukuhlola ukusebenza kwabaningana kokuhlolwa okwenzeka ngesikhathi esifanayo nokufana okuncane okuvame ukusebenza kuZiqu-zintathu. Ukwenza lo msebenzi akukho okungcono kunokuya ku-Raspberry Pi, noma kunalokho Ezingu-750 zazo.
Ngemuva kokujoyina i-Raspberry Pi engu-750, abayisebenzisele okungaphansi kwe-cingo Amamojula weBitScope Cluster, sibhekene nohlelo olusetshenziswa kwamandla alo kungu-1.000 W lapho lungenzi lutho, yize lokhu kungadlulela phezulu Ukuphakama okungu-4.000 W.. Ukubeka lokhu kancane kumongo, ngikutshele ukuthi ikhompiyutha enkulu, esezingeni eliphakeme lokusetshenziswa, ingadla ama-25 MW. Izindleko ezihilelekile ekwakheni le khompiyutha enkulu bezisondele Amadola ka-100.000, futhi, kude nezindleko zokwenza ikhompiyutha enkulu.