Baningi abathanda usuku nosuku abazama ukuqhubeka ngokuthatha i-Raspberry Pi njengesiqalo. Ngenxa yalokhu sinamaphrojekthi athakazelisayo futhi atholakala kalula ukufeza ngisho nemibono engasile njengalena engilethe kuwe namhlanje. Everpi ingosi yaseBrazil ekhethekile kulesi silawuli, izuze lokho, ngenxa yomphakathi wayo, elinye lamakhadi ayo angasebenza okungenani ngaphansi I-1.600 Mhz.
Njengoba ucabanga impela, sikhuluma ngendlela entsha yokwenza i-overclocking ekhadini, okuthile ngakolunye uhlangothi kuyindlela abasebenzisi abaningi abayilandelayo ukuthola amandla amaningi ngezinhlelo zabo zokusebenza, yize, njengoba ungacabanga, empeleni labo ababhekele i-EverPi bamemezela ukuthi yiphrojekthi enamandla ukwedlula yonke eyethulwe kuze kube manje akuyona inqubo elula, ikakhulukazi kulezi ezeqisayo.
Ukwenza ngcono i-1.600 Mhz etholwe yi-EverPi, kuzodingeka ukulungiswa kwezinga le-firmware.
Ukuthola le mvamisa ku-Raspberry Pi, abafana base-EverPi kwakudingeka benze okuhlukile ukulungiswa kwehadiwe ngoba, phakathi kwezinye izikhathi, ukwazi ukondla ngqo iprosesa ngenxa yokuthi isoftware efakwe ebhodini ayivumeli ngaphezu kwe-1.4v. Lo msebenzi ungenziwa ngokususa i-inductor encane ebhekele lokhu kulawula futhi yethule, endaweni yayo, umlawuli we-LM2596 ukwenza ngcono ukulawula kwamandla amakhulu kune-2v.
Njengoba mhlawumbe ucabanga, lolu hlelo lonke ludinga uhlelo lokupholisa oluyinkimbinkimbi, into etholwe ngokufaka i-heatsink eyenziwe ngokwezifiso ngokuphelele lapho Imodyuli yePeltier ohlangothi lwayo olushisayo lwalucwiliswe ngqo emanzini e-ice. Ngenxa yalokhu, u-EverPi uphawula ukuthi kungenzeka ukwehlisa izinga lokushisa libe ngu-2.4 degrees celcius, okuthe kamuva lazinza endaweni engaphezulu kwezingu-16 celcius.