Da yawa daga cikin masu goyon baya ne waɗanda kowace rana suna ƙoƙari su sami ci gaba ta hanyar ɗaukar Rasberi Pi azaman farawa. Godiya ga wannan muna da matukar ban sha'awa da kuma ka'idoji masu sauki don aiwatarwa har ma da mahaukatan ra'ayoyi kamar wanda na gabatar muku yau. Rariya wata hanyar Brazil da ta ƙware a cikin wannan mai sarrafawa, ta sami wannan, godiya ga jama'arta, ɗayan katunan nata na iya aiki ba ƙasa da ƙasa 1.600 Mhz.
Kamar yadda kuke tunani sosai, muna magana ne game da sabuwar hanyar aiwatarwa overclocking zuwa katin, wani abu wanda a wani bangaren wata dabara ce da yawancin masu amfani ke bi don samun karin karfi ga aikace-aikacen su kodayake, kamar yadda zaku iya tunani, a zahiri wadanda ke da alhakin EverPi sun sanar da cewa shine mafi karfin aiki da aka gabatar har yanzu, shi ba fasaha ce mai sauƙi ba, musamman a waɗannan tsauraran matakan.
Don inganta 1.600 Mhz wanda EverPi ya samu, ana buƙatar gyare-gyaren matakin firmware.
Don samun wannan ƙarfin a kan Rasberi Pi, mutanen da ke EverPi dole ne su yi daban gyare-gyaren kayan aiki domin, a tsakanin sauran lokutan, don samun damar ciyarwa kai tsaye ga mai sarrafawa saboda gaskiyar cewa sarrafa software da aka sanya akan allon baya bada izinin fiye da 1.4v. Ana iya aiwatar da wannan aikin ta hanyar kawar da ƙaramin inductor wanda ke da alhakin wannan sarrafawa da gabatarwa, a wurin sa, mai tsara LM2596 don inganta iko akan iko fiye da 2v.
Kamar yadda kuke tsammani, wannan tsarin gabaɗaya yana buƙatar tsarin sanyaya mai rikitarwa, wani abu da aka samu ta hanyar shigar da atsataccen kwalliyar kwalliya wanda Peltier koyaushe wanda gefensa mai zafi ya kasance kai tsaye cikin ruwan kankara. Godiya ga wannan, EverPi yayi sharhi cewa yana yiwuwa a rage zafin jiki zuwa digiri 2.4 na celcius, wanda daga baya ya daidaita a fiye da ɗigo 16 na celcius mai ban sha'awa.