Sibe ne-Raspberry Pi 3 isikhashana, kepha sanele ukuthola inkinga enkulu engenza ibhodi libe libi kakhulu emlandweni we-Raspberry Pi. Ngokusobala ngokusho kochwepheshe abaningana, ibhodi le-Raspberry Pi 3 lingafinyelela ku-100º C. umuntu ophakeme kakhulu ongalimaza noma agqoke ipuleti uqobo. Lokhu kushisa kungenxa yokushintsha kweprosesa, iprosesa enamandla kakhulu yini eyenza udinga amandla amaningi futhi udale ukushisa okwengeziwe, ukushisa okwamukelekayo kwamabhodi womama kepha hhayi kakhulu kumabhodi amancane afana ne-Raspberry Pi.
Njenge-Raspberry Pi 2 ne-Raspberry Pi, kuyanconywa ukusetshenziswa kwama-heatsinks okungenza ukuthi kuthathe isikhathi ukufinyelela emazingeni okushisa anezinombolo eziphindwe kathathu kodwa ekugcineni kufinyelele kulelo banga. Abaningi bakhetha ukuxazulula inkinga ngokufaka fan wangaphandle opholisa ipuleti futhi wenze ukushisa kwebhodi Raspberry Pi 3 kungafinyeleli kulawo mazinga okushisa. Isixazululo abasebenzisi abaningi abasifakazela ukuthi sihle futhi esingasebenza njengecala langokwezifiso singenza lesi sixazululo sisebenze.
Inkinga yokushisa kwe-Raspberry Pi ingalungiswa nge-fan elula
Noma kunjalo kubonakala sengathi izinga lokushisa liyashintsha inkinga enkulu yamabhodi we-Raspberry Pi, inkinga ebonakale ixazululwa ngemodeli yokuqala kepha ebonakala sengathi iyavela kancane.
Ngokwami angazi ukuthi i-Raspberry Pi izovela nokuthile ukulungisa inkinga, nakanjani izokwenzeka, kepha mhlawumbe Isixazululo ukudala icala ngephrinta ye-3D enikezela umoya omncane owanele noma umane ubeke umkhawulo othile ngesoftware eyenza ibhodi yeRaspberry Pi 3 ingashisi kangako. Noma kunjalo, kulabo abasangabaza, bazi ukuthi i-Raspberry Pi 2 isatholakala futhi ingaba esinye isixazululo uma singafuni ukuthi amabhodi wethu we-Raspberry Pi ashise futhi kudingeke ukuthi ashintshwe.