Har wa yau, mai karantawa kamar yadda zai iya kasancewa a Kindle yana da fa'idodi da yawa idan ya zo ɗauke da hutu tare da waɗancan littattafan da muke son karantawa. Wannan yanayin yana ba shi damar nisanta kansa da waɗancan littattafan da aka buga waɗanda ke buƙatar sarari mai kyau don ɗauke mu da dama daga cikinsu mu je karanta su a duk lokacin da muke so.
Abin dariya game da Kindle shine yayin da kake cika ƙwaƙwalwar ciki cewa kuna da wadatar tare da duk waɗannan littattafan littattafan, ƙarancin nauyin da yake ɗauka kamar yadda muka koya a yau. Gaskiya mai ban mamaki cewa tabbas ba zaku iya tunanin hakan ba ne, duk da cewa dole ne a faɗi cewa yana da dalilin kasancewarsa kuma ya zama abin ƙyama, tunda lokacin da kuka ɗauke shi, tare da cikakken ƙwaƙwalwar ajiya, ba za ku ji bambancin nauyi ba.
Gaskiyar ita ce farfesa a fannin kimiyyar kwamfuta John D. Kubiatowicz na Jami'ar California ya yanke shawara amsa wannan mafi girman nauyi tare da ɗaruruwan littattafan da aka ɗora a kan Kindle, kamar yadda jaridar The New York Times ta yi iƙirari.
Weightarin nauyin ba shi da iyaka, amma akwai ƙarin nauyi, kawai 10-18 gram. Wannan saboda transistors a Kindle flash Memory suna rarrabe tsakanin waɗanda da sifili lokacin kamawa da electrons. Dataarin bayanai na nufin ƙarin electrons "makaɗa", wanda a cikin kansa nauyi ne mai nauyi ga Kindle.
Don haka wannan ƙarin nauyin yana zuwa ne kawai daga na'urar lokacin da yake adana ƙarin kuzari. Kubiatowicz ya nuna hakan powerarin ikon ƙwaƙwalwar walƙiya na 4GB yana cikin cikakken nauyinsa sau 1,7 sau 10-5 joules, wanda aka fassara zuwa waɗancan 10-18 gram na bambanci nauyi.
Ba za mu taɓa lura da bambancin nauyi ba yayin da kuke da Kindle a hannu, amma koyaushe zai kasance da kyau a tuna da aboki lokacin da kake son burge shi tare da wasu bayanai masu ban sha'awa daga Kindle.