Kuze kube namuhla, i-eReader njengoba kungaba njalo i-Kindle inezinzuzo eziningi ngesikhathi sokuthatha iholide nazo zonke lezo zincwadi esifuna ukuzifunda. Lokhu kusebenza okuhlukahlukene kuyivumela ukuthi iziqhelelanise nalezo zincwadi eziphrintiwe ezidinga isikhala esihle sokusiyisa ezinhlobonhlobo zazo ukuze sizifunde noma kunini lapho sifuna khona.
Into ehlekisayo ngoMusa ukuthi njengoba ugcwalisa inkumbulo yangaphakathi ngaphezulu onakho ngawo wonke ama-eBooks, kuthatha isisindo esengeziwe njengoba sifunde namuhla. Iqiniso elimangazayo lokuthi ubungeke ucabange ukuthi liyilo, yize kufanele kuthiwe linesizathu salo futhi kunalokho liyi-anecdotal, ngoba lapho ulithatha, ngenkumbulo ephelele, ngeke uzizwe umehluko ngesisindo.
Iqiniso ukuthi uprofesa wesayensi yamakhompiyutha uJohn D. Kubiatowicz wase-University of California uthathe isinqumo phendula kuleso sisindo esikhulu ngamakhulu ama-eBooks alayishwe ku-Kindle, njengoba kufunwe yi-New York Times.
Isisindo esingeziwe asinakulinganiswa, kepha kunesisindo esingeziwe, nje 10-18 amagremu. Lokhu kungenxa yokuthi ama-transistors kwimemori ye-Kindle flash ahlukanisa phakathi kwalawo noziro lapho kuthathwa ama-electron. Idatha eningi isho ama-electron amaningi "abhajwe", wona ngokwawo afaka isisindo soMusa.
Ngakho-ke leso sisindo esingeziwe sivela kuphela kudivayisi lapho sigcina amandla amaningi. UKubiatowicz wakukhombisa lokho amandla angeziwe wememori ye-flash ye-4GB inomthwalo wayo ophelele u-1,7 ophindwe ka-10-5 joules, elihumusha lelo le-10-18 amagremu okwehluka kwesisindo.
Asisoze sawubona lowo mehluko wesisindo uma une-Kindle esandleni, kepha kuzohlala kukuhle njalo ukukhumbula umngani lapho ufuna ukumjabulisa ngemininingwane ethile yokufuna ukwazi evela ku-Kindle yakho.