Ясно, что с 5G-модулем и 48-ядерным

Ясно, что с 5G-модулем и 48-ядерным процессором привычной емкости аккумулятора может хватить всего на 10-20 секунд работы устройства. Очевидно, появятся новые технологии производства аккумуляторных батарей. Японские инженеры уже сотрудничают с производителем полупроводников ROHM, Aquafairy и Киотским университетом в работе над аккумуляторами, позволяющими получать большое количество энергии из водорода. А сотрудник университета Иллинойса утверждают, что разрабатываемые ими технологии литиево-ионных микробатарей позволят при сохранении стандартных размеров аккумулятора увеличить их емкость в 2000 раз. Заряжаться аккамулятор будет в тысячу раз быстрее. Появиться такие батареи должны уже в 2018 году.

Результаты (английский) 1:

It is clear that with 5 g-module and a 48-core processor a familiar battery capacity may be enough only for 10-20 seconds the device. Obviously, there will be new production technology batteries. Japanese engineers are collaborating with ROHM semiconductor manufacturer, Aquafairy and Kyoto University to work on batteries, allowing to receive a large amount of energy from hydrogen. A fellow University of Illinois claim that they developed technology lithium-ion mikrobatarej will allow while maintaining a standard size battery to increase their capacity in 2000 times. Akkamulâtor charge will be 1,000 times faster. Appear such batteries must already in the year 2018.

Результаты (английский) 2:

Clearly, with the module and 5G-48-core usual battery capacity can suffice for only 10-20 seconds of operation of the device. Obviously, there will be new rechargeable battery technology. Japanese engineers have been working with producer ROHM Semiconductor, Aquafairy and Kyoto University to work on batteries, allowing to obtain large amounts of energy from hydrogen. A staff member of the University of Illinois say that lithium-ion technology developed microbatteries they allow, while maintaining the battery in standard sizes to increase their storage capacity 2,000 times. Charges akkamulyator is a thousand times faster. Appear such batteries should already in 2018.

Результаты (английский) 3:

it is clear that with 5g module and 48 nuclear processor based capacity battery could last only 10 to 20 seconds of work device. obviously, the emergence of new technologies for the production of batteries. japanese engineers have already worked with the producer of the semiconductor ROHM, Aquafairy and kyoto university to work on the battery to receive a large amount of energy of hydrogen. a member of the university of illinois argue that development of technology of lithium ion микробатарей will while maintaining the standard size battery to increase their capacity of 2000 times. charging аккамулятор will be 1000 times faster. such cells should be in 2018.