Labaran Laser
Daidaitaccen Kula da Zazzabi don Tsarin Laser da Aikace-aikacen Masana'antu Tun daga 2002
Harshe
Binciken Microsoft ya ƙaddamar da wani sabon tsarin "Project Silica" wanda ke da nufin haɓaka hanyar da ta dace da yanayin yanayi ta amfani da laser ultrafast don adana ɗimbin bayanai a cikin bangarorin gilashi. Yana fasalta tsawon rayuwa, babban ƙarfin ajiya, da ƙarancin tasirin muhalli, wanda za'a yi amfani da shi sosai don kawo mafi dacewa.
Microsoft Research ya gabatar da wani sabon salo"Project Silica" abin da ya jefa girgizar kasa a duniya. A ainihinsa, wannan aikin yana da niyyaHaɓaka hanyar haɗin kai ta amfani da laser ultrafast don adana adadi mai yawa na bayanai a cikin bangarorin gilashi.. Kamar yadda muka sani sosai, adanawa da sarrafa bayanai suna da tasiri mai mahimmanci na muhalli, tare da na'urorin ajiya na gargajiya kamar na'urori masu sarrafa diski da fayafai na gani da ke buƙatar wutar lantarki don kiyayewa da samun iyakacin rayuwa. A cikin magance matsalar ajiyar bayanai, Microsoft Research, tare da haɗin gwiwar babban kamfani mai dorewa mai dorewa Elire, ya fara aiki. Silica Project.
Don haka, ta yaya Project Silica yake aiki?
Da farko, ana rubuta bayanai a cikin ginshiƙan gilashi ta amfani da laser femtosecond ultrafast. Waɗannan sauye-sauyen bayanan na ɗan lokaci ba su iya ganewa ga ido tsirara amma ana iya samun sauƙin isa ta hanyar karantawa, yanke hukunci, da rubutawa ta hanyar amfani da maƙallan sarrafa kwamfuta. Ana ajiye faifan gilashin da ke adana bayanan a cikin "laburare" mai aiki da sauri wanda ba ya buƙatar wutar lantarki, yana rage yawan iskar carbon da ke da alaƙa da adana bayanai na dogon lokaci.
Game da sabon yanayin wannan aikin, Ant Rowstron, injiniya a Microsoft Research ya bayyana cewa tsawon rayuwar fasahar maganadisu yana da iyaka kuma rumbun kwamfutarka na iya ɗaukar kusan shekaru 5-10. Da zarar tsarin rayuwarsa ya ƙare, dole ne a sake maimaita shi a cikin sabon ƙarni na kafofin watsa labarai. A gaskiya, idan aka yi la'akari da duk amfani da makamashi da albarkatu, wannan duka yana da wahala kuma ba shi da dorewa. Don haka, suna nufin canza wannan yanayin ta hanyar Silica Project.
Baya ga kiɗa da fina-finai, wannan aikin yana da sauran yanayin aikace-aikacen. Misali, Elire yana aiki tare da Microsoft Research don amfani da wannan fasaha don Global Music Vault. Ƙananan gilashin a cikin tsibirin Svalbard na iya ɗaukar terabytes na bayanai da yawa, wanda zai iya adana kusan waƙoƙi miliyan 1.75 ko shekaru 13 na kiɗa. Wannan alama ce mai mahimmanci mataki zuwa dorewar ajiyar bayanai.
Kodayake ajiyar gilashin bai riga ya shirya don jigilar manyan kayayyaki ba, ana la'akari da shi azaman mafita na kasuwanci mai ɗorewa saboda ƙarfinsa da ƙimar farashi. Bugu da ƙari, farashin kulawa a cikin matakai na gaba zai zama "marasa kyau." Yana buƙatar kawai adana waɗannan ma'ajin bayanan gilashin a wuraren da ba su da wutar lantarki. Lokacin da ake buƙata, mutum-mutumi na iya hawan kantuna don dawo da su don ayyukan shigo da su na gaba.
A takaice,Project Silica yana ba mu sabuwar hanya mai dacewa da yanayin adana bayanai. Ba wai kawai yana da tsawon rayuwa da babban ƙarfin ajiya ba, har ma yana da ƙarancin tasirin muhalli. Muna sa ran ganin wannan fasaha ta fi amfani da ita a nan gaba, wanda zai kawo sauki ga rayuwarmu.
TEYUultrafast Laser chiller yana ba da ingantacciyar goyan bayan sanyaya mai inganci don ayyukan ultrafast picosecond/femtosecond Laser, yadda ya kamata inganta aiki ingancin da tsawaita rayuwar kayan aiki. Muna sa ran nan gaba inda za a iya amfani da TEYU ultrafast laser chillers don rubuta bayanai a cikin gilashi tare da wannan sabuwar fasaha mai tasowa!
TEYU S&A An kafa Chiller a cikin 2002 tare da shekaru 22 na ƙwarewar masana'antu na chiller, kuma yanzu an gane shi azaman majagaba na fasaha mai sanyaya kuma amintaccen abokin tarayya a masana'antar Laser.
Haƙƙin mallaka © 2021 TEYU S&A Chiller - Duka Hakkoki.
