Har yanzu ba masana'antu ko mafi yawan masu samar da intanet a duniya sun karɓi Wi-Fi 6 kuma Wi-Fi 7 ya riga ya kwankwasa ƙofar don yin alama ga sabbin ƙarni na Wi-Fi wanda zai ɗauki haɗin kai zuwa mataki na gaba. Tsarin gaba na daidaiton Wi-Fi shine Wi-Fi 7 kuma Intel yana gabatar da shi azaman tilas.
Lokacin haɓaka ma'aunin masana'antu, nemo mafita mai yarda da juna yana da mahimmanci. Na farko, Wi-Fi Alliance ya ɗauki sabon salo don ba da suna. Wannan yana ba masu amfani da sharuɗɗan sauƙin fahimta don fasahar Wi-Fi da na'urorin ke tallafawa da haɗa su zuwa cibiyar sadarwar Wi-Fi.
Kusan kusan shekaru ashirin, masu amfani da Wi-Fi dole ne su yi gwagwarmaya da manyan tarurrukan sunan fasaha don sanin ko na'urorin su suna tallafawa sabbin sigar Wi-Fi. Yanzu, an sauƙaƙe tsarin ba da suna saboda cewa ana ƙidayar ƙarnin Wi-Fi gwargwadon mafi girman matakin haɓakawa.
Wannan yana ba da damar kasuwanci da masu ba da sabis don tallafawa sabbin aikace -aikacen da ke fitowa akan kayan aikin cibiyar sadarwa na gida mara waya (WLAN) yayin samar da babban sabis fiye da tsoffin aikace -aikacen.
5G sabis ne na wayar salula kuma Wi-Fi 7 fasaha ce ta gajeriyar hanya mara waya. Sabuwar Wi-Fi 7 tana raba halayen 5G, gami da ingantaccen aiki.
Tare da Wi-Fi 6, Wi-Fi Alliance ya gabatar da ingantaccen tsaro tare da WPA3, sabuwar kuma mafi girma a cikin tsaro na Wi-Fi. Kuma mafi girman ci gaba a latency, har zuwa 75% haɓakawa a cikin latency. Wi-Fi 6 shine, saboda haka, fasaha ce, da kanta, tana kawo ingantattun ci gaba akan tsararrakin da suka gabata.
Wi-Fi 6 yana ba da damar sauƙaƙe sau huɗu tare da sabbin fasahohi a kusa da OFDMA da ingantaccen gudanar da tsangwama, musamman, muna amfani da ƙarin ƙarfin don yin ƙarin damar isa don haka mafi kyawun QoS.
Tare da Wi-Fi 7 za a sami ƙarin ƙarfi da goyan baya har zuwa 7 gigahertz har ma da ƙananan makada inda mai amfani zai iya samun wasu aikace -aikacen IoT (Intanet na Abubuwa) kamar firikwensin da ke buƙatar ƙarancin bandwidth. Don haka wannan nau'in amfani ne daban daban don sabon amfani da Wi-Fi.
Tare da haɓakawa a cikin latency, zai sa cibiyar sadarwar ta zama mafi ƙaddara, ƙari da ƙarin latency da kuke da ita, mafi yawan abin da cibiyar sadarwa za ta iya faɗi kuma hakan yana da mahimmanci ga aikace -aikacen masana'antu da yawa.
A ci gaban Wi-Fi 7 yana aiki kuma yana iya ɗaukar wasu shekaru biyar, don haka aƙalla 2024 ba za ta ga kowane samfurin kasuwanci ba a shekara mai zuwa tare da Wi-Fi 7, amma abu ne da za mu tuna don ganin menene hangen nesa da kuma wane irin ci gaba da ya kamata mu yi tsammani.
Wi-Fi 7 fasali da damar har yanzu suna kan ci gaba a matsayin wani ɓangare na daidaituwa, IEEE, a zaman wani ɓangare na aikin 802.11b. Amma yana da mahimmanci a fara samun martani kuma a tabbata ana bin diddigin masu amfani da lamuran amfani.
Sauran ƙarfin da ake bayyanawa yana nufin Tashoshin megahertz 320, don haka girman tashar don daidaiton Wi-Fi 7 ya ninka ninki biyu.
A ka'idar, an yi niyyar ninka ƙarfin idan aka kwatanta da abin da za mu iya samu a yau tare da tashoshin megahertz 160 da duk ayyukan da ake la'akari da su, kuma waɗanda ke da ban sha'awa sosai, sune abin da ake kira aikin multilink.
Don haka Wi-Fi 7 zai yi wasan kwaikwayo na zahiri kusan sau biyar sama da Wi-Fi 6. Amma ba shakka waɗannan abubuwa ne waɗanda kuke da wuraren samun dama da abokan ciniki, waɗanda ke da matsakaicin adadin rafi da aiki akan waɗancan tashoshin 320 megahertz, wanda kuma yana amfani da mafi girman daidaitawa, don haka shine ka'idar.
Don haka idan muka yi la’akari da yanayin aiki mai amfani inda muke da wuraren samun dama da abokan ciniki, kuma inda abokan ciniki gaba ɗaya ke ɗaukar rafuffukan sararin samaniya guda biyu, kuma tare da gyare-gyare daban-daban, 256 da 1K ko 4K, har yanzu muna samun bitrates gigabit da yawa yayin amfani da tashoshin 320 megahertz wanda yakamata zama yadu a cikin rafuffukan sararin samaniya guda biyu.