Menene cibiyar sadarwar Wi-Fi mesh
WiFi mesh cibiyar sadarwa hanya ce mafi tsayayye kuma abin dogaro. A cikin cibiyar sadarwar Wi-Fi Mesh, duk nodes suna haɗuwa da juna, kowane kumburi yana da tashoshi masu yawa, kuma an kafa hanyar sadarwa tsakanin duk nodes. Akwai matsala tare da kumburi, wanda ba zai sa duk WiFi ya zama gurgu ba, kuma sadarwar MESH ya fi dacewa. Misali, danna kan hanyar sadarwa mai sauri, danna maballin don kammala sadarwar. Ba ya buƙatar saitunan jagora masu rikitarwa, wanda ya fi dacewa da haziƙanci dangane da daidaitawa fiye da gudun ba da sanda mara waya.
Relay na AP mara waya, yana wuce siginar mara waya daga relay ɗaya zuwa na gaba na tsakiya. Dole ne gudun ba da sanda mara waya ta kasar Sin ya karɓa kuma a tura shi tasha ɗaya don rage ainihin albarkatun bandwidth mai waya da raguwa. A cikin gaggawa, kuma wannan tsarin sarkar guda ɗaya, ɗaya daga cikin hanyoyin ya karye, kuma cibiyoyin sadarwa na baya sun lalace kamar katin Domino, don haka an kawar da relay mara waya.
Amfanin Wi-Fi Mesh
Saita ɗaya daga cikin hanyoyin sadarwa na WiFi Mesh azaman babban kumburi. Yanzu, wannan babban kullin yana da aikin mai sarrafa AC, kuma babu buƙatar saita saitin sigina mara waya na kowane ƙaramin kumburi. Matar haske tana ɗaukar yanayin gada, kuma yakamata a saita kullin maigida zuwa bugun kiran PPPOE; idan fitilar haske ta buga, an saita kullin maigidan zuwa DHCP don samun damar Intanet.
Jump-jump da topology na cibiyar sadarwa na cibiyar sadarwar WiFi Mesh ya zama mafita mai inganci don hanyoyin sadarwar samun damar mara waya iri-iri. MESH sadarwar ta kasu kashi-kashi-mita cibiyar sadarwa da dual-mita cibiyar cibiyar sadarwa. Sadarwar mitoci guda ɗaya, samun dama da komawa zuwa rukunin mitar guda ɗaya, akwai tsangwama tsakanin nodes ɗin da ke kusa, duk nodes ba za a iya karɓa ko aika su lokaci guda ba, kuma bandwidth ɗin da kowane Mesh AP ya sanya zai ƙi, ainihin aikin zai kasance ƙarƙashin Babban iyaka,
Komawa da samun damar kowane kulli a cikin cibiyar sadarwar rukunin mitoci biyu suna amfani da maƙallan mitoci daban-daban guda biyu. Sabis ɗin samun damar yana amfani da tashar 2.4 GHz, kuma cibiyar sadarwar Mesh ta dawo tana amfani da tashar 5 GHz. Su biyun ba sa tsoma baki da juna. Yayin bauta wa masu amfani da shiga gida, kowane Mesh AP yana aiwatar da aikin watsawa na dawowa, ya warware matsalar kutse ta hanyar dawowa da samun dama, da haɓaka aikin hanyar sadarwa.
Idan aka kwatanta da tafiya ta dawowa mara waya, mafi kyawun tasiri shine hanyar haɗin waya ta dawo da waya. Cibiyar sadarwa ita ce mafi kwanciyar hankali, mafi ƙarancin buƙatu don na'ura mai ba da hanya tsakanin hanyoyin sadarwa, kuma ba za a rage saurin hanyar sadarwar mara waya ba. Tare. Saita ɗaya daga cikin hanyoyin sadarwa na WiFi Mesh azaman babban kumburi. Yanzu, wannan babban kullin yana da aikin sarrafa AC, kuma babu buƙatar saita saitin siginar mara waya ta kowane kumburi. Amma ya kamata a lura cewa idan tashar tashar LAN na MESH mai ba da hanya tsakanin hanyoyin sadarwa bai isa ba, kuna buƙatar haɗa Gigabit don faɗaɗa yanzu.
Aiki tare da Wi-Fi Mesh
Aiki tare da Wi-Fi Mesh
Akwatin lantarki mai rauni ya sanya na'ura mai ba da hanya tsakanin hanyoyin sadarwa, kebul guda ɗaya a kowane ɗaki. Akwai kebul na cibiyar sadarwa guda 2 a cikin falo, ɗayan yana da alaƙa da IPTV, ɗayan kuma sub-router ne. Za'a iya haɗa gadar cat mai haske, babban hanyar zagayawa na iya zama bugun kira, kuma hanyar sadarwar tana da sauƙi. Idan kebul na cibiyar sadarwa ɗaya ne kawai a cikin falo, cire hanyar jirgin ƙasa a cikin falo.
Shigar Wi-Fi Mesh 2
Ba za a iya sanya akwatin lantarki mai rauni a cikin na'ura mai ba da hanya tsakanin hanyoyin sadarwa ba, sanya na'ura mai ba da hanya tsakanin hanyoyin sadarwa a cikin falo, kuma an sanya maɓallin a cikin akwatin lantarki mai rauni. Ana buƙatar haɗa hanyoyin sadarwa guda uku zuwa falo, 1 haɗa IPTV, 1 haɗa tashar WAN tare da babban na'ura mai ba da hanya tsakanin hanyoyin sadarwa, sa'an nan kuma haɗa tashar LAN ta babban na'ura mai ba da hanya tsakanin hanyoyin sadarwa, haɗa kebul na cibiyar sadarwa 1, haɗa kebul na cibiyar sadarwa tare da sauyawa a cikin Akwatin lantarki mai rauni, kebul na cibiyar sadarwa a cikin wasu ɗakuna, kebul na cibiyar sadarwa a cikin wasu ɗakuna , Haɗa zuwa sauyawa. Light Cat Bridge yana haɗe, babban hanyar za a iya yin bugun kira. Wireless WiFi Mesh cibiyar sadarwa cibiyar sadarwa, cibiyar sadarwa tashar jiragen ruwa, dauki sub-routing zuwa wasu dakuna, da kuma haɗa zuwa cibiyar sadarwa kebul.
Shigar Wi-Fi Mesh 3
sake amfani da layi guda ɗaya na WiFi Mesh networking iptv (kebul na cibiyar sadarwa 1 kawai ga kowane ɗaki da falo), kuna buƙatar ƙara canzawa tare da aikin VLAN a cikin akwatin lantarki mai rauni da falo don cimma sake amfani. Wannan doka ga mai aiki High, za a saita shi tare da VLAN da sauran ayyuka.
Shigar Wi-Fi Mesh 4
dakin ba shi da layin yanar gizo, kuma ana amfani da hanyar dawo da mara waya. Babban WiFi Mesh yana dawo da 5 GHz, kuma sabis ɗin samun damar yana amfani da tashar 2.4 GHz. Idan ana goyan bayan mitoci uku, hanyar sadarwar kuma za ta buɗe 2.4 GHz/5GHz don tabbatar da cewa ba a tsoma baki cikin ayyukan dawowa da shiga ba.
Mafi sauƙaƙan bayani shine dawowar mara waya, amma tasirin shine matsakaici, yana shafar saurin hanyar sadarwa. Hanya mafi kyawun hanyar sadarwar ita ce ƙaddamar da igiyoyi na cibiyar sadarwa 3 zuwa falo don ƙananan akwatunan lantarki. Ana buƙatar shigar da igiyoyin hanyar sadarwa a cikin wasu ɗakuna a cikin akwatin lantarki mai rauni a cikin akwatin lantarki mai rauni. Mafi rikitarwa bayani shine cewa duk igiyoyin hanyar sadarwa suna tattara su a cikin akwatin lantarki mai rauni. Akwatin lantarki mai rauni yana da kebul na cibiyar sadarwa guda ɗaya zuwa falo. Hakanan yana buƙatar tallafawa IPTV da sadarwar WiFi Mesh. Kuna buƙatar amfani da 2 cibiyar sadarwa-tube ayyuka masu sauyawa, kuma a lokaci guda, ikon hannun mai amfani yana da girma. Don haka, lokacin yin gyare-gyare, ƙara ƙarin kebul na hanyar sadarwa don rage kebul na cibiyar sadarwa a cikin akwatin lantarki mai rauni, wanda shine mafi kyawun zaɓi. Ana ba da shawarar cewa an ba da shawarar kebul na cibiyar sadarwa 3.
