Yintoni inethiwekhi ye-Wi-Fi ye-mesh
Inethiwekhi ye-WiFi mesh yindlela ezinzileyo nethembekileyo yothungelwano. Kwinethiwekhi ye-WiFi Mesh, zonke ii-nodes zixhunyiwe omnye komnye, i-node nganye ineendlela ezininzi zokudibanisa, kwaye inethiwekhi yenziwa phakathi kwazo zonke iindawo. Kukho ingxaki nge-node, engayi kubangela ukuba yonke i-WiFi ikhubazekile, kwaye inethiwekhi ye-MESH ilungele ngakumbi. Umzekelo, cofa-kanye ngokukhawuleza uthungelwano, cofa iqhosha ukugqiba uthungelwano. Ayidingi useto oluntsonkothileyo lwemanuwali, olulunge ngakumbi kwaye lukrelekrele kuqhagamshelo kunye noqwalaselo kune-wireless relay.
I-wireless AP relay, idlulisa isignali engenazingcingo ukusuka kwi-relay enye ukuya kwi-relay elandelayo ephakathi. I-wireless Chinese relay kufuneka ifumane kwaye igqithise kwitshaneli enye ukunciphisa imithombo ye-wired bandwidth kunye nokunciphisa. Ngokukhawuleza, kwaye esi sakhiwo sekhonkco enye, enye yeendlela iphukile, kwaye uthungelwano lwamva lukhubazekile njengekhadi le-Domino, ngoko ke i-wireless relay isusiwe.
I-Wi-Fi Mesh Advantage
Seta enye yeerutha ze-WiFi Mesh njenge-master node. Ngoku, le node yenkosi inomsebenzi womlawuli we-AC, kwaye akukho mfuneko yokuseta iparamitha yokuseta ngaphandle kwe-sub-node nganye. Ikati ekhanyayo ithatha imowudi yebhulorho, kwaye i-master node kufuneka imiselwe ukucofa iPPPOE; ukuba ikati ekhanyayo icolile, i-master node isetelwe kwi-DHCP ukufikelela kwi-Intanethi.
I-multi-jump kunye ne-topology yenethiwekhi yothungelwano lwe-WiFi Mesh ibe sisisombululo esisebenzayo kwiindlela ezahlukeneyo zokufikelela kwiinethiwekhi ezingenazintambo. Uthungelwano lwe-MESH lwahlulwe lwaba luthungelwano lwe-single-frequency kunye nenethiwekhi yeqela eliphindwe kabini. I-single-frequency networking, ukufikelela kunye nokubuyela kwi-band frequency efanayo, kukho ukuphazamiseka phakathi kwee-nodes ezikufutshane, zonke iindawo azikwazi ukufunyanwa okanye zithunyelwe ngexesha elifanayo, kwaye i-bandwidth eyabelwe i-Mesh AP nganye iya kuncipha, ukusebenza kwangempela kuya kuxhomekeka Umda omkhulu,
Ukubuya kunye nokufikelela kwindawo nganye kwinethiwekhi yeqela le-dual -frequency isebenzisa iibhendi ezimbini ezahlukeneyo zamaza. Inkonzo yokufikelela isebenzisa itshaneli ye-2.4 GHz, kwaye i-core Mesh yokubuyisela inethiwekhi isebenzisa i-channel ye-5 GHz. Ezi zimbini aziphazamisi omnye komnye. Ngelixa usebenzela abasebenzisi bokufikelela basekhaya, iMesh AP nganye yenza umsebenzi wokuhanjiswa kwembuyekezo, isombulule ingxaki yokuphazamiseka kwetshaneli yokubuyisela kunye nokufikelela, kunye nokuphucula ukusebenza kwenethiwekhi.
Xa kuthelekiswa nohambo lokubuya olungenazingcingo, esona siphumo sisesona sisiphumo yindlela yoqhagamshelo lokubuyiswa kweengcingo. Inethiwekhi yeyona nto izinzile, iimfuno eziphantsi kakhulu kwi-router, kwaye isantya senethiwekhi engenazintambo asiyi kuthotywa. Kunye. Seta enye yeerutha ze-WiFi Mesh njenge-master node. Ngoku, le node yenkosi inomsebenzi wolawulo lwe-AC, kwaye akukho mfuneko yokuseta iparamitha yokuseta engenazingcingo yenode nganye. Kodwa kuyafaneleka ukuba uqaphele ukuba ukuba i-port ye-LAN yenethiwekhi ye-MESH router ayanele, kufuneka udibanise i-Gigabit switch ukwandisa ngoku.
Wi-Fi Mesh Ukusasazwa
Wi-Fi Mesh Ukusasazwa
ibhokisi yombane ebuthathaka ibeke umzila, intambo yenethiwekhi enye kwigumbi ngalinye. Kukho iintambo zenethiwekhi ezi-2 kwigumbi lokuhlala, enye iqhagamshelwe kwi-IPTV, kwaye enye i-sub-router. Ibhuloho yekati ekhanyayo inokudibaniswa, indlela ehamba phambili inokucofa, kwaye inethiwekhi ilula. Ukuba kukho intambo yenethiwekhi enye kuphela kwigumbi lokuhlala, susa umgaqo ongaphantsi komhlaba kwigumbi lokuhlala.
Ukusasazwa kwe-Wi-Fi Mesh 2
Ibhokisi lombane elibuthathaka alikwazi ukufakwa kwi-router, libeke i-router kwigumbi lokuhlala, kwaye umtshintshi ufakwe kwibhokisi yombane ebuthathaka. Iinethiwekhi ezintathu kufuneka ziqhagamshelwe kwigumbi lokuhlala, i-1 idibanisa i-IPTV, i-1 idibanisa i-WAN port kunye nomzila oyintloko, kwaye emva koko idibanisa i-port ye-LAN ye-router eyintloko, idibanisa i-cable yenethiwekhi ye-1, idibanisa intambo yenethiwekhi kunye nokutshintsha kwi-router. ibhokisi yombane ebuthathaka, intambo yenethiwekhi kwamanye amagumbi, intambo yenethiwekhi kwamanye amagumbi , Qhagamshela kwiswitshi. Ibhulorho yeCat Light iqhagamshelwe, eyona ndlela iphambili inokucofa. Wireless WiFi Mesh network network, network port network, thatha sub-routing kwamanye amagumbi, kwaye uqhagamshele kwintambo yenethiwekhi.
Ukusasazwa kwe-Wi-Fi Mesh 3
Ukusetyenziswa kwakhona komgca omnye we-WiFi Mesh networking iptv (kuphela intambo yomnatha e-1 kwigumbi ngalinye kunye negumbi lokuhlala), kufuneka udibanise iswitshi kunye nomsebenzi weVLAN kwibhokisi yombane ebuthathaka kunye negumbi lokuhlala ukufezekisa ukusetyenziswa kwakhona. Lo mgaqo womsebenzisi oPhezulu, uya kuqwalaselwa ngeVLAN kunye neminye imisebenzi.
Ukusasazwa kwe-Wi-Fi Mesh 4
igumbi alinawo umgca wewebhu, kwaye indlela yokubuyisela i-wireless yamkelwa. I-core WiFi Mesh ibuyisela i-5 GHz, kwaye inkonzo yokufikelela isebenzisa i-channel ye-2.4 GHz. Ukuba ii-frequencies ezintathu zixhaswa, inethiwekhi yokufikelela iya kuvula i-2.4 GHz / 5GHz ukuqinisekisa ukuba ukubuyisela kunye neenkonzo zokufikelela aziphazamiseki.
Isisombululo esilula kukubuyiswa kwamacingo, kodwa umphumo uphakathi, ochaphazela isantya sothungelwano. Eyona ndlela ingcono yothungelwano kukubeka iintambo zenethiwekhi ezi-3 kwigumbi lokuhlala kwiibhokisi zombane ezibuthathaka. Iintambo zenethiwekhi kwamanye amagumbi kufuneka zifakwe kwibhokisi yombane ebuthathaka kwibhokisi yombane engenamandla. Isisombululo esinzima kakhulu kukuba zonke iintambo zenethiwekhi zigxininiswe kwibhokisi yombane engenamandla. Ibhokisi yombane ebuthathaka inentambo enye kuphela yenethiwekhi kwigumbi lokuhlala. Ikwafuna ukuxhasa i-IPTV kunye ne-WiFi Mesh networking. Udinga ukusebenzisa i-2 network -tube function switches, kwaye ngexesha elifanayo, izandla zomsebenzisi-kwikhono liphezulu. Ngaloo ndlela, xa uhlaziywa, sebenzisa iintambo ezininzi zenethiwekhi ukunciphisa intambo yenethiwekhi kwibhokisi yombane engenamandla, eyona nto ingcono kakhulu. Kucetyiswa ukuba iintambo zenethiwekhi ezi-3 ziyacetyiswa.
