Amachweba angu-8 e-FTTH SFP+ Uplink Fiber Optic GEPON OLT EPON OLT 8
Inombolo Yemodeli:I-OLT-E8V
Umkhiqizo:I-Softel
I-MOQ: 1
Ivulekele noma yimiphi imikhiqizo ye-ONU
Ukuthuthukiswa kwesofthiwe ye-ONU batch, ukuthuthukiswa kwesikhathi esinqunyiwe, ukuthuthukiswa kwesikhathi sangempela
Iyatholakala kwi-CLI, i-Console port, i-Telnet kanye ne-WEB, i-SNMPv1/v2/v3
01
Incazelo Yomkhiqizo
I-OLT-E8V inikeza amachweba e-EPON angu-8 * downlink angu-1.25G, amachweba e-Ethernet angu-8 * GE, kanye namachweba e-uplink angu-2 * 10G. I-rack engu-1U ilula ukuyifaka futhi yonga isikhala. Isebenzisa ubuchwepheshe obuthuthukisiwe, inikeza izixazululo ze-EPON eziphumelelayo. Ngaphezu kwalokho, yonga izindleko eziningi kubasebenzisi ngoba ingasekela inethiwekhi ehlukene ye-ONU hybrid.
Iyikhasethi ye-EPON OLT yokuhlanganiswa okuphezulu kanye nomthamo ophakathi eyenzelwe ukufinyelela kwabaqhubi kanye nenethiwekhi yekhampasi yebhizinisi. Ilandela amazinga obuchwepheshe e-IEEE802.3 ah futhi ihlangabezana nezidingo zemishini ye-EPON OLT ze-YD/T 1945-2006 Izidingo zobuchwepheshe zenethiwekhi yokufinyelela——ezisekelwe ku-Ethernet Passive Optical Network (EPON) kanye nezimfuneko zobuchwepheshe ze-China Telecom EPON 3.0. Uchungechunge lwe-OLT lunokuvuleka okuhle kakhulu, umthamo omkhulu, ukuthembeka okuphezulu, umsebenzi wesofthiwe ophelele, ukusetshenziswa kwe-bandwidth okuphumelelayo, kanye nekhono lokusekela ibhizinisi le-Ethernet, elisetshenziswa kabanzi ekumbozweni kwenethiwekhi engaphambili yomqhubi, ukwakhiwa kwenethiwekhi yangasese, ukufinyelela kwekhampasi yebhizinisi, kanye nokunye ukwakhiwa kwenethiwekhi yokufinyelela.
Izici Zokusebenza
Izici ze-PON
I-IEEE 802.3ah EPON.
I-China Telecom/Unicom EPON.
Ibanga eliphezulu lokudlulisa i-PON elingamakhilomitha angama-20.
Imbobo ngayinye ye-PON isekela isilinganiso sokuqhekeka esiphezulu esingu-1:64.
Umsebenzi wokubethela we-Uplink kanye ne-downlink kathathu nge-128Bits.
I-OAM ejwayelekile kanye ne-OAM enwetshiwe.
Ukuthuthukiswa kwesofthiwe ye-ONU batch, ukuthuthukiswa kwesikhathi esinqunyiwe, ukuthuthukiswa kwesikhathi sangempela.
I-PON idlulisa futhi ihlole amandla okukhanya atholayo.
Ukutholwa kwamandla okukhanya kwe-PON port.
Izici ze-L2
I-MAC
Imbobo Emnyama ye-MAC
Umkhawulo we-Port MAC
Ikheli le-MAC elingu-16K
I-VLAN
Okufakiwe kwe-VLAN okungu-4K
Isekelwe ku-port/MAC/protocol/IP subnet
I-QinQ kanye ne-QinQ eguquguqukayo (i-StackedVLAN)
Ukushintshaniswa kwe-VLAN kanye ne-VLAN Remark
I-PVLAN ukuze ikwazi ukuhlukaniswa kwechweba futhi isindise izinsiza zomphakathi ze-VLAN
I-GVRP
Isihlahla Esibanzi
I-STP/RSTP/MSTP
Ukuthola iluphu ekude
Ichweba
Ukulawulwa komkhawulokudonsa okuqondisayo okubili
Ukuhlanganiswa kwesixhumanisi esiqinile kanye ne-LACP (Iphrothokholi Yokulawula Ukuhlanganiswa Kwesixhumanisi)
Ukulinganisa imbobo
Izici Zokuphepha
Ukuphepha Komsebenzisi
Ukulwa nokukhwabanisa kwe-ARP
Ukulwa nokukhukhula kwe-ARP
I-IP Source Guard idala ukubopha kwe-IP+VLAN+MAC+Port
Ukuhlukaniswa Kwechweba
Ikheli le-MAC libopha imbobo kanye nokuhlunga ikheli le-MAC
Ukuqinisekiswa kwe-IEEE 802.1x kanye ne-AAA/Radius
Ukuphepha Kwedivayisi
Ukuhlasela kwe-Anti-DOS (njenge-ARP, i-Synflood, i-Smurf, i-ICMP attack), i-ARP
ukutholwa, izimpethu, kanye nokuhlaselwa kwezimpethu ze-Msblaster
Igobolondo Elivikelekile le-SSHv2
Ukuphathwa okubethelwe kwe-SNMP v3
Ukungena ngemvume kwe-IP yokuphepha nge-Telnet
Ukuphathwa kwesigaba kanye nokuvikelwa kwephasiwedi yabasebenzisi
Ukuphepha Kwenethiwekhi
Ukuhlolwa kwethrafikhi okusekelwe kumsebenzisi kwe-MAC kanye ne-ARP
Nciphisa ithrafikhi ye-ARP yomsebenzisi ngamunye bese uxosha abasebenzisi abanethrafikhi ye-ARP engajwayelekile
Ukubopha okusekelwe etafuleni le-Dynamic ARP
Ukubopha kwe-IP+VLAN+MAC+Port
Indlela yokuhlunga ukugeleza kwe-L2 kuya ku-L7 ACL kuma-byte angu-80 ekhanda lephakethe elichazwe ngumsebenzisi
Ukusakaza/ukucindezela kokusakaza okuningi okusekelwe echwebeni kanye nembobo yengozi yokuvala ngokuzenzakalela
I-URPF ukuvimbela ikheli le-IP elingelona iqiniso nokuhlasela
I-DHCP Option82 kanye ne-PPPoE+ zilayisha indawo yomsebenzisi ebonakalayo yokuqinisekiswa kwe-Plaintext kwamaphakethe e-OSPF, RIPv2, kanye ne-BGPv4 kanye ne-MD5
ukuqinisekiswa kwe-cryptograph
Umzila we-IP
I-IPv4
Ummeleli we-ARP
I-DHCP Relay
Iseva ye-DHCP
Umzila Ongaguquki
I-RIPv1/v2
I-OSPFv2
I-BGPv4
Umzila Olinganayo
Isu Lokuhambisa Umzila
I-IPv6
I-ICMPv6
Ukuqondiswa kabusha kwe-ICMPv6
I-DHCPv6
I-ACLv6
I-OSPFv3
I-RIPng
I-BGP4+
Imigudu Elungiselelwe
I-ISATAP
Imigudu engu-6 kuya ku-4
I-stack ephindwe kabili ye-IPv6 ne-IPv4
Imisebenzi Yesevisi
I-ACL
●I-ACL ejwayelekile neyandisiwe.
●Ibanga Lesikhathi I-ACL.
●Ukuhlukaniswa kokugeleza kanye nencazelo yokugeleza ngokusekelwe kukheli le-MAC lomthombo/indawo oya kuyo, i-VLAN, i-802.1p, i-ToS, i-DiffServ, ikheli le-IP lomthombo/indawo oya kuyo, inombolo yephothi ye-TCP/UDP, uhlobo lwephrothokholi, njll. ukuhlungwa kwephakethe le-L2～L7 elijulile kuya kuma-byte angu-80 ekhanda lephakethe le-IP.
I-QoS
●Umkhawulo wesilinganiso sejubane lokuthumela/ukwamukela iphakethe le-port noma ukugeleza okuzichazayo futhi unikeze i-flow monitor ejwayelekile kanye ne-two-speed tri-color monitor yokugeleza okuzichazayo.
●Ukuphawula okubalulekile echwebeni noma ukugeleza okuzichazayo futhi unikeze i-802.1P, i-DSCP priority kanye ne-Remark.
●I-CAR (Izinga Lokufinyelela Elizibophezele), Ukwakheka Kwethrafikhi, kanye nezibalo zokugeleza.
●Isibuko sephakethe kanye nokuqondisa kabusha isikhombimsebenzisi kanye nokugeleza okuzichazayo.
●I-Super queue scheduler esekelwe ku-port noma ukugeleza okuzichazayo. I-port ngayinye/ukugeleza kusekela imigqa engu-8 ebalulekile kanye nomhleli we-SP, WRR kanye ne-SP+WRR.
●Izindlela zokugwema ukuminyana, okuhlanganisa i-Tail-Drop kanye ne-WRED.
Ukusakaza okuningi
●I-IGMPv1/v2/v3.
●Ukusnoopha kwe-IGMPv1/v2/v3.
●Isihlungi se-IGMP.
●Ikhophi ye-MVR kanye ne-cross VLAN multicast.
●I-IGMP Ikhefu elisheshayo.
●Ummeleli we-IGMP.
●I-PIM-SM/PIM-DM/PIM-SSM.
●I-PIM-SMv6, i-PIM-DMv6, i-PIM-SSMv6.
●Ukusnooper kwe-MLDv2/MLDv2.
| Into | Amachweba e-EPON OLT 8 | |
| I-Chassis | Irekhi | Ibhokisi elijwayelekile elingu-1U elingu-19 intshi |
| 1000MI-Uplink Port | UBUNINGI | 16 |
| Ithusi | Ingxoxo ezenzakalelayo engu-8*10/100/1000M | |
| I-SFP(ozimele) | Izikhala ze-SFP ezingu-8 * | |
| Imbobo ye-EPON | UBUNINGI | 8 |
| Isixhumi Esibonakalayo | Izikhala ze-SFP | |
| Uhlobo Lokuxhuma | 1000BASE-PX20+ | |
| Isilinganiso sokuhlukaniswa okuphezulu | 1:64 | |
| Amachweba Okuphatha | Imbobo yokuphuma ye-1*10/100BASE-T, imbobo ye-1*CONSOLE | |
| Ukucaciswa kwe-PON Port | Ibanga Lokudlulisa | 20KM |
| Isivinini sembobo ye-EPON | I-1.25Gbps elinganayo | |
| Ubude begagasi | I-TX 1490nm, i-RX 1310nm | |
| Isixhumi | I-SC/PC | |
| Uhlobo lwefayibha | 9/125μm SMF | |
| Amandla e-TX | +2~+7dBm | |
| Ukuzwela kwe-Rx | -27dBm | |
| Amandla Okukhanya Okugcwala | -6dBm | |
| Imodi Yokuphatha | I-SNMP, i-Telnet kanye ne-CLI | |
| Ubukhulu (L*W*H) | 442mm*320mm*43.6mm | |
| Isisindo | 4.5kg | |
| Ukunikezwa kwamandla kagesi | I-AC engu-220V | I-AC:90~264V, 47/63Hz; Ukunikezwa Kwamandla kwe-DC(DC:-48V)Isipele Esishisayo Esiphindwe Kabili |
| Ukusetshenziswa Kwamandla | 55W | |
| Indawo Yokusebenza | Izinga Lokushisa Elisebenzayo | -10~+55℃ |
| Izinga Lokushisa Lesitoreji | -40~+85℃ | |
| Umswakama Olinganiselwe | 5~90% (akudingi ukulungiswa) | |
