I-L3 Ephethwe I-PoE Switch 4 Port nge-2 1G/2.5G/10G SFP Slot | JHA-MT2G05P-L3
Isingeniso
I-JHA-MT2G05P-L3 PoE Switches isekela i-4 100/1000/2500TX PoE/PoE+ kanye ne-1 100/1000/2500TX RJ45 kanye ne-2 100/1000/2500/10000X SFP/SFP+ Slot, i-Slot yamandla esetshenzisiwe eyakhelwe ngaphakathi kuzinhlelo zokusebenza zokufinyelela ze-Ethernet njengezincane namabhizinisi aphakathi nendawo, amadolobha ahlakaniphile, ukuqapha ezokuphepha, kanye nezikole.
I-PoE switch iwuhlobo lokushintshwa kwenethiwekhi olusebenzisa ubuchwepheshe be-Power over Ethernet, obudlulisela kokubili amandla nedatha kumatheminali asekelwe ku-IP (njengamafoni e-IP, ama-APs okungenantambo, amakhamera we-IP) ngekhebula elilodwa elisontiwe.
Amadivayisi asekela i-PoE angaba okokusebenza komthombo wamandla (PSE), amadivayisi anamandla (PD), noma ngezinye izikhathi kokubili, idivayisi edlulisa amandla i-PSE, futhi idivayisi enikwe amandla i-PD. Ama-PSE amaningi amaswishi enethiwekhi noma ama-injection e-PoE.
Ubuchwepheshe be-PoE bungakwazi ukubona ngokuzenzakalelayo ukusetshenziswa kwamandla kwamadivayisi anamandla futhi bunikeze inani elidingekayo lamandla ukukhulisa ukusetshenziswa kwemithombo yamandla futhi konge izindleko. Ngakolunye uhlangothi, idivayisi okungeyona ye-PoE ibona ngobuhlakani ukuthi awekho amandla futhi idlulisela idatha kuphela.
Ama-PoE Switches awadingi ukuthi asebenzise intambo kagesi eyengeziwe ukuze axhumeke emishinini, okonga izindleko zezintambo zikagesi, izikhungo zikagesi, nempahla yengqalasizinda edingekayo ukuze kufakwe ugesi. Amadivayisi anamandla e-PoE angathuthelwa kalula ezindaweni lapho kungekho khona indawo kagesi, njengeziphindaphinda zenethiwekhi engenantambo noma amakhamera okuvikela e-IP ngoba ngokuvamile afakwa ezindongeni eziphakeme noma ophahleni kude nesokhethi yamandla.
Amandla phezu kwe-Ethernet (POE) ubuchwepheshe budlulisa idatha engu-100M noma 1000Mbps kanye nesabelomali samandla esingu-15W, 30W kumadivayisi ngezintambo ze-Cat5e ne-Cat6 Ethernet ebangeni eliphakeme lamamitha angu-100.
Izici
Imininingwane
| I-PoE Switch Hardware Parameters ephethwe | |
| Imbobo Elungisiwe | 4*100/1000/2500M RJ45 PoE 1*100/1000/2500M RJ45 2*100/1000/2500/10000M SFP |
| I-PoE Port | Imbobo engu-1-4 isekela i-PoE |
| I-Console Port | 1*console port |
| Setha kabusha | 1 |
| Iphrothokholi Yenethiwekhi | IEEE 802.3 IEEE 802.3u 100BASE-TX IEEE 802.3ab1000BASE-T IEEE 802.3x IEEE 802.3z 1000BASE-X IEEE 802.3af/at IEEE 802.3ad IEEE 802.3q, IEEE 802.3q/p IEEE 802.1w, IEEE 802.1d, IEEE 802.1S I-STP(Spanning Tree Protocol) I-RSTP/MSTP(Rapid Spanning Tree Protocol) Iphrothokholi yenethiwekhi yokukhala ye-EPPS Iphrothokholi yenethiwekhi yokukhala ye-EAPS |
| Ukucaciswa Kwembobo | 10/100/1000/2500BaseT (X) Okuzenzakalelayo |
| Imodi yokudlulisa | Gcina futhi Phambili (i-wirespeed egcwele) |
| Umkhawulokudonsa | 512Gbps |
| Ukudlulisa Iphakethe | 89.28Mpps |
| Ikheli le-MAC | 32K |
| Ibhafa | 16M |
| Ibanga lokudlulisela | 10BASE-T : Cat3,4,5 UTP(≤250 imitha) 100BASE-TX : Cat5 noma kamuva UTP(≤150 imitha) 1000BASE-TX : Cat6 noma kamuva UTP(≤150 imitha) 2500BASE-TX : Cat6 noma kamuva UTP(≤100 imitha) I-SFP: Isekela i-100M/1G/2.5G/10G SM, amamojula we-DM SFP, ibanga lokudlulisela elingu-MAX≤120km |
| IFLESHI | 512M |
| RAM | 512M |
| Watt | ≤65W |
| Isibonisi se-LED | I-PWR: I-LED yamandla I-SYS: (Isistimu ye-LED) I-PoE: I-Orange PoE LED |
| Amandla | Amandla angaphandle DC52V 1.25A (AC: 100-240Vac 50-60Hz 0.9A MAX: 71W) |
| I-Operating Temperature/Humidity | -10°+55°C;5%～90% RH Non coagulation |
| Izinga Lokushisa/Ukuswakama | -40°+75°C;5%～95% RH Non coagulation |
| Usayizi womkhiqizo/Usayizi wokupakisha (L*W*H) | 220mm*112mm*30mm 265mm*220mm*68mm |
| NW/GW (kg) | 0.8kg/1.3kg |
| Ukufakwa | Ideskithophu(ongakukhetha udonga+izingxenye zokuphanyeka zomshini) |
| Izinga lokuvikela umbani | 6KV 8/20us; IP30 |
| Izici | Ukushintsha kwe-L3 |
| Itheku | |
| Inombolo yezimbobo ze-Fiber 10G | Izimbobo eziphezulu ezingu-4 |
| Ukuvala imbobo | Ukusekela |
| Isivinini sePort | Sekela i-autonegotiate, igcwele-1000, igcwele-100, isigamu-100, igcwele-10, isigamu-10 |
| Ukulawula Ukugeleza | isekela i-full-duplex IEEE 802.3x, i-half-duplex back pressure |
| Ukulawula Isiphepho | Isekela umkhawulo wesilinganiso wokusakaza, i-multicast, namaphakethe we-DLF |
| I-Storm Constrain | Sekela ukutholwa kwamaphakethe okusakaza, amaphakethe okusakaza okuningi, noma amaphakethe e-unicast embobeni, vala imbobo uma isilinganiso singaphezu komkhawulo. |
| Isibuko sasePort | Ukusekela |
| Umkhawulo Wesilinganiso Sechweba | Sekela ukungena kwembobo kanye nomkhawulo wesilinganiso sokuphuma |
| Ukuhlanganiswa Kwesixhumanisi | Ukuhlanganisa isixhumanisi sokusekela Sekela ukuhlanganisa isixhumanisi esiguqukayo se-LACP Isekela amaqembu ahlanganisayo angafika kwangu-32, iqembu ngalinye kufika kumachweba angu-8 Umthombo wokusekela i-MAC, indawo ye-MAC, indawo okuyiwa kuyo i-MAC, i-IP yomthombo, i-IP okuyiwa kuyo, isu lomzila le-IP lendawo okuyiwa kuyo |
| I-Port Isolate | Ukusekela |
| I-Jumbo Frame | Sekela iphakethe elingafika ku-16KB |
| I-Redundant Port | Ukusekela |
| I-DDM yamachweba we-fiber | Ukusekela |
| I-MAC | |
| Amandla ethebula le-MAC | 16K |
| Ukuphathwa Kwethebula le-MAC | Ukusekela |
| Imodi yokudlulisela | Sekela imodi yokudlulisela phambili ye-IVL |
| Ikheli le-MAC elimile | Ukusekela |
| Ukubophezela Ikheli le-MAC | Ukusekela |
| Ukuhlunga Ikheli le-MAC | Ukusekela |
| I-MAC Learning Control | Lawula ukufunda kwe-MAC ngokusekelwe kuchweba |
| I-VLAN | |
| Inombolo yama-VLAN | 4K |
| 802.1q-based VLAN | Ukusekela |
| I-VLAN esekwe ku-MAC | Ukusekela |
| I-VLAN esekwe ku-IP | Ukusekela |
| I-VLAN esekwe kuphrothokholi | Ukusekela |
| I-PVLAN | Ukusekela |
| I-VLAN yezwi | Ukusekela |
| Imephu ye-VLAN | Sekela imephu engu-1:1 |
| QinQ | Sekela i-QinQ eyisisekelo Sekela i-QinQ eguquguqukayo |
| Ukwethembeka | |
| I-Spanning Tree Protocol | Sekela i-STP/RSTP/MSTP |
| Ukutholwa kwe-Port Loop | Ukusekela |
| I-EAPS | Sekela i-RFC3619 |
| I-ERPS | Isekela G.8032/Y.1344 |
| I-LLDP | Sekela i-LLDP ne-LLDP-MED |
| I-UDLD | Ihambisana ngokugcwele nephrothokholi ye-UDLD ye-CISCO |
| I-VLLP (VRRP Layer-2 Loop Protection) | Ukusekela, Kusetshenziswa kuphela nge-VRRP |
| L3 | |
| I-ARP | Sekela i-ARP emile neguqukayo |
| Umzila Omile | Sekela umzila omile osuselwe ku-IPv4 naku-IPv6 |
| I-VLAN Interface | Sekela 32 VLAN interface |
| RIP | Sekela i-RIP v1/v2 & IPv6 RIPng |
| I-OSPF | Sekela i-OSPFv2 & IPv6 OSPFv3 |
| I-BGP | Sekela i-BGP4 & IPv6 BGP4+ |
| Umzila Wenqubomgomo | Ukusekela |
| I-VRRP | Ukusekela |
| Ukusakaza okuningi | |
| I-Static Multicast MAC Ikheli | Ukusekela |
| I-IGMP SNOOPING | Sekela I-IGMP SNOOPING v1/v2/v3 Sekela i-IGMP Querier Sekela Isihlungi se-IGMP SNOOPING |
| I-MVR | Ukusekela |
| I-GMRP | Ukusekela |
| I-IGMP | Sekela i-IGMP v1/v2/v3 |
| I-PIM-SM | Ukusekela |
| I-ACL | |
| I-IP-based ACL ejwayelekile | Ukusekela |
| I-IP enwetshiwe esekelwe ku-ACL | Ukusekela |
| I-MAC IP-based ACL | Ukusekela |
| I-MAC ARP-based ACL | Ukusekela |
| I-ACL Port Filtering | Ukusekela |
| I-ACL esekelwe ngesikhathi | Ukusekela |
| QoS | |
| Inombolo Yomugqa Wechweba | 8 |
| Imodi Yokuhlela Umugqa Wembobo | Sekela i-WRR, RR, WDRR, SP |
| Ukuhlelwa okusekelwe embobeni | Ukusekela |
| 802.1p-based Classification | Ukusekela |
| I-DSCP-based Classification | Ukusekela |
| I-ACL-based Classification | Ukusekela |
| Inqubomgomo ye-QoS | Sekela amaphakethe amamephu ukuze afakwe kulayini Sekela i-COS noma i-DSCP Remarking Imikhawulo yesilinganiso sokusekela sokugeleza kwedatha Sekela izibalo zokugeleza kwedatha Sekela isibuko sokugeleza kwedatha |
| I-DHCP | |
| Iklayenti le-DHCP | Ukusekela |
| I-DHCP Snooping | Ukusekela |
| Ukudluliselwa kwe-DHCP | Ukusekela |
| Iseva ye-DHCP | Ukusekela |
| Inketho ye-DHCP 82 | Ukusekela |
| Abaphathi | |
| Ukuphathwa kwe-CLI | I-Console Yokusekela, i-Telnet ne-SSH Sekela ukuxhumana okuningi kwe-TELNET okusekelwe ku-IPv4 ne-IPv6 Sekela ukuxhumana okuningi kwe-SSH okusekelwe ku-IPv4 ne-IPv6 |
| Ukuphatha WEB | Isekela i-HTTP esekelwe ku-IPv4 ne-IPv6 Isekela i-HTTPS esekelwe ku-IPv4 ne-IPv6 |
| Ukuphathwa kwe-SNMP | Sekela i-SNMP v1, v2c, v3 Sekela i-SNMP TRAP Sekela ama-MIB amaningi ajwayelekile nayimfihlo Sekela i-SNMP ne-TRAP esekelwe ku-IPv4 ne-IPv6 |
| Ukuphathwa komsebenzisi | Sekela ukuphathwa kwabasebenzisi abaningi |
| I-TACACS+ | ukusekela ukushintsha ubuqiniso ngeseva ye-TACACS+ igama lomsebenzisi nephasiwedi yesilawuli kude Sekela ukubethela kwephasiwedi kumodi ye-PAP ne-CHAP Sekela iseva ye-TACACS+ ukuze igunyaze imiyalo yokushintsha Isekela i-TACACS+ esekelwe ku-IPv4 ne-IPv6 |
| Ukuphathwa Kwelogi | Sekela ukuphathwa kwelogi yendawo I-SYSLOG yokusekela |
| I-RMON | Sekela amaqembu e-RMON 1, 2, 3 kanye nangu-9 |
| Ukuphathwa Kweqoqo | Sekela i-NDP Sekela i-NTDP Ukusekela ukujoyina okuzenzakalelayo nokuzenzakalelayo kwamaqembu amaqoqo Sekela ukuphathwa okuhlanganisiwe kwe-cluster |
| Ifayela Lokucupha | Sekela ukulayisha nokulanda ifayela lokumisa Sekela ukudluliswa kwe-TFTP okusekelwe ku-IPv4 ne-IPv6 |
| Thuthukisa isofthiwe | Sekela ukudluliswa kwe-TFTP okusekelwe ku-IPv4 ne-IPv6 |
| Ukuphathwa Kwewashi | Sekela ukuphathwa kwewashi lendawo Sekela i-SNTP |
| Ezokuphepha | |
| Shintsha Ukuphepha Kokuphatha | Ukusekela ukunika amandla nokukhubaza izinsiza ze-TELNET, SSH, HTTP, HTTPS kanye ne-SNMP Sekela izinsizakalo ze-TELNET, SSH, HTTP, HTTPS kanye ne-SNMP ukuze zibophezele kuma-IP ACL ajwayelekile Ukusekelwa kokukhawulela inombolo yokuxhumeka kwe-TELNET ne-SSH |
| Ukuvikelwa kwe-CPU | Ukuvikelwa kokuphepha kweswishi kuvimbela ukusakazwa kwedatha okukhulu ekuhlaseleni iswishi ngokwayo. |
| AAA | Isekela 802.1x Sekela i-RADIUS Isekela ukuqinisekiswa, ukugunyazwa, nokubalwa kwezimali ngeseva ye-RADIUS Isekela i-port-based kanye ne-MAC-based 802.1x Sekela i-802.1x isivakashi se-VLAN |
| Isibopho se-IP MAC | Sekela ukucushwa okumile kwe-IP, i-MAC nokubophezela kwembobo |
| UKUHLOLA kwe-DHCP | Sekela ukubophezela kwe-ARP okuguquguqukayo ukuze uvimbele ukukhwabanisa kwe-ARP Sekela i-IP eguquguqukayo, i-MAC kanye nembobo yokubopha Sekela imbobo engaguquki ukuze uxhume kuseva ye-DHCP ukuze uvimbele ukuxhumeka okuyimfihlo kuseva ye-DHCP |
| Vimbela i-ARP Spoofing | Sekela ukumisa mathupha imithetho ye-ACL esekwe ku-MAC ARP ukuze kuvinjelwe ukukhwabanisa kwe-ARP. Sekela umsebenzi we-DHCP SNOOPING. Phakathi nenqubo yokuthola ikheli lasesizindeni se-inthanethi nge-DHCP, iswishi ibophezela i-ARP embobeni ukuze igweme ukukhwabanisa kwe-ARP. |
| I-POE | |
| Shintsha Ukulawula | Sekela amandla e-POE wezimbobo zokuvula nokuvala |
| Ukulawula Amandla | Ukusetha amandla aphelele |
| Ezinye Izici Ezithuthukile | Sekela inqubomgomo yokuhlela ye-POE kanye nombuzo we-inthanethi we-PD, njll. |
| IPv6 | |
| I-IPv4/IPv6 Isitaki Sephrothokholi Ekabili | Ukusekela |
| Ikheli le-IPv6 | Ukusekela ukucushwa kwekheli okwenziwa ngesandla kanye nokuhlelwa okuzenzakalelayo kwekheli |
| Ukutholwa komakhelwane be-IPv6
| Ukusekela |
| I-ICMPv6 | Ukusekela |
| Ukutholwa kwe-IPv6 Path MTU | Ukusekela |
| Ukulungisa iphutha | |
| I-PING | Ukusekela |
| I-PING6 | Ukusekela |
| I-TRACEROUTE | Ukusekela |
| TELNET Client | Sekela iklayenti le-TELNET elisuselwa ku-IPv4 ne-IPv6 |
| Iklayenti le-SSH | Sekela iklayenti le-SSH elisekelwe ku-IPv4 ne-IPv6 |
Oda Ulwazi
| Inombolo yemodeli. | Incazelo |
| JHA-MT2G05P-L3 | I-L3 ephethwe yi-PoE switch, 4-port 100/1000/2500M PoE/PoE+ kanye ne-1-port 100/1000/2500M RJ45 kanye ne-2-port 100/1000/2500/10000M SFP/SFP+ Slot, yakhelwe ukuhlinzeka ngogesi |
