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Iimveliso

Yintoni utshintsho lweLayer 3?

Ezona mpawu:

48*25GE(SFP+), 8*100GE(QSFP28)

Ubunakho bokutshintshana obunamandla kunye nozinzile

IPv4/IPv6 imisebenzi yendlela engatshintshiyo

I-RIP/OSPF/RIPng/OSPFv3/PIM kunye nezinye iindlela zokuziphatha

I-VRRP/ERPS/MSTP/FlexLink/MonitorLink ikhonkco kunye neeprothokholi zokungasebenzi kwenethiwekhi

I-ACL ibonelela ngomsebenzi wolawulo lokhuseleko olusekwe kwindlela yokucoca ukhuseleko lweMAC, IP, L4 port kunye nenqanaba lezibuko.

Umsebenzi wokuhlalutywa kwezibuko ezininzi zisekelwe kuhlalutyo lwesipili sokuhamba kwenkonzo.

O&M : Web/SNMP/CLI/Telnet/SSHv2


IIMPAWU ZEMVELISO

IIPARAMETER

Iithegi zeMveliso

Yintoni utshintsho lweLayer 3?,
,

Iimpawu eziphambili

S5456XC umaleko-3 iswitshi kunye 48 x 25GE (SFP +) kunye 8 x 100GE (QSFP28) imisebenzi.Sisizukulwana esilandelayo sokufikelela ngokukrelekrele ukutshintshela uthungelwano lwabahlali benkampani kunye nothungelwano lwamashishini.Umsebenzi wesoftware wemveliso utyebile kakhulu, inkxaso yomzila we-static IPv4 / IPv6, umthamo wokutshintshiselana, inkxaso eyomeleleyo kunye nezinzileyo ye-RIP/OSPF/RIPng/OSPFv3/PIM yemigaqo yomzila, kunye nezinye iimpawu.I-bandwidth yokudlulisa kunye nekhono lokudlulisa likhulu, lihlangabezana neemfuno zamaziko edatha kwiinethiwekhi eziphambili kunye neenethiwekhi ze-backbone.

FAQ

I-Q1: Ngaba ungandixelela malunga nexesha lakho lokuhlawula?

A: Ukuze iisampuli, 100% intlawulo kwangaphambili.Kwi-odolo yobuninzi, i-T / T, i-30% yentlawulo yangaphambili, i-70% ibhalansi ngaphambi kokuthunyelwa.

I-Q2: Linjani ixesha lakho lokuhambisa?

A: 30-45days, ukuba ukwenza ngokwezifiso kwakho kakhulu, kuya kuthatha ixesha elide.

I-Q3: Ngaba ii-ONT / OLTs zakho zinokuhambelana nemveliso yomntu wesithathu?

A: Ewe, ii-ONT/OLTs zethu ziyahambelana nemveliso yomntu wesithathu phantsi kweprotocol eqhelekileyo.

I-Q4: Lide kangakanani ixesha lakho lewaranti?

A: unyaka omnye.

Q5: Uthini umahluko phakathi kwe-EPON GPON OLT kunye ne-XGSPON OLT?

Umahluko omkhulu kukuba iXGSPON OLT ixhasa iGPON/XGPON/XGSPON, iSpeed ​​Speed.

I-Q6: Ziziphi iindlela zokuhlawula ezamkelweyo zenkampani yakho?

Kwisampulu, 100% intlawulo kwangaphambili.Ukuze batch oda, T / T, 30% idiphozithi, 70% ibhalansi phambi kokunikezelwa.

I-Q7: Ngaba inkampani yakho ine-brand yayo?

Ewe, uphawu lwenkampani yethu yiLimee.A Layer 3 switch luhlobo lokutshintsha kwenethiwekhi olusebenza kumaleko womnatha wemodeli yeOSI.Oku kuthetha ukuba inamandla okwenza izigqibo zomzila ngokusekelwe kwiidilesi ze-IP, njenge-router.Utshintsho lweLayer 3 luqhele ukusetyenziswa kuthungelwano lwamashishini ukudibanisa ii-subnets ezahlukeneyo kwaye wenze izigqibo malunga nokuba uthumela phi i-traffic.

Ke, yintoni kanye kanye iSwitshi yeLayer 3 kwaye yahluke njani kuLuhlu lwesi-2 lokutshintsha?I-Layer 2 switch isebenza kwi-data link layer ye-OSI imodeli kwaye yenza izigqibo zokudlulisa ngokusekelwe kwiidilesi ze-MAC.Ngelixa isebenza ngokufanelekileyo ekugqithiseni i-traffic ngaphakathi kwe-subnet enye, ayinakho ukukwazi ukwenza izigqibo zendlela yendlela yokuya kwii-subnets ezahlukeneyo.Apha kulapho iswitshi yeLayer 3 ingena khona.

Utshintsho lweLayer 3 ludibanisa ukusebenza koLuhlu lwe-2 lwemveli kunye nobuchule bokuhambisa umzila.Iyakwazi ukwenza ii-LANs ezibonakalayo (ii-VLAN) kunye ne-traffic yendlela phakathi kwazo, kunye nokwenza izigqibo malunga neyona ndlela ingcono ye-traffic ukuba ithathe inethiwekhi.Oku kuyenza ibe sisixhobo esinamandla sokulawula kunye nokwenza ngcono itrafikhi yenethiwekhi kwiinethiwekhi ezinkulu, ezinzima.

Enye yeenzuzo eziphambili zokusebenzisa iLayer 3 iswitshi kukukwazi kwayo ukuphucula ukusebenza kwenethiwekhi.Ngokukhuphela ezinye zemisebenzi yomzila ukusuka kwi-router engundoqo ukuya kwi-Layer 3 switch, i-traffic traffic inokusasazwa ngokufanelekileyo, ekhokelela kunxibelelwano olukhawulezayo noluthembekileyo phakathi kwezixhobo kwinethiwekhi.

Ngokubanzi, iLayer 3 switch iyi-asethi enexabiso kwimibutho enezidingo zothungelwano ezinzima.Ikhono layo lokudibanisa imisebenzi yokutshintsha kunye ne-router yenza kube yinto ebalulekileyo yokulawula kunye nokuphucula i-traffic network.Njengoko amashishini eqhubeka ethembela kwizisombululo zothungelwano ezomeleleyo nezisebenzayo, iiswitshi zeLayer 3 ziya kuqhubeka zidlala indima ebalulekileyo ekuqinisekiseni ukuba idatha ihamba ngokungenamthungo nangokuthembekileyo kuyo yonke inethiwekhi.


  • Ngaphambili:
  • Okulandelayo:

  • IiNkcazo zeMveliso

    Ukonga amandla

    Ukukwazi ukulala komgca we-Ethernet eluhlaza

    Ukutshintsha kweMAC

    Lungiselela ngokuzinzileyo idilesi ye-MAC

    Ukufunda idilesi ye-MAC ngokukhawuleza

    Qwalasela ixesha lokuguga ledilesi ye-MAC

    Nciphisa inani ledilesi ye-MAC efundiweyo

    Uhluzo lwedilesi ye-MAC

    IEEE 802.1AE Ulawulo loKhuseleko lweMacSec

    I-Multicast

    IGMP v1/v2/v3

    IGMP Snooping

    IGMP ikhefu ngokukhawuleza

    I-MVR, i-Multicast filter

    Iipolisi ezininzi kunye nemida yeenombolo ezininzi

    Ukusasazwa kwetrafikhi okuninzi kuzo zonke iiVLAN

    VLAN

    4K VLAN

    GVRP Imisebenzi

    QinQ

    I-VLAN yabucala

    Ukungafuneki kweNethiwekhi

    VRRP

    Ukhuseleko lwekhonkco lwe-ethernet oluzenzekelayo lwe-ERPS

    MSTP

    I-FlexLink

    MonitorLink

    802.1D(STP),802.1W(RSTP),802.1S(MSTP)

    Ukukhuselwa kwe-BPDU, ukukhuselwa kweengcambu, ukukhuselwa kwe-loop

    I-DHCP

    Iseva ye-DHCP

    I-DHCP Relay

    DHCP Client

    I-DHCP Snooping

    ACL

    Umaleko 2, uLeya 3, kunye noMaleko 4 ACLs

    IPv4, IPv6 ACL

    VLAN ACL

    Umzila

    IPV4/IPV6 iprothokholi yemfumba emibini

    IPv6 ummelwane ukufunyanwa, Indlela MTU ukufunyanwa

    Indlela engatshintshiyo, RIP/RIPng

    OSFPv2/v3,PIM indlela eguquguqukayo

    BGP, BFD for OSPF

    MLD V1/V2, MLD snooping

    QoS

    Ukuhlelwa kwetrafikhi okusekwe kwimihlaba ekwisihloko seprotocol ye-L2/L3/L4

    Umlinganiselo wezithuthi zemoto

    Phawula i-802.1P/DSCP ephambili

    SP/WRR/SP+WRR ukucwangcisa umgca

    Iindlela zokuthintela ukuxinana komsila kunye ne-WRED

    Ukujongwa kwetrafikhi kunye nokubunjwa kwetrafikhi

    Uphawu loKhuseleko

    Ukuqatshelwa kwe-ACL kunye nokucoca indlela yokukhusela esekelwe kwi-L2 / L3 / L4

    Ikhusela ekuhlaselweni kwe-DDoS, ukuhlaselwa kwe-TCP SYN yeSikhukula, kunye nokuhlaselwa kwe-UDP yeSikhukula

    Cindezela usasazo oluninzi, usasazo, kunye neepakethi ezingaziwayo zeunicast

    Ukwahlulwa kwezibuko

    Ukhuseleko lwezibuko, IP+MAC+ isibophelelo sezibuko

    I-DHCP sooping, iDHCP inketho82

    IEEE 802.1x isatifikethi

    Tacacs +/Radius ungqinisiso olukude lomsebenzisi, ukuqinisekiswa komsebenzisi wasekhaya

    I-Ethernet OAM 802.3AG (CFM), 802.3AH (EFM) ubhaqo lwekhonkco elihlukeneyo le-Ethernet

    Ukuthembeka

    Ikhonkco lokudibanisa kwimo ye-static / LACP

    Ubhaqo lwekhonkco lwendlela enye ye-UDLD

    I-ERPS

    I-LLDP

    Ethernet OAM

    1+1 ugcino lwamandla

    OAM

    Console, Telnet, SSH2.0

    ULawulo lweWEBHU

    I-SNMP v1/v2/v3

    Ujongano Lwenyama

    Izibuko le-UNI

    48*25GE, SFP28

    NNI Port

    8*100GE, QSFP28

    Izibuko loLawulo lwe-CLI

    RS232, RJ45

    Indawo yokusebenza

    Ubushushu bokusebenza

    -15℃55℃

    Ubushushu boGcino

    -40℃70℃

    Ubuntu bezizalwane

    10%~90%(Akukho ukuxinana)

    Ukutya umbane

    Ukunikezwa Amandla

    1+1 unikezelo lwamandla amabini, AC/DC amandla okuzikhethela

    Ubonelelo lwaMandla oNgeniso

    AC: 90~264V, 47~67Hz;DC: -36V~-72V

    Ukutya umbane

    Umthwalo opheleleyo ≤ 180W, ungasebenzi ≤ 25W

    Ubungakanani besakhiwo

    Iqokobhe letyala

    Igobolondo lesinyithi, ukupholisa umoya kunye nokutshatyalaliswa kobushushu

    Case dimension

    19 intshi 1U, 440*390*44 (mm)

    Bhala umyalezo wakho apha kwaye uwuthumele kuthi