Imfihlo yeNethiwekhi yeNethiwekhi ye-ML-Tap-0801
I-6 * ge 10/100 / i-1000m ye-T dibanisa 2 * ge sfp, max 8gbps
I-1- IiVidiyo
- ULWANO LOLUMKISO OLUFANELEKILEYO LWEZIXHOLO ZAMABHUNGA OLUFANELEKILEYO
- Isixhobo soLawulo lweNethiwekhi yeNethiwekhi eNgcwele
- Isixhobo esipheleleyo sokuhambisa kwangaphambili kunye nokuhambisa kwakhona (Bidirectialth 8GBps)
- Ixhaswa kwiindawo ezahlukeneyo zenethiwekhi zenethiwekhi zinxibelelana nedatha kunye nokudlulisela phambili
- Ukuqokelelwa kokuxhaswa kunye nokwamkelwa kwedatha yekhonkco kwi-swing ye-swiming eyahlukileyo
- Ukuxhasa ukubanjwa kwepakethi yepakethi, i-imeyile, uhlalutyo, ishwankathela ngokweenkcukacha kunye namanqaku
- Ixhaswa ngentengo yedatha yezithuthi ukusuka kwenye yezibuko ukuya kwizibuko ezininzi zokubeka iliso kwi-wire epheleleyo ngesantya esipheleleyo
- Ukuxhaswa kwe-port yezibuko kunye ne-hash distion
- Ixhaswa ngokhuseleko lwenethiwekhi eguquguqukayo kunye neemfuno zokuhanjiswa kwezithuthi.
Ml-pit-0801
I-2- Ingqondo yokuqhubela phambili kwengqondo
2.1- Isiseko esiSebenziyo
I-Conling ™ Inethiwekhi yenethiwekhi ye-ML-Tap-0801 ikhuphe i-8bbbps yokuqhubekisa. Ixhasa ukwahlula-hlula okanye ukuguqula indawo yokufikelela kwisithuba. Ixhasa ubuninzi be-2 gigabit sfp kunye ne-6 gigabit yombane. I-sfp slot eguquguqukayo ixhasa i-gigabit ye-gigabit enye / iimodyuli ezahlukeneyo zeemodyuli zemodyuli kunye neemodyuli zombane ze-GIGABIT. Ixhasa i-LAN DOORT; I-Hash Algorithm ye-Algotrithm yokulinganisa inokusekelwa kwidilesi / ye-Mac yendawo ye-Mac okanye i-quintiple yomthetho oqhelekileyo.
2.2- I-STACT STOP NOKUSETYENZISWA
I-Conling ™ Inethiwekhi isebenzisa i-AIP ezinikezelweyo ye-AIC kunye noyilo lwemodi yeHardware. I-injini yendlela eyomeleleyo yepakethi yokuphinda isebenze kwakhona, enokugcwalisa i-wire-poire ye-wire-poire yesantya se-wire. I-injini yokucoca i-Hartare packet inokwenza i-PACCY PACCY PLECY ngokubuyisa amaqela phakathi kwamachweba ahlukeneyo. I-ETERNET ye-EEERNET MAC inamachaphaza e-Buffer ekwanti ukuze iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iphinde iPrintaQHEQESHE NOKHUSELEKILEYO; I-Gigabit Etheting Ethernet ye-Ethernet ye-PYNET Inokuxhasa ngokuguquguqukayo i-Gigabit yoMbane (10/100 / 1000m I-Toiversisali yoNxibelelwano)
(1000base)
2.3- vplex wire-isantya sokuphinda senziwe ingozi
I-Conling ™ Inethiwekhi isebenzisa i-anic chip ngoyilo lwemodi ye-Hardware enokutsala isantya se-wire-isantya sokukhuphela umqondiso we-Ethernet. Ngokucacileyo kwaye ngokulandelelana yenza i-1000MBPS ikopi yeendlela ezininzi kwiindlela ezininzi ze-1000MBps, iinkqubo zohlalutyo, kunye nezinye izixhobo zokhuseleko, i-promol pris, kunye nokuqinisekisa ukhuseleko lwenethiwekhi.
2.4- Flexibles yeQela lokuPhezulu kunye ne-Aggregaredation
I-Conling Inethiwekhi inethiwekhi ye-1000m ye-1000m ye-Ethernet Optical / i-Intanethi (kuxhomekeka kwimodeli), unokuyichaza i-1000 ye-1000m ye-1000m ye-ETERNET COUCTE. Ngokuchaza iqela lezibuko, kwaye uchaze nayiphi na inombolo yezibuko ezifihlakeleyo zendlela kunye ne-port, inokuxhasa umthombo wendlela ezininzi kunye ne-GOSTRATIONT kunye ne-GORTATIONORTOTIONOPROCATION kunye ne-GORTATIONATLERY PRORTORT kunye ne-port ye-Port ye-Port kwi-port ezininzi ukuya kwi-port ezininzi.
2.5- Umthwalo wezibuko
Ukucofa ™ Inethiwekhi yokuThintelwa kweTrafti / isixhobo se-Aggregaregarence ixhasa umthwalo wokukhuphela umthwalo wezithuthi, kwimveliso yezithuthi kwiqela elinye, i-Port Shuts yabelwa kwimveliso yokuhambisa. Iqela ngalinye lamaPort Shunt linokuxhasa ukuya kwilungu le-PRSTS le-7, isiCwangciso seNdlela esiSebenzayo sinokwahlulwa ngokolwazi lomyalezo we-MAC, i-IP, ihambisa itrafikhi kwi-Port Service Services seshoni. Xa i-port nganye yeQela eliQhelekileyo kwiLizwe elixhunyiweyo liphezulu, linokudibanisa ngokuzenzekelayo iqela le-tract lirting; Xa iphantsi, inokususa ngokuzenzekelayo kwiqela lezothutho.
2.6- Ixhasa i-802.1q iphindaphindwe
I-Conling ™ Inethiwekhi ye-Gigabit Ethernet Ethernet Ethernet Efhernet Efhernet Aghernet e-Ethernet Agrnet / Agggatotor inokuthi ixhase ukuphindaphinda ibhloko ye-Trick Port, ngaphandle kwe-port yedatha ye-Trunk okanye i-STRORE, ikwanokuphinda-phinda abantwana abaninzi. Ngokulula ukuze ufezekise iimfuno ze-topologies eyahlukileyo.
2.7- Umsebenzi oninzi kwaye kulula ukuyisebenzisa
-Umsebenzi wokucwangciswa kwefektri yi-1 ye-Plespication Porture Port, i-7 yeendlela zokuphindaphinda iphindaphindwe, awudingi omnye ubumbeko, unokuhlangabezana ne-1 ukuya kwi-7 ukuya kwi-7 ukuya kwi-7 ukuya kwi-1 yeendlela zokuhlawula ezindleleni ezi-7.
-Ukusebenza ngokulula kwaye kulula ukusebenzisa ulawulo lolawulo.
Ukubeka iliso. I-LED ye-LED ibonelela ngesalathisi esibonakalayo, imeko yenkqubo, iqondo lokufakwa, imeko yekhonkco, kunye nenqanaba lomsebenzi.
-Ihambelana ngqo neenkqubo zokuchongwa kwezinto, iiprothokholi zeProtocol, i-RMmon Pois, izicelo zenethiwekhi.
I-3- Conling ™ yenethiwekhi yenethiwekhi yesicelo sesicelo esiqhelekileyo
3.1 I-Mylication ™ I-TITE ye-INTRICE ye-Traftion yokuphindaphinda itrafikhi kunye nokudityaniswa kwezithuthi (ngokulandelayo)
Ukucofa ™ Inethiwekhi Cofa enye yesicelo esiqhelekileyo sisixhobo sokuphinda-phinda isixhobo. Njengoko kubonisiwe ngasentla, inkqubo yokuchonga yokuchonga kunye nenkqubo yokuziphatha yokuziphatha kwenethiwekhi idlula izixhobo ezithunyelwe, ngenxa yoko ifuna ukubeka iliso kwindlela yokuhamba kwedatha ukusuka kwi-switches ezimbini. I-Recylicatocation ™ I-Reflector inokuthi isebenzise itekhnoloji ye-Poruction Procaration eguqulweyo kwaye ikhuphe idatha kwi-Gigabit ezimbini ezahlukileyo ze-ethernet ezimbini ze-Ethetit Ethebit ye-Gigabit e-Gigablet. Ngokugqibeleleyo dibana ngaxeshanye kwinethiwekhi ezimbini okanye ngaphezulu kokubekwa kweliso kwi-Popli-Porti-Porti-Porti-Porti-Port Port Sibles, icombulule ingxaki yokuhambisa i-Switches engakwazi ukuxhasa izibuko ezimbini.
I-Myllication ™ Inethiwekhi ye-Tenet sisixhobo esihleliweyo sendlela esikhokelayo kunye nesixhobo sokudibanisa. Njengoko kubonisiwe ngasentla, inkqubo yokuchonga yokuchonga kunye nenkqubo yokuziphatha yokuziphatha kwenethiwekhi idlula isixhobo esisuswe, ke kufuneka sibeke esweni itrafikhi yedatha ukusuka kwiitshintshi ezibini ezifudumeleyo; Ukusukela ukuthunyelwa kwenkqubo yokuchonga impahla yokuchonga kunye nenkqubo yokuziphatha kwindlela yokuziphatha yenethiwekhi ixhasa kuphela umsebenzi we-Port Port, ke babeka iliso kwitrafikhi efunekayo ukuze ihlale kwizibuko. I-Recylicatocation ™ I-Reflector inokuthi isebenzise itekhnoloji ye-Poruction Procaration eguqulweyo kwaye ikhuphe idatha kwi-Gigabit ezimbini ezahlukileyo ze-ethernet ezimbini ze-Ethetit Ethebit ye-Gigabit e-Gigablet. Ngokugqibeleleyo dibana ngaxeshanye kwinethiwekhi ezimbini okanye ngaphezulu kokubekwa kweliso kwi-Popli-Porti-Porti-Porti-Porti-Port Port Sibles, icombulule ingxaki yokuhambisa i-Switches engakwazi ukuxhasa izibuko ezimbini.
3.2 I-Conlication ™ Inethiwekhi Cofa phambili kwiTrafikhi yeTrafikhi kunye nokuHamba (ngokulandelayo)
I-Conling ™ Inethiwekhi isebenzisa i-Hash Algorithm kwaye isebenze ngokungqinelana kweseshini yokuhamba kweencwadi ukusuka kwinkqubo ye-MAC, i-IP, i-Port kunye ne-Port kunye neProtwork ngokuzenzekelayo iqinisekisile ukuba i-Portment Countral Allgement.
Umsebenzi we-4
Ukucofa iNethiwekhi yeNethiwekhi ye-Gigabit Ethernet Ethernet / Aggretotor isebenzisa i-chip ye-Anic efihliweyo kunye neemfuno ze-Gigabit e-Gigabit Elthernet kunye ne-oververgetion, ukuguquguquka kwe-1 ukuya kwi-oxloymentral.
| Imeko yenethiwekhi | Bandwidth |
| Injini ye-Injini yokuThengisa | > I-8GBPS |
| Umthamo wePortication | Ubuninzi be-1GBPS |
| Umthamo we-port | > Imithombo emi-7 ye-Port Aggregarestation, i-bandwidth iyonke yi-1gbps |
| I-Rectulication Lealtenacy | <10us |
Iingcaciso ezi-5
| I-Conling ™ yenethiwekhi ye-NPB / i-PAPERS eSebenzayo | ||
| Isinxibelelanisi seNethiwekhi | I-GeP oomaPhando | I-6 port * 10/100 / i-1000m se-t |
| I-Ge Optical Ports | I-2 * ye-GE SFP, inkxaso ye-ge yenyani / yemodyuli yombane | |
| Imisebenzi | Iyonke i-QTYS iyonke | I-8 ports |
| Iqela lamaPort Shunt | Ixhaswe | |
| Inqanaba eliphezulu lendlela Ukuphindaphinda (MBPS) | I-1000 | |
| Ukuphindeka okuphezulu amazibuko | 1 -> 7 | |
| I-Porling Pobling kunye nokuHambisa umsebenzi | Ixhaswe | |
| Umsebenzi wokuphindezela kwetrafikhi | Ixhaswe | |
| Umbane | I-Volting Relot | I-AC110-240V |
| I-Ring Rip RoadCency | I-50hz | |
| Imveliso ethintelweyo | I-AC-3A | |
| Umsebenzi oqikelelweyo | I-50w | |
| Okusingqongileyo | Iqondo lokusebenza | 0-50 ℃ |
| Iqondo lokugcina | -20-70 ℃ | |
| Ukusebenza komswakama | I-10% -95%, i-on-i-onviens | |
| Uqwalaselo lomsebenzisi | Uqwalaselo lweConsole | I-RS232 isinxibelelanisi sokukhangela, 115200,8, N, 1 |
| Ukuqinisekiswa kwephasiwedi | inkxaso | |
| Ukuphakama kwe-rack | Indawo ye-rack (u) | 1U |
