Inkqubo yeDCI
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Ikhadi lokuJonga iChannel ye-Optical (OCM) lisetyenziselwa iDCI BOX
Umsebenzi ophambili webhodi ye-Optical Channel Monitor (OCM) kukuhlalutya ukusebenza kwesignali yokudlulisa yenkqubo ye-DWDM kuluhlu lwamaza obude obuyi-1528nm-1567nm, njenge-co-wave signal spectrum, amandla okukhanya kwetshaneli, ubude bobude kunye nezinye iimpawu zokudlulisa. Ineempawu zokuzinza okuphezulu, uvakalelo oluphezulu, ukuchaneka, ububanzi obuphezulu obuguqukayo kunye nexesha elifutshane lokuskena. Yinxalenye ebalulekileyo ekujongeni ukusebenza kwe-optical kwenkqubo ye-DWDM.
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I-OA (Optical Amplifier) esetyenziselwa i-DCI BOX
I-OA (Optical Amplifier) Umsebenzi ophambili webhodi ye-optical amplifier kukubuyisela amandla okukhanya kwesignali kwikhonkco lokudlulisela, elinokwandisa ngaxeshanye isignali ye-optical ukuya kuthi ga kwiitshaneli ezingama-48 (isithuba setshaneli se-100GHz) okanye iitshaneli ezingama-96 (isithuba setshaneli se-50GHz) kwi-C-band. Ineempawu ze-flat gain, i-adjustable gain, i-low ingxolo index, njl. Kwangaxeshanye, itshaneli ye-OSC yokujonga i-optical eyakhelwe ngaphakathi yebhodi ixhasa unxibelelwano lwe-OSC olusekwe kwi-DCN, oluyinxalenye ebalulekileyo yenkqubo ye-DWDM kunye nenkqubo yexesha elizayo yesantya esiphezulu kunye nenethiwekhi ye-all-optical transmission yomgama omde.
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Amakhadi e-OTDR asetyenziselwa i-DCI Box
I-OTDR optical time domain reflector, enokulinganisa ubude befayibha, ukuncitshiswa kokudluliselwa kwefayibha ye-optical, ukuncitshiswa kwe-splice kunye nendawo yempazamo, njl. Ingasetyenziswa ekujongeni ikhebula lefayibha ye-optical, ukwakhiwa kwekhebula le-fiber optic kunye nokugcinwa
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I-400G ukuya kwi-4x100G Muxponder isetyenziselwa i-DCI Box
Ikhadi lenkonzo ye-400G Muxponder elaqaliswa yiShezhen HUANET Technology lixhasa ukumakisha isignali ye-optical ye-1x400G okanye imiqondiso ye-optical ye-4x100G efunyenwe kwicala lomthengi kwisignali ye-OTUC4 enye kunye nokuguqula imiqondiso ye-OTUC4 enemiqondiso ye-optical yamaza e-WDM ahambelana nemigangatho ye-ITU-T. Icala lomgca lisebenzisa i-CFP2-DCO enokuxhunywa ukuze kufezekiswe ukuhanjiswa komgama omde kakhulu ngokusekelwe kubuchwepheshe obuphambili obufana nokufumanisa okucacileyo.
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I-800G TMUX ixhasa ukufikelela kwenkonzo ye-4x200G, 4x100G kwi-DCI Box
Isebenzisa i-1/4 slot, icala lomthengi lixhasa ukufikelela kwinkonzo ye-4x200G, 4x100G; icala lomgca line-slots ezimbini ze-CFP2, ezixhasa i-2x400G, 1x400G, 2x200G; icala lomthengi lixhasa i-100GE, 100G EFlexE, OTU4 kunye nezinye iintlobo zokufikelela kwinkonzo; nge-Ethernet Network RMON monitoring
imisebenzi, efana nokuthumela nokufumana iipakethi/inani leebhayithi/ukusetyenziswa kweeport/iipakethi ze-CRC/zempazamo, njl.njl., inkxaso ye-LLDP, kunye nenkxaso yovavanyo lokulibaziseka -
I-200G TMUX-2 ixhasa iinkonzo ze-2x100G ezifanelekileyo kwi-DCI Box
Icala lomthengi lixhasa iinkonzo ze-2x100G, ezithatha indawo ye-1/4, lixhasa i-100GE, i-100G EFlexE, i-100G OTU4 kunye nezinye iinkonzo zokufikelela, imisebenzi yokubeka esweni i-Ethernet RMON, njengokuthumela nokufumana iipakethi/inani leebhayithi/ukusetyenziswa kwezibuko/iipakethi ze-CR C/impazamo, njl.njl., lixhasa i-LLDP, ukuxhasa uvavanyo lokulibaziseka.
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I-200G TMUX-1 ixhasa iinkonzo ze-2x100G, 100G+10x10G, kunye ne-20x10G zeDCI Box
Icala lomthengi lixhasa iinkonzo ze-2x100G, 100G+10x10G, kunye ne-20x10G, ezithatha indawo eyi-1/2.Nasiphi na izibuko le-10G
inkxasoiintlobo zeenkonzo ezifana ne-10GE, OTU2, STM-64,kunye ne-10GEWAN,kunye neenkxaso100GE, 100GE FlexE,
kunye ne-100G OTU4. igalelo.Icala lomgca lixhasa ukufikelela kwinkonzo ye-1X200G.
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Iqonga lezoThutho le-DCI elinomthamo ophezulu we-6.4T weshishini, i-2U DCI Box
I-HUA6800 yimveliso entsha yothumelo lwe-DCI. I-HUA6800 ineempawu zobukhulu obuncinci, ukufikelela kwinkonzo enomthamo omkhulu kakhulu, uthumelo olude kakhulu, ulawulo olulula nolulula lokusebenza nokugcinwa, ukusebenza okukhuselekileyo, ukonga amandla kunye nokunciphisa ukukhutshwa komoya. Ingahlangabezana ngempumelelo neemfuno zomgama omde, i-bandwidth enkulu, iimfuno zokunxibelelana kunye nokudluliselwa kwamaziko edatha yomsebenzisi.
I-HUA6800 isebenzisa uyilo oluyimodyuli, olungagcini nje ngokuxhasa ukudityaniswa kwe-photoelectric ukunciphisa iindleko, kodwa lukwaxhasa ulawulo oludibeneyo lwe-photoelectricity kwisakhelo esinye. Ngomsebenzi we-SDN, idala uyilo lwenethiwekhi olukrelekrele noluvulekileyo kubasebenzisi, ixhasa ujongano lwemodeli ye-YANG.
isekelwe kwiprotocol yeNetConf, kwaye ixhasa iindlela ezahlukeneyo zolawulo ezifana neWeb, iCLI, kunye neSNMP, kwaye yenza kube lula ukusebenza kunye nokugcinwa kwayo. Ifanelekile kwiinethiwekhi eziphambili ezifana neenethiwekhi zesizwe, iinethiwekhi zephondo, kunye neenethiwekhi zesixeko, kunye neziko ledatha.
uqhagamshelo, oluhlangabezana neemfuno zee-nodes ezinkulu ezingaphezulu kwe-16T. Lelona qonga lothumelo lingabizi kakhulu kushishino. Sisisombululo soqhagamshelo se-IDC kunye nabaqhubi be-intanethi ukwakha amaziko edatha amakhulu. -
Ibhokisi ye-1U DCI ifanelekile kwi-Data Center Interconnect DCI Transport Platform
I-HUA6800 yimveliso entsha yothumelo lwe-DCI ekhokela kushishino eyasungulwa yiShenzhen HUANET Technology Co., ltd. I-HUA6800 inomthamo omncinci, ukufikelela kwinkonzo enomthamo omkhulu, uthumelo lomgama omde kakhulu, ulawulo olulula nolulula lokusebenza nokugcinwa, ukusebenza okuthembekileyo, ukugcinwa kwamandla kunye neempawu zokunciphisa ukukhutshwa komoya, ukuhlangabezana ngempumelelo neemfuno zonxibelelwano kunye nothumelo lwedatha yomsebenzisi yomgama omde kunye ne-bandwidth enkulu.
I-HUA6800 yamkela uyilo lwemodyuli, oluxhasa ukudityaniswa kwe-photoelectric ukunciphisa iindleko, kwaye luxhasa ulawulo oludibeneyo lwefreyimu ye-photoelectric. Ngomsebenzi we-SDN, idala uyilo lwenethiwekhi olukrelekrele noluvulekileyo kubasebenzisi, ixhasa ujongano lwemodeli ye-YANG olusekwe kwiprotocol yeNetConf, kwaye ixhasa iWeb, iCLI, iSNMP, kunye nezinye iindlela zolawulo zokusebenza nokugcinwa okulula.
Ifanelekile kwinethiwekhi yesizwe yomqolo, inethiwekhi yomqolo wephondo, inethiwekhi yomqolo wedolophu kunye nezinye iinethiwekhi eziphambili, uqhagamshelo lweziko ledatha, ukuhlangabezana neemfuno zee-nodes ezinkulu ezinomthamo ongaphezulu kwe-1.6T, kwaye lelona qonga lokudlulisela elingabizi kakhulu kushishino. Yakha izisombululo zoqhagamshelo lweziko ledatha ezinomthamo omkhulu kubasebenzi be-IDC kunye ne-Intanethi.
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Ikhadi le-ROADM elineedigri ezili-9 (i-WSS) lisetyenziselwa i-DCI Box
Ibhodi yokukhetha ubude be-wavelength obunemilinganiselo eyi-9 ixhasa ukuhlanganiswa kwemisebenzi ephambili ye-WSS, i-BA, i-PA kunye ne-OSC kwibhodi enye, kunye nezinto ezimbini ze-1×9 WSS, iiports ezilithoba zokudibanisa ubude be-wavelength kunye nokususa ubuninzi be-multiplexing, Inkxaso ye-C-band 191.35THz ~ 196.10THz uluhlu lweetshaneli ezingama-96 (isithuba se-wavelength ye-50GHz) inethiwekhi ye-DWDM; Kwaye ixhasa umsebenzi we-Flexible Grid (Flexible-grid), ukuze kufezekiswe i-bandwidth yetshaneli eguquguqukayo inokulungiswa, kuphuculwe ukusetyenziswa kwe-spectrum yenethiwekhi yonke.
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Ikhadi le-OADM eliFixed Dual Fiber (TFF) lisetyenziselwa iDCI Box
Iibhodi ze-optical division multiplexing zenzelwe usetyenziso lwenethiwekhi ye-DWDM enobude obuziimitha ezininzi kwaye zingasetyenziselwa ukusasaza kwakhona ukukhanya kwee-wavelengths ezahlukeneyo kwi-fiber enye okanye ukwahlula iitshaneli ezininzi ze-optical multiplexed kwi-fiber efanayo ngobude obuziimitha. Isekelwe kubuchwepheshe be-thin film filter, esebenza kwi-ITU grid ye-100GHz channel interval, i-DWDM wavelength range ukusuka kwi-1528nm ukuya kwi-1568nm, ubude be-channel ye-ITU buyimfuneko; Ineenzuzo ezininzi ezifana nokulahleka okuphantsi kokufakwa kunye nokuhlukaniswa kwetshaneli ephezulu.
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Iikhadi zoKhuselo lwe-Optical (OLP) zisetyenziselwa i-DCI Box
Umsebenzi ophambili webhodi yokukhusela i-optical ye-OLP kukuncedisa inkqubo yokwahlulahlula ubude be-wavelength ukuba igqibezele izisombululo zokukhusela ubude be-optical ezifana nokukhuselwa komgca we-optical 1+1 kunye nokukhuselwa kobude be-optical 1+1. Ingajonga imeko yesignali yemizila ephambili kunye neyokulinda ngexesha langempela. Nje ukuba uphawu lwe-optical luphazamiseke okanye ukusebenza kwawohloka, inokwenza ngokuzenzekelayo ukutshintshwa ngokukhuselekileyo kwimizila ephambili kunye neyokulinda ukuqinisekisa ukubuyiselwa ngokukhawuleza kwesignali ye-optical yenkqubo. Itekhnoloji ye-OLP kukugqiba umsebenzi wokutshintsha indlela kwi-optical layer. Ukukhuselwa komaleko we-optical kuneengenelo ezingenakuthelekiswa nanto zokhuseleko lwenkonzo yomaleko ophezulu, kwaye sesona sisombululo silungileyo sokubonelela abasebenzisi ngonxibelelwano olungathinteliyo.
