DCI Muxponder
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Ana amfani da Katin Kula da Tashoshin Optical (OCM) don DCI BOX
Babban aikin allon Kula da Tashoshin Haske (OCM) shine bincika aikin siginar watsawa na tsarin DWDM a cikin kewayon tsawon tsayi na 1528nm-1567nm, kamar siginar siginar co-wave, ƙarfin gani na tashar, tsawon tsayi da sauran siginar watsawa. Yana da halaye na babban kwanciyar hankali, babban hankali, daidaito, kewayon motsi mai ƙarfi da ɗan gajeren lokacin duba. Yana da mahimmanci a cikin sa ido kan aikin gani na tsarin DWDM.
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OA (Amplifier na gani) da ake amfani da shi don DCI BOX
OA (Amplifier na gani) Babban aikin allon amplifier na gani shine rama ƙarfin hasken sigina a cikin hanyar sadarwa, wanda zai iya ƙara girman siginar gani har zuwa tashoshi 48 (tazara ta tashar 100GHz) ko tashoshi 96 (tazara ta tashar 50GHz) a cikin C-band. Yana da halaye na riba mai faɗi, riba mai daidaitawa, ƙarancin amo, da sauransu. A lokaci guda, tashar sa ido ta OSC da aka gina a cikin allon tana goyan bayan sadarwa ta DCN ta OSC, wanda muhimmin ɓangare ne na tsarin DWDM da tsarin sauri mai sauri na gaba da watsawa ta hanyar nesa ta hanyar sadarwa ta gani gaba ɗaya.
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Ana amfani da Katunan OTDR don Akwatin DCI
Mai nuna lokaci na gani na OTDR, wanda zai iya auna tsawon zare, rage watsawar zare, rage haɗin gwiwa da wurin da aka yi kuskure, da sauransu. Ana iya amfani da shi don sa ido kan kebul na fiber na gani, gina kebul na fiber na gani da kuma kulawa.
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Ana amfani da Muxponder daga 400G zuwa 4x100G don DCI Box
Katin sabis na Muxponder na 400G wanda Shezhen HUANET Technology ta ƙaddamar yana tallafawa taswirar siginar gani ta 1x400G ko siginar gani ta 4x100G da aka karɓa daga ɓangaren abokin ciniki zuwa siginar OTUC4 1 da kuma canza siginar OTUC4 tare da siginar gani ta raƙuman WDM waɗanda suka dace da ƙa'idodin ITU-T. Gefen layi yana amfani da CFP2-DCO mai haɗawa don cimma watsawa mai nisa sosai bisa ga fasahohin zamani kamar ganowa mai haɗawa.
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800G TMUX tana goyan bayan damar yin amfani da sabis na 4x200G, 4x100G don DCI Box
Tare da ramin 1/4, ɓangaren abokin ciniki yana tallafawa damar shiga sabis na 4x200G, 4x100G; ɓangaren layi yana da ramuka biyu na CFP2, suna tallafawa 2x400G, 1x400G, 2x200G; ɓangaren abokin ciniki yana tallafawa 100GE, 100G EFlexE, OTU4 da sauran nau'ikan damar shiga sabis; tare da sa ido kan Ethernet Network RMON
ayyuka, kamar aika da karɓar fakiti/adadin baiti/amfani da tashar jiragen ruwa/fakitin kuskure na CRC/fakitin kuskure, da sauransu, tallafawa LLDP, da tallafawa gwajin jinkiri -
200G TMUX-2 yana goyan bayan ayyukan 2x100G waɗanda suka dace da DCI Box
Bangaren abokin ciniki yana tallafawa ayyukan 2x100G, suna mamaye ramin 1/4, suna tallafawa 100GE, 100G EFlexE, 100G OTU4 da sauran damar shiga sabis, ayyukan sa ido na Ethernet RMON, kamar aika da karɓar fakiti/adadin amfani da bytes/tashar jiragen ruwa/fakitin kuskure na CR C/kuskure, da sauransu, suna tallafawa LLDP, gwajin jinkiri na tallafi.
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200G TMUX-1 yana tallafawa ayyukan 2x100G, 100G+10x10G, da 20x10G don DCI Box
Bangaren abokin ciniki yana tallafawa ayyukan 2x100G, 100G+10x10G, da 20x10G, suna ɗaukar rabin rami.Kowace tashar jiragen ruwa ta 10G
tallafiNau'ikan sabis kamar 10GE, OTU2, STM-64,da kuma 10GEWAN,da tallafi100GE, 100GE FlexE,
da kuma shigarwar OTU4. 100G.Gefen layi yana goyan bayan damar shiga sabis na 1X200G.
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Ana amfani da Katin ROADM mai digiri 9 (WSS) don Akwatin DCI
Allon zaɓin tsayin haske mai girma 9 yana tallafawa haɗakar muhimman ayyuka WSS, BA, PA da OSC cikin allo ɗaya, tare da ɓangarorin WSS guda biyu 1×9, tashoshin jiragen ruwa guda tara don ninka tsawon tsayi da kuma cire-multiplexing, Tallafawa C-band 191.35THz ~ 196.10THz kewayon mita na tashoshi 96 (tazara tsawon tsayin 50GHz) hanyar sadarwar DWDM; Kuma tallafawa aikin Grid mai sassauƙa (grid-slible), don cimma daidaitaccen bandwidth na tashar, ana iya daidaita shi, inganta amfani da bakan na hanyar sadarwa gaba ɗaya.
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Ana amfani da Katin OADM Mai Fitarwa Biyu (TFF) don Akwatin DCI
An tsara allunan rarrabawa na gani don aikace-aikacen hanyar sadarwa ta DWDM mai tsayi da yawa kuma ana iya amfani da su don sake rarraba hasken raƙuman ruwa daban-daban a kan zare ɗaya ko don raba tashoshi masu gani da yawa waɗanda aka ninka a cikin zare ɗaya ta hanyar tsayi. Ya dogara ne akan fasahar tace fim mai siriri, yana aiki a cikin grid na ITU na tazara ta tashar 100GHz, kewayon tsawon DWDM na 1528nm zuwa 1568nm, tsawon tsawon tashar ITU zaɓi ne; Yana da jerin fa'idodi kamar ƙarancin asarar sakawa da kuma warewar tashoshi mai yawa.
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Ana amfani da Katin Kariyar Ganuwa (OLP) don Akwatin DCI
Babban aikin allon kariya na gani na OLP shine taimakawa tsarin rarraba tsawon tsayi don kammala hanyoyin kariya na gani kamar kariyar layin gani na 1+1 da kariyar tsawon tsayi na gani na 1+1. Yana iya sa ido kan yanayin siginar manyan hanyoyin da ake jira a ainihin lokacin. Da zarar an katse siginar gani ko kuma aikin ya lalace, zai iya yin sauyawa lafiya a kan manyan hanyoyin da ake jira ta atomatik don tabbatar da saurin dawo da siginar gani na tsarin. Fasaha ta OLP ita ce kammala aikin sauya hanya a cikin layin gani. Kariyar layin gani tana da fa'idodi marasa misaltuwa na kariyar sabis na saman Layer, kuma ita ce mafi kyawun mafita don samar wa masu amfani da sadarwa mara toshewa.
