Kwararrun Fiber-optic sun haɗa ƙwarewa don haɓaka sigar MTP/MPO na tsarin FiberCon CrossCon.
"Tare da samfurin haɗin gwiwarmu, muna mai da hankali kan tsarin haɗin kai na duniya wanda ya dogara da MTP/MPO, wanda zai canza ayyukan cibiyar bayanai a nan gaba," in ji Manajan Daraktan Rosenberger OSI, Thomas Schmidt.
Rosenberger Optical Solutions & Infrastructure(Rosenberger OSI)ta sanar a ranar 21 ga watan Janairu cewa ta rattaba hannu kan wata yarjejeniya mai zurfi tare daFiberCon GmbH, ƙwararre a fagen watsa bayanan gani tare da gogewa fiye da shekaru 20 a cikin bincike da haɓaka sabbin fasahohin haɗin gwiwa.Duk kamfanonin biyu suna neman amfana daga ilimin haɗin gwiwarsu a cikin fasahar fiber optic da fasahar haɗin kai don ƙara haɓaka ayyukan cibiyar bayanai.Manufar sabuwar yarjejeniyar ita ce haɓaka haɗin gwiwa na waniSigar MTP/MPOna FiberCon's CrossCon tsarin.
"Tare da FiberCon mun sami cikakkiyar abokin tarayya don sababbin hanyoyin samar da kayan aikin cibiyar bayanai," in ji Thomas Schmidt, darektan gudanarwa na Rosenberger OSI."Tare da fiye da shekaru 25 na kwarewa mai zurfi a matsayin mai tarawa na Turai na sababbin hanyoyin samar da bayanai don cibiyoyin bayanai, cibiyoyin sadarwa na gida, sadarwa da masana'antu, mun yi matukar farin ciki da samun damar hada ilimin mu tare da wani ƙwararren cabling."
Ofaya daga cikin sabbin abubuwan mallakar FiberCon shine tsarin CrossCon mai haƙƙin mallaka dontsararrun kayan aikin cibiyar bayanai.Haɗe-haɗe naúrar rack 19 ″, tsarin CrossCon an ƙera shi don tabbatar da daidaitacce, tsari kuma duk da haka sassauƙan kebul na cibiyar bayanai a kowane lokaci.
Godiya ga sabon nau'in tsarin toshe-shigai, tsarin yana ba da damar kowane tashar rack ɗin da aka haɗa don sadarwa tare da kowane tashar rack na gabaɗayan tsarin haɗin giciye a cikin cibiyar bayanai.Babban haɗin haɗin CrossCon yana nuna cikakken ƙarfinsa dangane da ƙayyadaddun ƙima, musamman a cikin manyan cibiyoyin bayanai na zamani kamar cikakken ketare.Gine-gine na Spine-Leaf.
Kamar yadda kamfanoni suka bayyana: “Cikakken tsarin gine-ginen Spine-Leaf yana ƙara amfani da shi a cikin kayan aikin cibiyar bayanai na zamani da ƙarfi.A cikin wannan makirci, kowane na'ura mai ba da hanya tsakanin hanyoyin sadarwa ko sauyawa a cikin babban Layer an haɗa shi da duk masu amfani da hanyar sadarwa, masu sauyawa ko sabobin a cikin ƙananan Layer, wanda ya haifar da rashin jinkiri, babban aminci da sauƙi mai sauƙi.Rashin lahani na sabon gine-ginen, duk da haka, shine ƙara yawan buƙatun sararin samaniya da kuma ƙwaƙƙwaran aikin aiki wanda ke haifar da yawan haɗin jiki da kuma hadaddun hanyoyin haɗin kai.Wannan shine inda CrossCon ke shigowa. "
Kamfanonin sun kara da cewa, "Ya bambanta da tsarin tsarin gine-gine na Spine-Leaf, babu buƙatar hadaddun cabling a nan, tun da ana ketare sigina a cikin CrossCons kuma ana tura su kawai zuwa kuma daga CrossCon tare da faci ko igiyoyi.Wannan sabon nau'i na sigina na turawa na iya inganta ingantaccen takaddun hanyar kebul ɗin kuma ya rage adadin abubuwan da ake buƙata na toshe ayyukan.Matsalolin aiki masu rikitarwa yayin shigarwa na farko da ƙari na gaba na ƙarin hanyoyin sadarwa don haka ana nisantar da su kuma an rage tushen ƙididdiga na kuskure."
Manufar haɗin gwiwar kamfanoni shine haɓaka haɗin gwiwa na gaba na sigar MTP/MPO na tsarin CrossCon.Kamfanonin sun bayyana cewa "fa'idodin mai haɗin MTP/MPO a bayyane yake [saboda waɗannan dalilai]: MTP/MPO tsarin haɗin kai ne na duniya don haka masana'anta-mai zaman kanta, wanda ke da fa'ida don haɓakawa na gaba da sake fasalin tsarin.Bugu da ƙari, masu haɗin MTP/MPO na iya ɗaukar zaruruwa 12 ko 24, wanda ke haifar da tanadin sararin samaniya mai yawa akan PCB da kuma cikin tara."
"Tare da samfuran haɗin gwiwarmu, muna mai da hankali kan tsarin haɗin kai na duniya wanda ya dogara da MTP/MPO, wanda zai canza ayyukan cibiyar bayanai a nan gaba," in ji Schmidet na Rosenberger OSI.
Masu sha'awar baƙi za su iya samun ƙarin bayani game da dandalin da aka haɓaka tare a cikinDandalin Fasahar Lantarkia Munich, Jamus daga Janairu 28 - 29, aRosenberger OSI rumfa.
Lokacin aikawa: Janairu-24-2020
