Maris 8, 2023 – Corning Incorporated ta sanar da ƙaddamar da wani sabon mafita donSadarwar Fiber Optical Passive(PON). Wannan mafita na iya rage farashi gaba ɗaya da kuma ƙara saurin shigarwa har zuwa kashi 70%, don magance ci gaba da ƙaruwar buƙatar bandwidth. Za a bayyana waɗannan sabbin kayayyaki a OFC 2023, gami da sabbin hanyoyin samar da kebul na cibiyar bayanai, kebul na gani mai yawa don cibiyoyin bayanai da hanyoyin sadarwa na jigilar kaya, da kuma zare na gani mai ƙarancin asara wanda aka tsara don tsarin jirgin ruwa mai ƙarfin aiki da hanyoyin sadarwa masu nisa. Za a gudanar da baje kolin OFC na 2023 a San Diego, California, Amurka daga ranar 7 zuwa 9 ga Maris.
- Vascade® EX2500 Fiber: Sabuwar sabuwar fasaha a cikin layin Corning na fiber optics mai ƙarancin asara don taimakawa wajen sauƙaƙe ƙirar tsarin yayin da ake ci gaba da haɗin kai mara matsala tare da tsoffin tsarin. Tare da babban yanki mai tasiri da mafi ƙarancin asara na kowane fiber na ƙarƙashin teku na Corning, Vascade® EX2500 fibre yana goyan bayan ƙirar hanyar sadarwa mai ƙarfi da dogon zango. Hakanan ana samun fiber na Vascade® EX2500 a cikin zaɓin diamita na waje mai girman micron 200, sabuwar fasaha a cikin fiber na yanki mai tasiri, don ƙara tallafawa ƙirar kebul mai yawa da ƙarfin aiki don biyan buƙatun bandwidth mai girma.
- Tsarin Rarraba EDGE™: Maganin haɗin kai ga cibiyoyin bayanai. Cibiyoyin bayanai suna fuskantar ƙaruwar buƙatar sarrafa bayanai na gajimare. Tsarin yana rage lokacin shigar da kebul na uwar garken har zuwa 70%, yana rage dogaro ga ƙwararrun ma'aikata, kuma yana rage hayakin carbon da har zuwa 55% ta hanyar rage kayan aiki da marufi. An riga an tsara tsarin rarrabawa na EDGE, wanda ke sauƙaƙa tura kebul na cibiyar bayanai yayin da ake rage jimlar kuɗin shigarwa da kashi 20%.
- Fasahar Haɗa Kai ta EDGE™: Wannan rukunin mafita yana taimaka wa masu aiki da yawa su haɗa cibiyoyin bayanai da yawa da sauri har zuwa kashi 70 cikin ɗari ta hanyar kawar da haɗa filin da jan kebul da yawa. Hakanan yana rage fitar da hayakin carbon har zuwa kashi 25%. Tun bayan ƙaddamar da fasahar haɗa kai ta EDGE a shekarar 2021, an dakatar da zare sama da miliyan 5 da wannan hanyar. Sabbin hanyoyin magancewa sun haɗa da kebul na baya da aka riga aka daina amfani da su don amfani a cikin gida da waje, wanda ke ƙara sassaucin turawa sosai, yana ba da damar "kabad masu haɗawa", da kuma ba wa masu aiki damar ƙara yawan aiki yayin amfani da sararin bene mai iyaka.
Michael A. Bell ya ƙara da cewa, "Corning ta ƙirƙiro mafita masu ƙarfi da sassauƙa yayin da take rage hayakin carbon da kuma rage farashin gabaɗaya. Waɗannan mafita suna nuna kyakkyawar alaƙarmu da abokan ciniki, shekaru da yawa na ƙwarewar ƙira hanyar sadarwa, kuma mafi mahimmanci, jajircewarmu ga ƙirƙira - yana ɗaya daga cikin manyan dabi'unmu a Corning."
A wannan baje kolin, Corning za ta kuma yi aiki tare da Infinera don nuna yadda ake watsa bayanai a masana'antu bisa ga hanyoyin samar da na'urorin hangen nesa masu iya haɗawa da Infinera 400G da kuma fiber na Corning TXF®. Ƙwararru daga Corning da Infinera za su gabatar da kansu a rumfar Infinera (Booth #4126).
Bugu da ƙari, za a ba wa masanin kimiyyar Corning Mingjun Li, Ph.D., lambar yabo ta Jon Tyndall ta 2023 saboda gudummawar da ya bayar ga ci gaban fasahar fiber optic. Wanda masu shirya taron suka gabatar, Optica da IEEE Photonics Society, kyautar tana ɗaya daga cikin manyan kyaututtuka a cikin al'ummar fiber optics. Dr. Lee ya ba da gudummawa ga kirkire-kirkire da yawa waɗanda ke jagorantar aiki, koyo, da salon rayuwa a duniya, gami da zare-zare masu lanƙwasa don fiber-to-the-home, zare-zare masu ƙarancin asara don yawan bayanai da watsawa mai nisa, da zare-zare masu yawa don cibiyoyin bayanai, da sauransu.
Lokacin Saƙo: Maris-14-2023