Maris 8, 2023 - Corning Incorporated ta sanar da ƙaddamar da sabuwar hanyar warware matsalarFiber Optical Passive Networking(PON).Wannan bayani zai iya rage farashin gabaɗaya kuma yana ƙara saurin shigarwa har zuwa 70%, don jimre wa ci gaba da haɓaka buƙatun bandwidth.Za a bayyana waɗannan sabbin samfuran a OFC 2023, gami da sabbin hanyoyin samar da igiyoyi na cibiyar bayanai, manyan igiyoyi masu yawa don cibiyoyin bayanai da cibiyoyin sadarwa masu ɗaukar kaya, da ƙananan filaye masu ƙarancin hasara waɗanda aka tsara don tsarin jirgin ruwa mai ƙarfi da hanyoyin sadarwa mai nisa.Za a gudanar da baje kolin OFC na 2023 a San Diego, California, Amurka daga Maris 7th zuwa 9th lokacin gida.
- Vascade® EX2500 Fiber: Sabuwar ƙira a cikin layin Corning na fiber optics mai ƙarancin ƙarancin hasara don taimakawa sauƙaƙe ƙirar tsarin yayin kiyaye haɗin kai mara kyau tare da tsarin gado.Tare da babban yanki mai tasiri da mafi ƙarancin asarar kowane fiber subsea na Corning, Vascade® EX2500 fiber yana goyan bayan babban ƙarfin ƙarƙashin teku da ƙirar hanyar sadarwa mai tsayi.Hakanan ana samun fiber Vascade® EX2500 a cikin zaɓin diamita na waje na 200-micron, ƙirƙira ta farko a cikin filaye mai ƙarfi mai ƙarfi, don ƙara tallafawa ƙira mai girma, ƙirar kebul mai ƙarfi don saduwa da buƙatun bandwidth girma.
- Tsarin Rarraba EDGE™: Hanyoyin haɗin kai don cibiyoyin bayanai.Cibiyoyin bayanai suna fuskantar karuwar buƙatar sarrafa bayanan girgije.Tsarin yana rage lokacin shigarwa na CABLE CABLE CABLE COURLA0 zuwa 70%, yana rage dogaro da kwarewacin aiki, kuma yana rage watsi da kayan carbon ta hanyar rage yawan kayan da kuma rakulan kayan.EDGE da aka rarraba tsarin an riga an tsara su, yana sauƙaƙa ƙaddamar da jigilar igiyoyin uwar garken cibiyar bayanai yayin rage jimlar farashin shigarwa da kashi 20%.
- EDGE™ Fasahar Haɗin Saurin Haɗin Kai: Wannan dangin mafita yana taimaka wa masu aikin hyperscale haɗa cibiyoyin bayanai da yawa har zuwa kashi 70 cikin sauri ta hanyar kawar da ɓarnawar filin da jan igiyoyi da yawa.Hakanan yana rage fitar da iskar carbon da kashi 25%.Tun bayan ƙaddamar da fasahar haɗin gwiwar EDGE cikin sauri a cikin 2021, an ƙare fiye da fibers miliyan 5 tare da wannan hanyar.Sabbin mafita sun haɗa da igiyoyin kashin baya da aka riga aka ƙare don amfani na cikin gida da waje, wanda ke haɓaka sassaucin aiki sosai, yana ba da damar “haɗin kan ɗakunan ajiya”, da ƙyale masu aiki su ƙara yawan yawa yayin da suke amfani da iyakataccen sarari.
Michael A.Bell ya kara da cewa, "Corning ya haɓaka mafi girma, mafi sassauƙa mafita yayin da rage hayaƙin carbon da rage farashin gabaɗaya.Waɗannan mafita suna nuna zurfin dangantakarmu da abokan ciniki, shekarun da suka gabata na ƙwarewar ƙirar hanyar sadarwa, kuma mafi mahimmanci, sadaukarwarmu ga ƙirƙira - yana ɗaya daga cikin mahimman ƙimarmu a Corning. "
A wannan nunin, Corning zai kuma ba da haɗin kai tare da Infinera don nuna watsa labaran masana'antu na masana'antu dangane da Infinera 400G pluggable na'urorin na'urar gani da kuma Corning TXF® fiber na gani.Kwararru daga Corning da Infinera za su gabatar da su a rumfar Infinera (Booth #4126).
Bugu da kari, masanin kimiyyar Corning Mingjun Li, Ph.D., za a ba shi lambar yabo ta 2023 Jon Tyndall Award saboda gudummawar da ya bayar wajen ci gaban fasahar fiber optic.Wanda masu shirya taro Optica da IEEE Photonics Society suka gabatar, lambar yabo tana ɗaya daga cikin mafi girma girma a cikin al'ummar fiber optics.Dr. Lee ya ba da gudummawa ga ƙirƙira da yawa waɗanda ke tafiyar da ayyukan duniya, koyo, da salon rayuwa, gami da lanƙwasa filaye masu ƙima don fiber-zuwa-gida, ƙananan filaye masu ƙarancin hasara don ƙimar ƙimar bayanai da watsa nesa mai nisa, da fiber multimode mai girma-bandwidth don cibiyoyin bayanai, da sauransu.
Lokacin aikawa: Maris 14-2023