NAZARIN DABARU

Ya Kamata Ku Yi Amfani da OM5 ko Singlemode Optical Fibre?

Yadda sauyin zuwa 800G, AI clusters, da Silicon Photonics ya sanya Single Mode Fiber ta zama hanya daya tilo mai yiwuwa don ci gaba mai dorewa.

Ci gaban bandwidth da haɓakar girgije da AI sun canza tattalin arzikin cibiyar bayanai sosai. Yayin da aka tsara OM5 don tsawaita rayuwar multimode ta hanyar SWDM, ingantattun ilimin kimiyyar lissafi, ƙarancin farashin kebul, da haɓakar Silicon Photonics sun kafa OS2 Single Mode a matsayin daidaitaccen tsari na duniya don ababen more rayuwa na zamani.

Multimode Fiber (OM5)

  • ✕
    Ƙaramin Iya Kai: Nisa yana raguwa zuwa 50–100m a saurin 400G/800G.
  • ✕
    Modal Dispersion: Babban tushe mai 50µm yana haifar da yaduwar sigina da haɗuwar bugun jini.
  • ✕
    Babban Attenuation: Rashin 3.0 dB/km—kusan ninki 10 fiye da single mode.
  • ✕
    Haɗarin Sake Saka Waya: A tarihi yana fuskantar tsufa tare da kowane ƙarni na sauri.

Single Mode Fiber (OS2)

  • ✓
    Iya Kai Mara iyaka: Yana goyan bayan nisa >100km; 500m+ daidaitacce ga cibiyoyin bayanai.
  • ✓
    Zero Modal Dispersion: Tushe mai 9µm yana takura haske zuwa yanayin tushe guda ɗaya.
  • ✓
    Ƙarancin Rashi: 0.35 dB/km @ 1310nm don ingancin sigina mafi girma.
  • ✓
    Shirye-Shirye don Gaba: Zuba jari ‘sau ɗaya kuma an gama’ yana goyan bayan 1G zuwa 1.6T da fiye da haka.

Technical FAQ

+ Me ya sa ake ɗaukar OM5 a matsayin 'rufe-kai' don 1.6T?
Iyakokin bandwidth na OM5 da kuma babban rikitarwa na sarrafa fiber 16+ a cikin mahaɗan MPO sun sa ya zama da wuya a zahiri da tattalin arziki don haɓaka fiye da iyakokin 800G na yanzu.
+ Shin single mode yana da tsada?
Yayin da transceivers har yanzu suna da ɗan ƙaramin farashi, igiyar fiber da kanta tana da rahusa sosai. Kasuwar tana rufe gibin farashin transceiver da sauri.
+ Menene 'Hukuncin Sake Saka Waya'?
Babban farashin aiki don maye gurbin fiber multimode da ya tsufa. Single mode yana guje wa wannan ta hanyar tallafawa tsararraki da yawa na hardware akan gilashin ɗaya.
+ Ta yaya single mode ke amfana da ayyakan AI?
Sabanin multi-mode, yana samar da kusan sifili modal dispersion, yana haifar da ’latency na wutsiya’ mai iya faɗi. Wannan yana hana jinkirin daidaitawa wanda zai iya ɓata ƙarfin lissafin GPU.
+ Zan iya amfani da Single Mode don gajerun gudu (ƙasa da mita 10 ko ƙafa 3)?
Haka ne. Transceivers na zamani suna da manyan matakan kuzari waɗanda ke hana cikar mai karɓa a gajerun gudu. Single mode yanzu ana amfani da shi don komai daga haɗin rack-to-rack zuwa hanyoyin dogon zango. Kamar yadda koyaushe, yi taka tsantsan da kayan gani na dogon zango, waɗanda zasu iya cika masu karɓa idan aka yi amfani da su a ɗan gajeren tsayi.
+ Shin single-mode yana da wahalar shigarwa ko tsabtace fiye da OM5?
Yayin da tushe ya fi ƙanƙanta, na’urorin haɗawa na zamani da kayan aikin tsaftacewa sun sarrafa daidaiton da ake buƙata. A gaskiya ma, tsabtace mahaɗin LC guda ɗaya ya fi sauƙi kuma abin dogaro fiye da tsabtace mahaɗin MPO mai fiber 16.
+ Shin single mode yana taimakawa wajen rage amfani da wutar lantarki?
Haka ne. Single mode yana sauƙaƙe Silicon Photonics da Co-Packaged Optics, wanda zai iya rage amfani da wutar lantarki na hanyoyin gani har zuwa 30% idan aka kwatanta da direbobi na VCSEL na multimode na gargajiya.
+ Menene tasirin single mode akan 'Ƙarfin da Aka Yanke'?
Multimode sau da yawa yana haifar da ƙarfin da aka yanke saboda ba zai iya tallafawa sabbin kayan gani masu sauri a kan nisa da ake da su ba. Single mode yana tabbatar da cewa za a iya amfani da 100% na fiber ɗinka da aka shigar yayin da kake haɓakawa daga 100G zuwa 800G.
+ Ta yaya Single Mode ke sauƙaƙa sarrafa polarity?
Multimode mai sauri sau da yawa yana buƙatar hadaddun MPO Type-B ko Type-C arrays don sarrafa fiber 8 ko 16. Single mode yawanci yana amfani da masu haɗin Duplex LC masu sauƙi, yana sa polarity ta zama mai sauƙi kuma yana rage kurakuran shigarwa.
+ Me ya sa 'Bend-Insensitive' Single Mode (G.657.A1/A2) yana da muhimmanci ga Kasuwanci?
A cikin ɗakunan ajiya na kasuwanci da kuma tarwatsewar trays na USB, manyan lanƙwasawa suna haifar da babban asarar sigina. Single-mode na zamani (G.657) yana ba da damar lanƙwasa mafi tsanani fiye da multimode ba tare da asarar ƙarfi mai mahimmanci ba, yana sa ya fi juriya a cikin shigarwa masu rikitarwa na ‘duniya ta ainihi’.
+ Shin Single Mode yana tallafawa tsofaffin gudu kamar 1G ko 10G?
Tabbas. Single Mode yana dacewa da kusan kowane tsarin sadarwa. Kuna iya gudanar da 1G a yau kuma 800G gobe akan gilashin single mode ɗaya.
+ Wane matsayi Silicon Photonics (SiPh) ke takawa a mutuwar Multimode?
SiPh yana ba masu masana’anta damar buga kayan gani akan daidaitattun silicon wafers. Wannan tsari yana aiki ne kawai tare da hasken Single Mode. Yayin da SiPh ke haɓaka, farashin transceivers na Single Mode yana raguwa zuwa daidaito da Multimode, yana kawar da dalilin ƙarshe na siyan OM5.

Nemi Ƙarin Bayani

Kada ku fada cikin tarkon multimode. Tuntuɓi ScaleFibre don tsarawa shirin ku na singlemode.

Yi Magana

Kwatanta farashin OM5 da single mode don kayan aikin ku.

“
Zamanin cibiyar bayanai ta multimode yana ƙarewa. Ta hanyar saka hannun jari a single-mode a yau, ƙungiyoyi suna tabbatar da tushe mai shirye-shirye don shekaru goma masu zuwa na kirkire-kirkire na dijital, daga 800G zuwa 3.2T.
Daniel Rose - Babban Jami'in Gudanarwa, ScaleFibre

Aikace-aikacen Single Mode na Zamani

Me ya sa single mode shine zaɓi mara tattaunawa don 2026.

AI Training Clusters
AI Training Clusters

Rage farashi da haɓaka bandwidth a babban sikelin, a duk yankuna da yankuna daban-daban a duniya.

Hyperscale da Colo DCs
Hyperscale da Colo DCs

Daidaita kan nau’in fiber guda ɗaya don rage SKUs da kawar da ‘Hukuncin Sake Saka Waya’ na ci gaba da saka hannun jari.

Kasuwanci & Kasuwancin Kasuwanci
Kasuwanci & Kasuwancin Kasuwanci

Haɗa hanyoyin cikin gida da waje a kan daidaitaccen single mode don sauƙaƙe gudanarwar wurare na dogon lokaci.

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