Amfani da fasahar hada-hadar optoelectronic don magance ɗimbin watsa bayanai Sashe na ɗaya

Amfanioptoelectronicfasahar hada-hada don magance ɗimbin watsa bayanai

Ƙaddamar da haɓaka ƙarfin ƙididdiga zuwa matsayi mafi girma, adadin bayanai yana karuwa da sauri, musamman ma sababbin hanyoyin kasuwanci na cibiyar sadarwa irin su AI manyan samfurori da koyo na inji yana inganta haɓakar bayanai daga ƙarshe zuwa ƙarshe da kuma masu amfani.Ana buƙatar canja wurin manyan bayanai cikin sauri zuwa kowane kusurwoyi, kuma adadin watsa bayanan ya kuma haɓaka daga 100GbE zuwa 400GbE, ko ma 800GbE, don dacewa da ƙarfin sarrafa kwamfuta da buƙatun hulɗar bayanai.Yayin da farashin layi ya karu, ƙaddamar da matakan jirgi na kayan aiki masu alaƙa ya karu sosai, kuma I / O na al'ada ya kasa jimre da buƙatun daban-daban na watsa sigina masu sauri daga ASics zuwa gaban panel.A cikin wannan mahallin, ana neman CPO optoelectronic co-packing.

Buƙatun sarrafa bayanai ya ƙaru,CPOoptoelectronicco-hatimi hankali

A cikin tsarin sadarwa na gani, na'urar gani da kuma AISC (Network switching chip) an tattara su daban, kumana gani modulean toshe a gaban panel na maɓalli a cikin yanayin pluggable.Yanayin pluggable ba baƙo ba ne, kuma yawancin haɗin I/O na gargajiya an haɗa su tare a yanayin toshewa.Ko da yake pluggable har yanzu shine zaɓi na farko akan hanyar fasaha, yanayin pluggable ya fallasa wasu matsaloli a yawan ƙimar bayanai, kuma tsayin haɗin tsakanin na'urar gani da allon kewayawa, asarar watsa sigina, amfani da wutar lantarki, da inganci za a iyakance kamar yadda gudun sarrafa bayanai yana buƙatar ƙarin haɓaka.

Domin warware matsalolin haɗin gwiwar gargajiya, CPO optoelectronic co-packageing ya fara samun kulawa.A cikin na'urorin gani da aka haɗa, na'urorin gani da AISC (Cibiyoyin sauya hanyar sadarwa) an haɗa su tare kuma an haɗa su ta hanyar haɗin lantarki na ɗan gajeren nesa, don haka ana samun ƙaramin haɗin kai na optoelectronic.Abubuwan da ake amfani da su na girman da nauyin da CPO photoelectric co-marufi ya kawo a bayyane suke, kuma an gane miniaturization da miniaturization na manyan kayan aikin gani na sauri.Na'urar gani da kuma AISC (Cibiyar sadarwa ta hanyar sadarwa) sun fi dacewa a kan jirgi, kuma za a iya rage tsawon fiber da yawa, wanda ke nufin cewa za a iya rage asarar yayin watsawa.

Dangane da bayanan gwajin Ayar Labs, fakitin opto-co-packing na CPO na iya rage yawan amfani da wutar kai tsaye da rabi idan aka kwatanta da na'urorin gani na gani.Dangane da lissafin Broadcom, akan 400G pluggable optical module, tsarin CPO zai iya adana kusan 50% a cikin amfani da wutar lantarki, kuma idan aka kwatanta da na'urar gani na gani na 1600G, tsarin CPO na iya adana ƙarin amfani da wutar lantarki.Ƙarin shimfidar wuri na tsakiya kuma yana sa haɗin haɗin haɗin gwiwa ya ƙaru sosai, za a inganta jinkiri da murdiya na siginar lantarki, kuma ƙuntatawar saurin watsawa ba ta zama kamar yanayin pluggable na gargajiya ba.

Wani batu shine farashi, basirar wucin gadi na yau, uwar garke da tsarin canzawa suna buƙatar babban yawa da sauri, buƙatar halin yanzu yana karuwa da sauri, ba tare da yin amfani da haɗin gwiwar CPO ba, buƙatar babban adadin manyan masu haɗin kai don haɗawa da haɗin gwiwa. na gani module, wanda shi ne babban farashi.CPO haɗin gwiwa na iya rage adadin masu haɗawa kuma babban ɓangare ne na rage BOM.CPO photoelectric co-packing ita ce kawai hanya don cimma babban gudu, babban bandwidth da ƙananan wutar lantarki.Wannan fasaha na marufi silicon photoelectric aka gyara da lantarki kayan tare sa da Tantancewar module kamar yadda zai yiwu zuwa ga cibiyar sadarwa canji guntu don rage tashoshi asarar da impedance katsewa, ƙwarai inganta interconnection yawa da kuma samar da fasaha goyon baya ga mafi girma kudi dangane data a nan gaba.