"Ubungakanani bentengiso yeemodyuli zamehlo bufikelela malunga ne-USD7.7 yezigidigidi ngo-2019, kwaye kulindeleke ukuba bube ngaphezulu kabini ukuya kwi- $17.7 yezigidigidi ngo-2025, kunye ne-CAGR (inqanaba lokukhula lonyaka) le-15% ukusuka ngo-2019 ukuya ku-2025. ”U-YoleD & Veloppement (Yole) Umhlalutyi uMartin Vallo uthe: "Oku kukhula kuye kwaxhamla kubasebenzisi benkonzo yefu enkulu eqala ukusebenzisa iimodyuli ezinkulu zexabiso eliphezulu (kubandakanywa ne-400G kunye ne-800G).Ukongeza, abaqhubi be-telecom banyuse utyalo-mali kwiinethiwekhi ze-5G. "
U-Yole ubonise ukuba ukusuka kwi-2019 ukuya kwi-2025, imfuno yeemodyuli ze-optical kwimarike yonxibelelwano lwedatha iya kufezekisa i-CAGR (izinga lokukhula ngonyaka) malunga ne-20%.Kwimarike yonxibelelwano, iya kufikelela kwi-CAGR (izinga lokukhula ngonyaka) malunga ne-5%.Ukongeza, ngempembelelo yobhubhane, ingeniso iyonke kulindeleke ukuba inyuke ngokumodareyitha ngo-2020. Enyanisweni, i-COVID-19 iye yachaphazela ngokwemvelo ukuthengiswa kweemodyuli zamehlo zehlabathi.Nangona kunjalo, iqhutywe sisicwangciso sokuthunyelwa kwe-5G kunye nophuhliso lweziko ledatha yefu, imfuno yeemodyuli ze-optical zinamandla kakhulu.
NgokukaPars Mukish, umhlalutyi waseYole: “Kwiminyaka engama-25 edlulileyo, uphuhliso lweteknoloji yonxibelelwano lwefiber optical lwenze inkqubela enkulu.Kwiminyaka ye-1990, umthamo omkhulu we-fiber optical fibre links wawuyi-2.5-10Gb / s kuphela, kwaye ngoku isantya sabo sokudlulisa sinokufikelela kwi-800Gb / s.Uphuhliso kule minyaka ilishumi idlulileyo yenze ukuba iinkqubo zonxibelelwano lwedijithali zibe lula kwaye zayisombulula ingxaki yokuthomalalisa umqondiso. "
UYole ubonise ukuba ukuvela kobuchwepheshe obuninzi kwenze ukuba isantya sothumelo lomgama omde kunye neenethiwekhi zemetro zifikelele kwi-400G okanye nangaphezulu.Umkhwa wanamhlanje wokuya kumazinga e-400G uvela kwimfuno yabaqhubi bamafu yokudityaniswa kweziko ledatha.Ukongeza, ukukhula okubonakalayo komthamo wothungelwano lonxibelelwano kunye nenani elandayo lamazibuko okukhanya kube nefuthe elikhulu kubuchwephesha bemodyuli ye-optical.Uyilo olutsha lwefom yoyilo luya luxhaphaka ngakumbi, kwaye lujolise ekunciphiseni ubungakanani bayo, ngokunciphisa ukusetyenziswa kwamandla.Ngaphakathi kwimodyuli, izixhobo ze-optical kunye neesekethe ezidibeneyo ziya kusondela kwaye zisondele.
Ke ngoko, i-silicon photonics inokuba yitekhnoloji ephambili yezisombululo zonxibelelwano lwexesha elizayo ukuhlangabezana nokunyuka kwetrafikhi.Le teknoloji iya kudlala indima ebalulekileyo kwizicelo ezivela kwi-500 yeemitha ukuya kwiikhilomitha ze-80.Ishishini lisebenzela ukudibanisa ii-lasers ze-InP ngokuthe ngqo kwiitshiphusi ze-silicon ukufezekisa ukudityaniswa okungafaniyo.Iinzuzo zayo kukuhlanganiswa okunyukayo kunye nokupheliswa kweendleko kunye nobunzima bokupakishwa kwe-optical.
UGqr. Eric Mounier, umhlalutyi eYole, wathi: "Ukongezelela ekunyuseni izinga ngokusebenzisa i-amplifiers edibeneyo, i-highputth data throughput inokufezekiswa ngokudibanisa iichips zedijithali eziphambili kakhulu zokucwangcisa i-digital, ezibonelela ngeendlela ezahlukeneyo zobuchwephesha bokumodareyitha, obunjalo. njenge PAM4 Okanye QAM.Enye indlela yokunyusa izinga ledatha kukufana okanye ukuphindaphinda. ”
Ixesha lokuposa: Jun-30-2020