I-Gen2 USB 3.1 kwi-Type-C converter ingayibuyisela njani ebomini?
Kwixesha lanamhlanje lokuqhubela phambili ngokukhawuleza kwetekhnoloji,Gen2 USB 3.1ubuchwepheshe buguqula imigangatho yodluliselo lwedatha ngesantya esingazange sabonwa ngaphambili. Njengoko ingundoqo yesizukulwana sesithathu se-Universal Serial Bus (i-USB) inkcazo, i-Gen2 USB 3.1 iphindwe kabini izinga lokudluliselwa kwi-10Gbps xa kuthelekiswa nangaphambili. Oku kuphumelela kuye kwangenisa ixesha lesibini ukuya kweyesibini ukudluliselwa kwefayile enkulu, okwenza kube lula ukuphatha izinto zevidiyo ze-4K kunye neefayile ezinkulu zokuyila kunye nokusebenza okuzinzile kunye nokusebenza kakuhle. Inani elonyukayo labenzi bezixhobo ngoku badibanisaGen2 USB 3.1njengojongano olusemgangathweni, kunye nokusebenza kwayo okugqwesileyo kuye kwaqatshelwa ngokubanzi kushishino.
Ngomkhwa wezixhobo eziba mncinci kwaye zibe khaphukhaphu,USB C Gen2 iNylon Braidiintambo ziye zavela. Ezi ntambo, zinenkqubo yokulukwa kwenayiloni eyomelele kakhulu, ayinikeli nje kuphela ukomelela okugqwesileyo kodwa ikwafezekisa ubomi obungaphezulu kwe-10,000 yokugoba ngomaleko okhethekileyo wokugquma. Ngaphakathi, basebenzisa i-tin-plated cores cores ukuqinisekisa ingqibelelo yesignali, ngelixa i-nylon mesh yangaphandle ikhusela ngokufanelekileyo ukunxiba kunye nokukrazula ngexesha lokusetyenziswa kwemihla ngemihla. Abasebenzisi abaziingcali bayayixabisa ngakumbi i-anti-tangling ye-USB C Gen2 iintambo zeNylon Braid, kunye noyilo lwabo olulodwa lokuthungwa okwenza ulawulo lwentambo lube lula kwaye lube lula. Iimveliso ezikumgangatho ophakamileyo we-USB C Gen2 Nylon Braid kwimarike nazo ziqinisekisiwe nge-UL, ziqinisekisa ukhuseleko kunye nokuqina.
Njengendawo ephambili kunxibelelwano lwe-ecosystem, uhlobo C lomfazi ukuya kwiadaptha yamadoda ye-USB iba yibhulorho phakathi kwezizukulwana zezixhobo. Okuuhlobo C female ukuya USB indodaiadaptha ngobuchule isombulula umba wokuhambelana phakathi kwezixhobo ezitsha nezindala, ivumela iiperipherals ze-USB zemveli ukuba ziqhagamshelwe ngaphandle komthungo kwiinginginya zangoku. Uhlobo C olusetyhini ukuya kwisiguquli se-USB sendoda luyilwe ngobunono ngoyilo lwe-24-pin olupheleleyo, luxhasa ngokupheleleyo iprotocol esemgangathweni ye-USB-IF. Kwizicelo ezisebenzayo,olu hlobo C female ukuya USB indodaisixhobo sinokwazi ukubona ngengqiqo uhlobo lwesixhobo esiqhagamshelweyo kwaye singqinelane ngokuzenzekelayo neyona ndlela yokudlulisa ilungileyo. Kuyaphawuleka ukuba umgangatho ophezulu we-C obhinqileyo kwiimveliso ze-USB zamadoda zihlala zibandakanya amaqokobhe e-zinc alloy kunye nabafowunelwa be-anti-oxidation, eqinisekisa uzinzo lwexesha elide.
Xa izinto ezintathu eziphambili zobugcisa zisebenza kwikonsathi, iGen2 USB 3.1isilawuli chip, ngokusebenzisa iUSB C Gen2 iNylon Braidintambo, kunye ne-auhlobo C female ukuya USB indodai-adapter, iseka uxhulumaniso kunye nezixhobo zendabuko, abasebenzisi banokunandipha i-10Gbps epheleleyo yokuhambisa amava. Oku kuthetha ukuba phantsi kwe-Gen2 ye-USB 3.1 ye-architecture, ene-USB C Gen2 Nylon Braid eqinile njengento ephakathi kunye nohlobo oluchanekileyo lwe-C yowesifazane ukuya kwi-adapter ye-interface ye-USB yamadoda, yonke inkqubo ayihlangabezani kuphela neemfuno zokuhambisa ngesantya esiphezulu kodwa iqinisekisa ukuhambelana kwesixhobo. Uvavanyo lubonise ukuba ngokwamkela isisombululo esiphezulu se-Gen2 USB 3.1, edityaniswe ne-USB C Gen2 yeNylon Braid cables kunye nohlobo oluqinisekisiweyo lwe-C female ukuya kwi-adapter yamadoda e-USB, ukuzinza kokudluliselwa kuphuculwe kakhulu.
Kwiimeko zeofisi yeselula, iimpawu zesantya esiphezulu seGen2 USB 3.1ncedisana nokuphatheka kwe-USB C Gen2 Nylon Braid, kunye nokuhambelana okubanzi kweuhlobo C female ukuya USB indodaiadaptha, isisombululo esigqibeleleyo sendawo yokusebenza siyakhiwa. Kwixesha elizayo, njengoko umgangatho weGen2 USB 3.1 uqhubeka nokuvela, uphuculweUSB C Gen2 iNylon Braidiintambo kunye nohlobo olukrelekrele C obhinqileyo ukuya kwiadaptha zamadoda ze-USB ziya kwandisa ngakumbi amava omsebenzisi kwaye zikhuthaze uphuculo lwe-ecosystem yoqhagamshelo olukwisantya esiphezulu kuzo zonke iimeko.
Ixesha lokuposa: Nov-10-2025
