I itafile yefab ka-2026 isebenza njengemephu yesicwangciso esibalulekileyo kushishino lwe-semiconductor, echaza amandla aqikelelweyo e-wafer, utshintsho lweendawo zetekhnoloji, kunye neendlela zenkcitho enkulu kuzo zonke iziseko zehlabathi. Njengoko imarike itshintshela kwipakethe ephucukileyo kunye neenkqubo ezizodwa, ukuqonda ezi metrics kubalulekile kucwangciso lokubonelela. Esi sikhokelo sihlalutya amaxabiso aguquguqukayo amva nje, sithelekisa iimodeli eziphezulu zemveliso ezivela kwiinkokeli ezinjenge-TSMC, i-Samsung, kunye ne-Intel, kwaye siqaqambisa iipivots zetekhnoloji ezichaza ixesha elilandelayo lokuveliswa kwetshiphu.
Yintoni itafile yeFab kwaye kutheni ibalulekile ngo-2026
A itafile yefab ayisosipredishithi nje; luluhlu lwedatha olubanzi olumele ukubetha kwentliziyo yokusebenza kwe-global semiconductor ecosystem. Ngo-2026, le datha iye yavela ukuze ibandakanye iinkcukacha zegranular ekudityanisweni kwe-heterogeneous, i-metrics yokuphumelela kwamandla, kunye nokuqina kobonelelo lwengingqi. Abahlalutyi boshishino baxhomekeke kwezi thebhile ukuqikelela ukufumaneka komgangatho ophezulu wekhompyutha (HPC) kunye namacandelo eemoto.
Ukubaluleka kwe itafile yefab ikhulile ngenxa yokutshintsha kwe-geopolitical kunye nokuqhuma kwemfuno eqhutywa yi-AI. Ngokungafaniyo neminyaka edlulileyo apho umthamo yayiyeyona metric kuphela, imbonakalo yomhlaba ka-2026 ibeka phambili ukulungela iteknoloji kwaye uzinzo lwesivuno. Iinkampani zisebenzisa le datha ukunciphisa imingcipheko enxulumene nokuxhomekeka komthombo omnye kunye nokulungelelanisa imephu yendlela yemveliso kunye nezakhono zokufumana.
Ngaphezu koko, le mihla itafile yefab idibanisa imilinganiselo yozinzo. Ngemigaqo engqongqo yekhabhoni eqala ukusebenza, abavelisi ngoku badwelisa ukusetyenziswa kwamandla ngewafa nganye kunye namazinga okuphinda asetyenziswe emanzini ecaleni kwamanani emveli aphumayo. Le mbono iphelele ivumela abachaphazelekayo ukuba benze izigqibo ezilungelelanisa ukusebenza kunye nokuthotyelwa kokusingqongileyo.
IiNdlela zeTekhnoloji eziPhambili eziBumba iNdawo yokuFakwa kwe2026
Icandelo lokwenziwa kwe-semiconductor ngo-2026 lichazwa ngamandla amathathu alawulayo: ukuvuthwa kwe-Gate-All-Around (GAA) transistors, ukunyuka konikezelo lwamandla ngasemva, kunye nobuninzi bezakhiwo ezisekwe kwi-chiplet. Ezi ndlela zitshintsha indlela i itafile yefab icwangciswe kwaye itolikwa ziinjineli kunye namagosa entengo ngokufanayo.
Ulawulo lwe-GAA kunye neNanosheet Architectures
Ngo-2026, itekhnoloji yeFinFET ifikelele ubukhulu becala kwimida yayo yeendawo ezikhokelayo. Ishishini liye lamkelwa ngokubanzi Isango-Around (GAA) izakhiwo, ezidla ngokubizwa ngokuba zii-nanosheets. Olu tshintsho lubonelela ngolawulo oluphezulu lwe-electrostatic, oluvumela ukuqhubeka kokulinganisa ngaphandle kokuvuza okugqithisileyo.
- Ukuphuculwa kokuSebenza: I-GAA ibonelela nge-15% ukusebenza okungcono kwinqanaba elifanayo lamandla xa kuthelekiswa neeFinFET zesizukulwana sokugqibela.
- Ukuguquguquka koyilo: Ii-Foundries zinokuhlengahlengisa ububanzi bee-nanosheets ukuze zicule idrayivu yangoku, inikezela ngokwezifiso ngakumbi kumthwalo othile womsebenzi.
- Ukuqhubekeka kokulinganisa: Olu lwakhiwo luxhasa ukuhla ukuya kwi-18A kunye ne-14A elinganayo, iqinisekisa indlela ecacileyo yophuculo lwexesha elizayo.
Abavelisi bahlaziya zabo itafile yefab amangenelo ngoku abonisa ngokucacileyo ukulungela i-GAA njengomahluli ophambili. Abathengi abafuna ukusebenza ngokugqibeleleyo kwee-SoCs eziphathwayo okanye iziko ledatha ye-GPUs babeka phambili amaziko axhotyiswe ngezi zixhobo zodidi oluphezulu.
IiNethiwekhi zokuNikezelwa koMbane ngasemva (BSPDN)
Olunye utshintsho olubonakalayo ngo-2026 itafile yefab kukuphunyezwa kweBackside Power Delivery Networks. Ngokwemveli, amandla kunye neengcingo zomqondiso zikhuphisana ngesithuba kwicala langaphambili lesilicon. I-BSPDN ihambisa indlela yamandla ukuya ngasemva kwewafer.
Olu tshintsho lwezakhiwo luvelisa inzuzo ebalulekileyo. Inciphisa ukuhla kwe-IR, iphucula imfezeko yomqondiso, kwaye ikhulula umhlaba oxabisekileyo kwicala langaphambili le-logic transistors. Abaseki abaphambili baqalise ukuveliswa komthamo kusetyenziswa obu buchule, bephawula umzuzu obalulekileyo kwindaleko yoMthetho kaMoore. Abaqulunqi kufuneka ngoku baphendule ngemithetho emitsha yoyilo xa bekhetha iqabane lokwenziwa.
UkuPhakhelwa okuPhakamileyo kunye nokuDityaniswa kweChiplet
Inkcazo ye "fab" iye yanda ngaphaya kwemveliso yangaphambili. Ngo-2026, i itafile yefab ngokwandayo ibandakanya i-backend-of-line (BEOL) izakhono, ngokukodwa iinkonzo zokupakisha eziphambili ezifana ne-2.5D kunye nokuhlanganiswa kwe-3D. Ixesha le-monolithic chips linika indlela yoyilo lweemodyuli.
Ii-chiplets zivumela abavelisi ukuba baxube kwaye batshatise iindawo zenkqubo. Isantya esiphezulu sokufa sekhompuyutha sinokwenziwa kwi-node ye-3nm, ngelixa i-I/O kunye nezixhobo zememori zisebenzisa iinodi ezivuthiweyo, ezineendleko ezifanelekileyo. Esi sicwangciso sikhulisa isivuno kwaye sinciphisa iindleko zenkqubo jikelele. Ii-Foundries ezibonelela ngokudityaniswa komthungo phakathi kwe-logic yangaphambili kunye ne-back-end package zibona eyona mfuno iphezulu.
2026 Fab Table Uthelekiso: Top Models kunye Foundries
Ukuzulazula kubume bomthengisi obuntsonkothileyo, siye saqulunqa ucazululo oluthelekisekayo lwemifuziselo ehamba phambili ekhoyo ngo-2026. Oku itafile yefab uthelekiso luqaqambisa izahlulo eziphambili ekuthiweyweni kwamagama, iitekhnoloji zokupakisha, kunye nezicelo ekujoliswe kuzo.
| Imodeli ye-Foundry | Indawo ekhokelayo (2026) | Uyilo olungundoqo | ITekhnoloji yokuPakisha | Ugqaliselo Olungundoqo |
| TSMC N2 Series | 2nm (N2P) | I-GAA Nanosheet | CoWoS-L / SoIC | AI Accelerators, Mobile |
| Samsung SF2 | 2nm (SF2LPP) | I-GAA MBCFET | I-CubeX | HPC, Izithuthi |
| Intel 18A | 18 Angstrom | I-RibbonFET + BSPDN | Foveros Ngqo | Iziko leDatha, iCPU yoMthengi |
| GlobalFoundries | 12LP+ / RF | I-FinFET (Baqolileyo) | 2.5D Abangeneleli | IoT, iAutomotive, 5G |
| UMC | 22nm / 28nm | Planar / FinFET | I-Standard Bump | Bonisa Abaqhubi, PMIC |
Oku itafile yefab I-snapshot ibonisa umahluko ocacileyo kwiqhinga. Ngelixa i-TSMC kunye ne-Samsung idabi lokopha komphetho woxinaniso lwengqondo, i-Intel isebenzisa itekhnoloji yamandla angasemva okhethekileyo kubakhuphisana be-leapfrog ekusebenzeni kwamandla. Ngeli xesha, iziseko ezikhethekileyo ezifana ne-GlobalFoundries kunye ne-UMC zilawula icandelo le-node esele ikhulile, ehlala ibalulekile kwi-analog, i-RF, kunye neesekethe ezidibeneyo zolawulo lwamandla (PMIC).
Ukutshintsha kwamaxabiso kunye noLwakhiwo lweendleko ngo-2026
Ukuqonda iziphumo zeendleko ze itafile yefab ibalulekile kuhlahlo lwabiwo-mali kunye nokusebenza kwemveliso. Ngo-2026, amaxabiso e-wafer azinzile emva kokungazinzi kweshumi leminyaka lokuqala, kodwa kukho iprimiyamu eyahlukileyo yeendawo ezikhokelayo. Iindleko nge-wafer nganye ayisekho malunga namanyathelo e-lithography; ibandakanya i-metrology ebiza imali eninzi, ukuhlolwa kweziphene, kunye ne-package overheads.
I-Leading-Edge vs. UQoqosho lweNdawo eQilileyo
Umsantsa wexabiso phakathi kwe-3nm-class nodes kunye neenkqubo ze-28nm ezivuthiweyo ziye zanda. I-300mm wafer kwi-2nm node inokubiza kakhulu kuneyangaphambili ngenxa yokuntsokotha okugqithisileyo kweeleya ze-EUV zelithography. Nangona kunjalo, i ixabiso transistor iyaqhubeka nokuhla, isenza ii-node eziphambili zisebenze kuluhlu olubanzi lwezicelo ezingaphaya kwee-smartphones zeflegi.
- Iindleko zeMaski: Iiseti zePhotomask zesub-3nm node zihlala zilutyalo-mali lwangaphambili, zihlala zidlula amashumi ezigidi zeedola.
- Isifundo seSivuno: Abo bamkela abantwana kwangethuba bahlawula “iprimiyamu yomngcipheko.” Njengoko izivuno zikhula ngo-2026, iindleko ezisebenzayo ngokufa ngokulungileyo ziyehla kakhulu.
- Izongezo zokuPakisha: Ukupakishwa okuphezulu kunokongeza i-20-30% kwixabiso elipheleleyo lokuvelisa kodwa kudla ngokuyimfuneko ukufezekisa iinjongo zokusebenza kwinqanaba lenkqubo.
Kwiinkampani ezihlalutya i itafile yefab ukulungiselela iindleko, isicwangciso sisoloko sibandakanya ubungakanani obuchanekileyo bendawo. Ukusebenzisa i-node ye-5nm yecandelo elifuna kuphela ukusebenza kwe-7nm iziphumo kwinkcitho engeyomfuneko. Ngokwahlukileyo, ukucaciswa ngaphantsi kunokukhokelela kwi-thermal throttling kunye namava asebenzayo omsebenzisi.
Ukwahluka kwamaxabiso eNgingqi
Imiba ye-Geopolitical yazise amanqanaba amaxabiso engingqi. Inkxaso-mali evela kuMthetho we-CHIPS e-US kunye namanyathelo afanayo eYurophu nase-Asia atshintshe ubume beendleko obusebenzayo kwimveliso yasekhaya. Ngelixa amaxabiso e-base wafer ehlala ekhuphisana nehlabathi, ixabiso lilonke lokufika ngoku libandakanya iipremiyamu zokhuseleko lolungiselelo kunye nezicwangciso zogcino-mpahla.
Abaphathi bekhonkco lonikezelo kufuneka bajonge ngaphaya kwexabiso lesihloko kwi itafile yefab. Kufuneka bathathele ingqalelo izivumelwano zobonelelo lwexesha elide (LTSA), imirhumo yogcino lwezakhono, kunye nesakhono senkuthazo karhulumente enokuhlawula iindleko zokuqala zenkunzi. Ukuba bhetyebhetye ekufumaneni indawo kwiindawo ezahlukeneyo zejografi kuba yimfuneko esemgangathweni wokomelela.
Ukusetyenziswa koBuchule: Ngubani ofuna Yeyiphi iModeli yeFab?
Ukukhetha ungeno olufanelekileyo kwi itafile yefab ixhomekeke ngokupheleleyo kwi-domain yesicelo. Akukho sicombululo esilinganayo kwi-2026. Amashishini ahlukeneyo abeka phambili iimpawu ezahlukeneyo, ukusuka kwisantya esiluhlaza ukuya kwixesha elide lokufumaneka kunye nokunyamezela ukushisa.
Ubukrelekrele bokwenziwa kunye neKhompyutha eSebenza ngokuPhezulu
Kumaqela oqeqesho lwe-AI kunye neenjini ze-inference, eyona nto iphambili kukuba Ubuninzi be-transistor kwaye imemori bandwidth. Ezi zicelo zifuna iindawo zamva nje (2nm/18A) ezidityaniswa ne-2.5D okanye i-3D yokupakishwa. Ukukwazi ukudibanisa i-HBM (iMemori yeBandwidth ePhakamileyo) emelene ngokuthe ngqo ne-logic die ayinakuthetha.
Iinkampani kweli candelo iliso elibukhali itafile yefab kwiCoWoS kunye neFoveros ulwabiwo lwezakhono. Ukunqongophala kwiindawo zokupakisha kudla ngokuyiphazamisa imveliso ngaphezu kokwenziwa kwewafer ngokwayo. Ukukhusela umthamo apha kufuna izibophelelo zeminyaka emininzi kunye nentsebenziswano esondeleyo kunye namaqela obunjineli besiseko.
I-Automotive and Industrial IoT
Icandelo leemoto linikezela ngeemfuno ezahlukeneyo. Ukuthembeka, ubomi obude, kunye nokusebenza kwindawo enzima ithatha indawo yokuqala ngaphezu kwesantya esiphezulu. Ngenxa yoko, i itafile yefab amangeno e-40nm, 28nm, kunye ne-22nm FD-SOI nodes abaluleke kakhulu kweli candelo.
- isiqinisekiso soKhuseleko: Iinkqubo kufuneka zixhase imigangatho ye-ISO 26262 ASIL-D.
- Uluhlu lobushushu: Iichips kufuneka zisebenze ngokuthembekileyo ukusuka kwi -40°C ukuya kwi-150°C.
- Ukubonelela ngoBomi obude: Ubomi bezithuthi buthatha iminyaka eyi-10-15, efuna ukufumaneka kwenkqubo eqinisekisiweyo.
Iimveliso ezikhethekileyo ziyagqwesa apha, zibonelela ngezakhono ezixubeneyo ze-analog ezifakwe ngaphakathi kokuhamba kwedijithali. Ugqaliselo lusekucutheni ukungaphumeleli kwentsimi kunokwandisa isantya sewotshi.
Nangona kunjalo, ukuchaneka okufunekayo kwimveliso ye-semiconductor kunabela ngaphaya kwe-silicon wafer ukuya kwisiseko somzimba esixhasa imveliso. Kanye njengokuba abaqulunqi be-chip baxhomekeke kwiitafile ze-fab ezichanekileyo, iinjineli zamaziko zixhomekeke kwisixhobo esichanekileyo esiphezulu ukugcina ulungelelwaniso kunye nokuzinza ngexesha lokuhlanganisa kunye novavanyo. Botou Haijun Metal Products Co., Ltd. iye yavela njengeqabane eliphambili kule ecosystem, igxile kuphando, uphuhliso, kunye nokuveliswa kwezixhobo ezichanekileyo zemodyuli ezichanekileyo kunye nezixhobo zesinyithi. Ukuzibophelela ekuboneleleni ngokufanelekileyo kwe-welding kunye nezisombululo zokubeka kwimveliso yanamhlanje, umgca wemveliso we-Haijun Metal uquka izinto ezininzi ze-2D kunye ne-3D eziguquguqukayo ze-welding platforms. Eyaziwayo ngokuchaneka kwawo okukhethekileyo, la maqonga abe zizixhobo ezikhethiweyo ze-jigging kwi-machining, i-automotive, kunye ne-aerospace industries-amacandelo axhomekeke kakhulu kwi-semiconductor supply chain. Uluhlu lwazo olubanzi lwamacandelo ancedisayo, afana ne-U-shaped kunye ne-L-shaped multi-purpose box box, i-200-series support angle irons, kunye ne-0-225 ° i-angle gauges ye-universal angle, idibanisa ngokungenamthungo ukwenzela ukuba i-workpiece ibekwe ngokukhawuleza. Ngaphaya koko, iiplatifti zabo zentsimbi ye-3D yokuwelda kunye neebhloko zokudityaniswa kwee-engile ziqinisekisa ukuqina kunye nozinzo oluyimfuneko kwiimfuno ezingqongqo zokwenziwa kombane. Ngeminyaka yamava oshishino, i-Haijun Metal isebenza njengomthengisi othembekileyo ngaphakathi nangaphandle, eqinisekisa ukuba iziseko ezibonakalayo zemveliso yobuchwepheshe obuphezulu bomelele njengeetshipsi ngokwazo.
I-Electronics yabathengi kunye neMobile
Ii-SoCs eziphathwayo zihlala ekudibaneni kokusebenza kunye nokusebenza kakuhle kwamandla. Ubomi bebhetri yeyona nto inzima. Ke ngoko, abavelisi bemfonomfono baxhathisa i itafile yefab ukufumana indawo eswiti apho impumelelo yokusebenza ingaphazamisi iimvulophu ezishushu. Iinodi ze-3nm kunye ne-2nm zibalulekile apha, zibonelela ngeyona ndlela ilungileyo yokusebenza-nge-watt.
Ukongeza, uyilo lweselula lusebenzisa ngakumbi ukudibanisa okungafaniyo. Iiprosesa zesicelo, iimodem, kunye neziphelo zangaphambili zeRF zisenokwenziwa kwiindawo ezahlukeneyo kwaye zipakishwe kunye. Le ndlela ivumela abaqulunqi ukuba bakhulise inkqubo esezantsi nganye bebodwa ngelixa begcina ifom yefom ehlangeneyo.
Indlela yokutolika kunye nokusebenzisa iFab Table Data
Ukufikelela a itafile yefab linyathelo lokuqala kuphela; ukutolika idatha ngokuchanekileyo kufuna ubuchule. Ukungafundi kakuhle amanani okanye amanqanaba okulungela iteknoloji kunokukhokelela ekulibazisekeni okuyingozi kwemveliso. Nantsi indlela ecwangcisiweyo yokusebenzisa le datha ngokufanelekileyo.
ISikhokelo sokuHlalutya iNyathelo ngeNyathelo
- Chaza iiMfuno: Cacisa ngokucacileyo ukusebenza kwakho, amandla, indawo, kunye neendleko (PPAC) ekujoliswe kuzo ngaphambi kokujonga nayiphi na idatha.
- Hluza ngeNode: Nciphisa phantsi i itafile yefab kwiindawo ezidibana nobuninzi bakho obuncinci kunye neenkcukacha zokuvuza.
- Vavanya i-Ecosystem: Khangela ukufumaneka kwe-IP, ukukhula kwekhithi yoyilo, kunye nokuhamba kwereferensi yendawo ekhethiweyo.
- Uvavanyo lwesakhono: Jonga ngaphaya komthamo oqhelekileyo. Phanda iindawo ezifumanekayo zokuphela kwe tape-outs kwixesha lakho ekujoliswe kulo.
- Phonononga ulungelelwaniso lwendlela: Qinisekisa ukuba indlela yemfuduko yexesha elizayo ye-Foundry ihambelana nezicwangciso zakho zomjikelo wemveliso.
Le ndlela ecwangcisiweyo iqinisekisa ukuba izigqibo ziqhutywa yidatha kunokuba zisekelwe kwi-hype yokuthengisa. Inceda ekuchongeni imiqobo enokubakho kwangethuba kwisigaba soyilo, ukonga ixesha kunye nezixhobo.
Imigibe eqhelekileyo ekufuneka uyiphetshwe
Impazamo enye eqhelekileyo kukucinga ukuba amagama ee-node ayalingana kwii-Foundries. Indawo ye-“3nm” esuka kumthengisi omnye inokuba noxinaniso olwahlukileyo lwe-transistor okanye i-gate pitches kunomnye. Soloko uthelekisa iimetrics ezibonakalayo kuneelebhile zentengiso xa uphonononga itafile yefab.
Omnye umgibe kukungahoyi imiqobo ye-backend. Inkqubo emnandi yesiphelo sangaphambili ayinamsebenzi ukuba itekhnoloji yokupakisha ehambelanayo ibhukishwe ngokupheleleyo okanye ayihambelani nobungakanani bakho bokufa. Uvavanyo olupheleleyo lungundoqo kwi-tape-outs eyimpumelelo kwimeko enzima ka-2026.
Imibuzo Ebuzwa Rhoqo malunga neTheyibhile yeFab ka-2026
Yeyiphi eyona metric ibaluleke kakhulu kwitafile yelaphu kuqalo lwe-AI?
Ukuqala kwe-AI, eyona metric ibaluleke kakhulu ihlala ukufumaneka kokupakishwa idibene ne ukusebenza-nge-watt nganye. Ngelixa ingxinano ye-transistor eluhlaza ibalulekile, ukukwazi ukukhusela i-CoWoS okanye iindawo zokupakisha ezilinganayo ziqinisekisa ukuba itshiphu inokuveliswa kwaye ithunyelwe. Ukufikelela kwi-high-bandwidth ujongano lwememori kwakhona yinto ethatha isigqibo.
Ngaba iindawo ezivuthiweyo zisasebenza ngo-2026?
Ngokuqinisekileyo. Iinodi ezivuthiweyo (28nm nangaphezulu) ziyaqhubeka nokuqhuba uninzi lomthamo weyunithi ye-semiconductor. Ziyimfuneko kwiimoto, kwimizi-mveliso, kwi-IoT, kunye nezicelo zolawulo lwamandla. I itafile yefab ibonisa ukuba ukwandiswa kwamandla kwiindawo ezikhulileyo kuyaqhubeka ukuhlangabezana nemfuno ezinzileyo, ebonisa ukuba zihlala zisisiseko soshishino.
Ingaba ukuxinana kwezopolitiko kuyichaphazela njani idatha yetafile yefab?
Uxinzelelo lwe Geopolitical lukhokelele ekuqhekekeni kwe itafile yefab. Idatha ngoku ihlala ihlula phakathi komthamo okhoyo kwimimandla eyahlukeneyo ngenxa yolawulo lokuthumela ngaphandle kunye neemfuno zomxholo wendawo. Abacwangcisi bekhonkco lonikezelo kufuneka baqinisekise imvelaphi yejografi yamandla okuqinisekisa ukuthotyelwa kwemimiselo yorhwebo lwamazwe ngamazwe.
Ngaba iinkampani ezincinci zingafikelela kwiindawo eziphambili ezidweliswe kwitafile yelaphu?
Ukufikelela kuyenzeka kodwa kunzima. Iindawo ezikhokelayo zifuna utyalo-mali lwe-NRE (Non-Recurring Engineering). Nangona kunjalo, iishuttles zeprojekthi ezininzi (i-MPW) kunye neenkqubo zofikelelo ezisekwe kwilifu ezibonelelwa ngamaziko aphambili zehlisa imiqobo. Iinkampani ezincinci zinokwenza iprototype kwiindawo eziphambili, nangona imveliso yevolumu ihlala ifuna inkxaso-mali ebalulekileyo kunye nobuhlakani obucwangcisiweyo.
Isiphelo kunye neeNgcebiso zeQhinga
I itafile yefab kuba i-2026 ingaphezulu koluhlu lweenkcukacha; yimephu eguqukayo yenkangeleko yobuchwephesha behlabathi. Ibonisa unyaka apho ukuveliswa kwezinto ezintsha, ukusuka kwi-GAA ukuya kumandla angasemva, kuchaza kwakhona into enokwenzeka kwi-silicon. Kumashishini ahamba kulo mmandla, ukukwazi ukutolika la manqaku edatha ngokuchanekileyo luncedo lokukhuphisana.
Impumelelo kule meko ifuna indlela elungeleleneyo. Ngelixa umtsalane weyona node incinci yomelele, olona khetho lulungileyo luhlala lulolona lulunge ngakumbi kwiimfuno zemveliso ethile, imiqobo yohlahlo lwabiwo-mali, kunye nexesha elifanelekileyo. Nokuba wakha isizukulwana esilandelayo se-AI ye-accelerators okanye abalawuli abathembekileyo beemoto, ukungena okufanelekileyo itafile yefab ikhona kwiimfuno zakho.
Ngubani ofanele asebenzise esi sikhokelo? Abaphathi beeMveliso, abacwangcisi bekhonkco lokubonelela, kunye nabayili behardware abajonge ukulungelelanisa iimephu zabo zendlela kunye neenyani zokuvelisa. Ukuba ucwangcisa i tape-out kulo nyaka uzayo, qala ngokuphicotha iimfuno zakho zePPAC ngokuchasene nezamva nje itafile yefab idatha. Zibandakanye kwangethuba kunye nabameli be-Foundry ukukhusela amandla kunye nokuqinisekisa isicwangciso sakho soyilo. Ikamva le-silicon liqaqambile, kodwa liyabathanda abo baceba ngokuchanekileyo nangokubona kwangaphambili.
