Ngokukhutshwa okukhulu kweHuawei kwe-“Tao (τ) Law” ngoMeyi 25 kulo nyaka, endaweni ye-“geometric scaling” yendabuko nge-“time scaling,” eli shishini liqhubeka nokunciphisa ukubambezeleka kokusasazwa kwesignali kwaye linyusa kakhulu uxinano lwe-transistor. Oku kuvula ngokusesikweni ixesha elitsha apho imboni ye-semiconductor yaseTshayina isuka “ekulandeleni imithetho” iye “kwiiparadigms eziphambili.” Kwangaxeshanye, amasebe amahlanu kuquka iKhomishini yoPhuhliso noHlaziyo yeSizwe aqhubekile nokwandisa inkxaso yenkuthazo yerhafu ka-2026, kwaye izixhobo zokuhlola i-semiconductor zibandakanyiwe ngokucacileyo kuluhlu lwempumelelo yeshishini eliphuhlileyo “le-15th Five-Year Plan”. Umfutho ophindwe kathathu “wemfuno ekhulayo + inkxaso enamandla yomgaqo-nkqubo + ukutshintshwa okukhawulezileyo kwasekhaya” kudale ifestile ebalulekileyo yokuphumelela ngokukhawuleza kwezixhobo zovavanyo lwe-semiconductor eziphuhliswe ngokuzimeleyo eTshayina.
Ziqhutywa lutshintsho lwemizi-mveliso kunye nomgaqo-nkqubo wesizwe, izixhobo zokuhlola i-semiconductor wafer, njengoko iziseko zolawulo lwemveliso zigubungela uyilo lweetshiphusi, ukwenziwa kwe-wafer, ukupakishwa, kunye novavanyo, zingena kwixesha le-resonance "lokubuyiselwa kwehlabathi + ukutshintshwa okukhawulezileyo kwasekhaya." Njengoko iinkqubo ze-semiconductor ziqhubela phambili ukuya kwi-nanometer kunye ne-atomic scale, iziphene ezincinci kumphezulu we-wafer, ezifana nemikrwelo, amasuntswana, imingxunya, kunye nongcoliseko, zinempembelelo ebaluleke kakhulu kwi-chip yield. Kuhlolo lwe-wafer, izixhobo zokuhlola i-otomatiki (AOI) kufuneka zisebenze imithamo emikhulu yedatha yomfanekiso enesisombululo esiphezulu ngexesha langempela, zibeka iimfuno ezingqongqo kumandla ekhompyutha, ukwanda, uzinzo, kunye nokuziqhelanisa nokusingqongileyo kweyunithi yekhompyutha eyintloko.
Umboneleli wezisombululo zasekhaya ogxile kwizixhobo zokuhlola ii-semiconductor wayefuna izixhobo zakhe zokuhlola ii-wafer defect ukuze zihlangabezane nemigangatho ephezulu yokucoca ngelixa evumela ukufunyanwa okukhawulezileyo okuhambelanayo kwiikhamera ezininzi, ukusebenza ngexesha langempela kwee-algorithms zokuqaphela ii-AI defect, kunye nemveliso engaphazanyiswayo iiyure ezingama-24 ngosuku, iintsuku ezisi-7 ngosuku, iintsuku ezisi-7 ngosuku. Ngoko ke, umthengi uchaze iimfuno ezicacileyo zekhompyutha ephambili yemizi-mveliso.
Umngeni wabathengi
Kwiprojekthi yokuphucula izixhobo zokuhlola i-wafer yomthengi, kuchongwe le mingeni ilandelayo iphambili:
1. Iimfuno zokuhlolwa ngexesha langempela ezichanekileyo kakhulu:Inkqubo yayifuneka ukuba ngaxeshanye icubungule imifanekiso yomphezulu we-wafer ethathwe ziikhamera ezininzi zoshishino ezinesisombululo esiphezulu kwaye ichonge iziphene ezikumgangatho we-micron ezifana nemikrwelo, amasuntswana, kunye namabala ngexesha langempela.
2. Ukungonelanga kokwandiswa:Izixhobo ezifunekayo ukuqhagamshela iikhamera ezininzi zoshishino, amakhadi olawulo lokuhamba, amakhadi okufumana idatha, abalawuli bomthombo wokukhanya, kunye nezinye izixhobo ze-PCIe/PCI ngaxeshanye.
3. Uzinzo kunye nokuthembeka:Imigca yemveliso ye-semiconductor ifuna ukusebenza rhoqo iiyure ezingama-24 ngosuku, iintsuku ezisi-7 ngeveki, kwaye naluphi na ixesha lokungasebenzi elingalindelekanga linokubangela ilahleko enkulu. Izixhobo nazo bezifuneka ukuze zilungelelanise neendawo zokucoca ze-wafer-fab ezihambelana ne-ISO 14644-1 kwaye zibonelele ngokhuseleko oluqinileyo lwe-ESD.
4. Iimfuno zokhuseleko lwedatha:Idatha yokuhlola yayifuneka igcinwe ixesha elide, ngenkxaso ye-RAID array ukuthintela ukulahleka kwedatha okubangelwa kukusilela kwe-single-drive.
Isisombululo se-APQ
Ngokusekelwe kwezi mfuno, i-APQ inike umthengi isisombululo sokuhlola iimpazamo ze-wafer isebenzisa ikhompyutha ye-IPC350-Q670SA2 yokujonga i-wafer njengeyunithi eyintloko yokubala. Esi sisombululo sinika ezi zibonelelo zilandelayo ziphambili:
01 Ukusebenza okunamandla kwekhompyutha ukuze kuhlolwe ngexesha langempela
I-IPC350-Q670SA2 ixhotyiswe nge-Intel® 12th/13th/14th Gen Core/Pentium/Celeron desktop CPUs kunye ne-4 × DDR5 memory slots, exhasa ukuya kuthi ga kwi-192 GB. Ingaphatha ngokulula ukucutshungulwa kwedatha yomfanekiso omkhulu ngexesha langempela kunye noqikelelo oluhambelanayo lwee-algorithms zombono ontsonkothileyo kwiimeko zokuhlolwa kwe-wafer. Nokuba ichonga imikrwelo emincinci yomphezulu okanye ihlalutya iziphene zekristale ye-nanoscale, inika inkxaso yekhompyutha efunekayo kwimpendulo yexesha langempela.
02 Ulwandiso olubanzi lwezicwangciso zokuhlola ezininzi
Izithuba ezi-7 zokwandisa ubude obupheleleyo: kuquka i-2 × PCIe x16, i-3 × PCIe x4, kunye ne-2 × PCI, ukuhlangabezana nesidingo sokudibanisa iikhamera ezininzi ezikhawulezayo, amakhadi okulawula intshukumo, kunye namakhadi okukhawulezisa e-GPU ngaxeshanye kwizixhobo zokuhlola i-wafer.
I-1 × M.2 Key-E ixhasa iimodyuli ze-Wi-Fi/Bluetooth ukuze kube lula ukwandisa i-wireless.
Isigcini sekhadi sokwandisa i-PCIe esingenazo izixhobo sisebenzisa uyilo olumelana nokungcangcazela olufanele indawo yokungcangcazela okuncinci kwiindawo zokusebenzela ze-wafer-fab.
03 Ii-interfaces ze-I/O ezityebileyo ukuze kube lula ukuhlanganiswa kwenkqubo
Ngasemva: Iiports ze-Ethernet ze-2 × RJ45 Gigabit, i-6 × USB 5 Gbps, i-1 × RS232, kunye ne-output ezimeleyo ye-triple-display nge-HDMI/VGA/DVI-D, exhasa uqhagamshelo ngaxeshanye lwabalawuli bemithombo yokukhanya, iikhamera, iimonitha, kunye nee-PLC.
Ngaphambili: 2 × USB, iswitshi yombane, kunye nezikhombisi zesimo ukuze kube lula ukulungisa nokulungisa ingxaki kwindawo.
Ngaphakathi: Iiports ze-5 × USB, 5 × COM ezine-RS232/485/422 ekhethiweyo, kunye ne-8-channel GPIO, ezivumela uqhagamshelo kwiisensa ezahlukeneyo kunye nee-actuators ngaphandle kokwandiswa okongezelelweyo kwaye zinciphisa kakhulu ubunzima bokuhlanganiswa kwenkqubo.
04 Ukuthembeka kwinqanaba lemizi-mveliso kwiindawo ezirhabaxa
Itshasi yentsimbi egqunywe ngokupheleleyo ikhusela ngempumelelo ukuphazamiseka kwe-electromagnetic kwaye isebenza noyilo lomhlabathi ukubonelela ngokhuseleko olusisiseko lwe-ESD.
Uyilo lokuhamba komoya oluzimeleyo: ukupholisa okukrelekrele ngefeni yeCPU kunye nefeni yenkqubo, okuxhasa ubushushu obusebenzayo obuphakathi kwe-0-50°C kunye nokugcina uzinzo lobushushu nokuba kuphantsi kovavanyo olude, olunomthwalo omninzi.
Ii-drive bays ezimbini ezimelana nokushukuma eziziisentimitha eziyi-3.5 zixhasa ukusasazwa kwe-hybrid kwee-SSD ezikhawulezayo kunye nee-HDD ezinkulu, ezihlangabezana neemfuno zokugcina idatha yohlolo lwexesha elide kunye nokugcinwa kwedatha ekhuselekileyo, kunye nee-RAID arrays ezinokucwangciswa.
Itshasi encinci ye-4U, enobukhulu obuyi-330 × 351 × 180 mm, ixhasa ukufakwa eludongeni kunye nokufakwa kwidesktop, ilungelelanisa ngokulula uyilo lwezixhobo zokuhlola ezahlukeneyo.
Impumelelo yexabiso:
Ngokuzisa i-APQ IPC350-Q670SA2, umboneleli wesisombululo sezixhobo zokuhlola ze-semiconductor uphumelele ngempumelelo oku kulandelayo:
Iphucuke kakhulu indlela yokuhlola:
Ukudityaniswa kweCPU esebenza kakhulu kunye nememori enamandla amakhulu kuphucula ukusebenza kakuhle kwee-algorithms zokuqaphela iziphene ze-AI, okuvumela ukuba i-wafer ikwazi ukuhlangabezana neemfuno zomgca wemveliso.
Ubunzima bokuhlanganiswa kwenkqubo obuncitshisiweyo:Izithuba ezisixhenxe zokwandisa ubude obupheleleyo kunye neendawo ezityebileyo ze-I/O zivumela ukuhlanganiswa kweekhamera, amakhadi okufumana, amakhadi okunyakaza, ii-PLC, kunye nezinye izixhobo ngomatshini omnye, okwenza kube lula uyilo lwenkqubo kwaye kuphuculwe ukuthembeka komatshini ngokubanzi.
Imveliso eqhubekayo eqinisekisiweyo:Ukuthembeka kwinqanaba lemizi-mveliso, ukupholisa okukrelekrele, kunye neendlela zokhuseleko lwedatha ezisekelwe kwi-RAID ziqinisekisa ukusebenza okuzinzileyo iiyure ezingama-24 ngosuku, iintsuku ezisi-7 ngeveki kwiindawo zokucoca, nto leyo egcina izinga lokungaphumeleli kwenyanga liphantsi kakhulu.
Ukusasazwa okuguquguqukayo kunye nokonga indawo:Itshasi encinci ye-4U ixhasa ukufakwa eludongeni kwaye ingadibaniswa ngokulula kwiikhabhathi zezixhobo zokuhlola ezincinci, inika abathengi inkululeko enkulu kuyilo lwemigca yemveliso.
Ixesha lokuthumela: Juni-04-2026
