Ngokukhishwa okukhulu kwe-Huawei kwe-“Tao (τ) Law” ngoMeyi 25 kulo nyaka, esikhundleni se-“geometric scaling” yendabuko nge-“time scaling,” imboni iqhubeka nokunciphisa ukubambezeleka kokusabalala kwesignali futhi ikhulisa kakhulu ubuningi be-transistor. Lokhu kuvula ngokusemthethweni inkathi entsha lapho imboni ye-semiconductor yaseShayina isuka “ekulandeleni imithetho” iye “ezindleleni ezihamba phambili.” Ngesikhathi esifanayo, iminyango emihlanu kuhlanganise ne-National Development and Reform Commission iqhubekile nokwandisa ukwesekwa kwesikhuthazo sentela ngo-2026, futhi imishini yokuhlola ye-semiconductor ifakiwe ngokusobala ohlwini lwe-“15th Five-Year Plan” lwentuthuko yezimboni ezisafufusa. Umfutho ophindwe kathathu “wesidingo esikhulayo + ukwesekwa kwenqubomgomo okuqinile + ukushintshwa kwekhaya okusheshisiwe” kudale iwindi elibalulekile lokuthuthuka okusheshayo kwemishini yokuhlola ye-semiconductor ethuthukiswe ngokuzimela yaseShayina.
Iqhutshwa kokubili ukuguqulwa kwezimboni kanye nenqubomgomo kazwelonke, imishini yokuhlola i-semiconductor wafer, njengoba ingqalasizinda yokulawula isivuno ehlanganisa ukwakheka kwe-chip, ukukhiqizwa kwe-wafer, ukupakishwa, kanye nokuhlolwa, ingena esikhathini sokuqaqamba “sokubuyiselwa komhlaba wonke + ukushintshwa okusheshayo kwasekhaya.” Njengoba izinqubo ze-semiconductor ziqhubekela phambili ku-nanometer ngisho nasesikalini se-athomu, amaphutha amancane ezindaweni ze-wafer, njengokuklwebheka, izinhlayiya, imigodi, kanye nokungcola, kunomthelela obaluleke kakhulu ekukhiqizweni kwe-chip. Ekuhlolweni kwe-wafer, imishini yokuhlola okuzenzakalelayo kwe-optical (AOI) kumele icubungule inani elikhulu ledatha yesithombe enesinqumo esiphezulu ngesikhathi sangempela, ibeke izidingo eziqinile emandleni okusebenzisa ikhompyutha, ukunwebeka, ukuzinza, kanye nokuzivumelanisa nemvelo kweyunithi eyinhloko yokubala.
Umhlinzeki wezixazululo zasekhaya ogxile emishinini yokuhlola ye-semiconductor wayedinga imishini yakhe yokuhlola amaphutha e-wafer ukuze ahlangabezane nezindinganiso zokuhlanza eziphakeme ngenkathi evumela ukutholwa okuvumelanisiwe okusheshayo okuvela kumakhamera amaningi, ukusebenza kwesikhathi sangempela kwama-algorithms okubona amaphutha e-AI, kanye nokukhiqizwa okungaphazanyiswa amahora angama-24 ngosuku, izinsuku eziyi-7 ngesonto. Ngakho-ke, ikhasimende lichaze izidingo ezicacile zekhompyutha eyinhloko yezimboni.
Inselele Yamakhasimende
Kuphrojekthi yokuthuthukisa imishini yokuhlola i-wafer yamakhasimende, kwatholakala izinselele ezilandelayo ezibalulekile:
1. Izidingo zokuhlola zesikhathi sangempela ezinembile kakhulu:Uhlelo beludingeka ukuthi lucubungule ngasikhathi sinye izithombe zobuso obucwebezelayo ezithathwe ngamakhamera amaningi ezimboni anesinqumo esiphezulu futhi lubone amaphutha ezingeni le-micron njengokuklwebheka, izinhlayiya, kanye namabala ngesikhathi sangempela.
2. Ukunganwebeki ngokwanele:Imishini edingekayo ukuxhuma amakhamera amaningi ezimboni, amakhadi okulawula ukunyakaza, amakhadi okuthola idatha, abalawuli bomthombo wokukhanya, kanye namanye amadivayisi e-PCIe/PCI ngesikhathi esisodwa.
3. Ukuqina nokuthembeka:Imigqa yokukhiqiza i-semiconductor idinga ukusebenza okuqhubekayo okungu-24/7, futhi noma yisiphi isikhathi sokungasebenzi esingalindelekile singabangela ukulahlekelwa okukhulu. Imishini yayidingeka futhi ukuzivumelanisa nezimo zegumbi lokuhlanza elifana ne-wafer-fab elihambisana ne-ISO 14644-1 futhi linikeze ukuvikelwa okuqinile kwe-ESD.
4. Izidingo zokuphepha kwedatha:Idatha yokuhlola kwakudingeka igcinwe isikhathi eside, ngokusekelwa kwe-RAID array ukuvimbela ukulahleka kwedatha okubangelwa ukwehluleka kwe-single-drive.
Isixazululo se-APQ
Ngokusekelwe kulezi zidingo, i-APQ inikeze ikhasimende isisombululo sokuhlola amaphutha e-wafer sisebenzisa ikhompyutha yezimboni yokuhlola i-wafer efakwe odongeni ye-IPC350-Q670SA2 njengeyunithi eyinhloko yokubala. Isixazululo sinikeza izinzuzo ezilandelayo ezibalulekile:
01 Ukusebenza okunamandla kwekhompyutha kokuhlolwa kwesikhathi sangempela
I-IPC350-Q670SA2 ifakwe ama-CPU edeskithophu e-Intel® 12th/13th/14th Gen Core/Pentium/Celeron kanye nezikhala zememori ze-4 × DDR5, ezisekela kufika ku-192 GB. Ingaphatha kalula ukucutshungulwa kwedatha yesithombe esikhulu ngesikhathi sangempela kanye nokuqagela okuhambisanayo kwama-algorithms ombono ayinkimbinkimbi ezimweni zokuhlola i-wafer. Kungakhathaliseki ukuthi ibona imihuzuko emincane ebusweni noma ihlaziya amaphutha ekristalu e-nanoscale, inikeza ukwesekwa kwekhompyutha okudingekayo ukuze kuphendulwe ngesikhathi sangempela.
02 Ukwandiswa okubanzi kwezinhlelo zokuhlola eziningi
Izikhala zokunwebeka ezi-7 eziphakeme: kufaka phakathi i-2 × PCIe x16, 3 × PCIe x4, kanye ne-2 × PCI, okuhlangabezana nesidingo sokuxhuma amakhamera amaningi anesivinini esikhulu, amakhadi okulawula ukunyakaza, kanye namakhadi okusheshisa e-GPU ngasikhathi sinye emishinini yokuhlola i-wafer.
I-1 × M.2 Key-E isekela amamojula e-Wi-Fi/Bluetooth ukuze kube lula ukwandisa i-wireless.
Isigcini sekhadi le-PCIe elingenamathuluzi sisebenzisa umklamo omelana nokudlidliza kakhulu ofanele indawo yokudlidliza okuncane yama-workshop e-wafer-fab.
03 Izixhumi ze-I/O ezicebile ukuze kube lula ukuhlanganiswa kwesistimu
Ngemuva: Amachweba e-Ethernet angu-2 × RJ45 Gigabit, 6 × USB 5 Gbps, 1 × RS232, kanye nokukhipha okuzimele okunezibonisi ezintathu nge-HDMI/VGA/DVI-D, okusekela ukuxhumana ngasikhathi sinye kwabalawuli bomthombo wokukhanya, amakhamera, amamonitha, nama-PLC.
Ngaphambili: 2 × USB, inkinobho yamandla, kanye nezinkomba zesimo ukuze kube lula ukulungisa nokulungisa inkinga endaweni.
Kwangaphakathi: Amachweba e-USB angu-5 ×, ama-COM angu-5 × ane-RS232/485/422 ongayikhetha, kanye ne-GPIO eneziteshi ezingu-8, okuvumela ukuxhumana nezinzwa ezahlukene kanye nama-actuator ngaphandle kokwandiswa okwengeziwe futhi kunciphisa kakhulu ubunzima bokuhlanganiswa kwesistimu.
04 Ukuthembeka kwezinga lezimboni ezindaweni ezinzima
I-chassis yensimbi egcwele i-galvanized ivikela ngempumelelo ukuphazamiseka kwe-electromagnetic futhi isebenza nomklamo womhlaba ukuze inikeze ukuvikelwa okuyisisekelo kwe-ESD.
Umklamo wokuhamba komoya ozimele: ukupholisa okuhlakaniphile ngefeni ye-CPU kanye nefeni yesistimu, okusekela izinga lokushisa lokusebenza elingu-0-50°C kanye nokugcina ukuzinza kokushisa ngisho nangaphansi kokuhlolwa kwesikhathi eside, okunomthwalo omningi.
Ama-drive bay amabili angama-intshi angu-3.5 amelana nokushaqeka asekela ukuthunyelwa kwe-hybrid kwama-SSD anesivinini esikhulu nama-HDD amakhulu, ahlangabezana nezidingo zokugcina idatha yokuhlola isikhathi eside kanye nokusekela okuphephile, ngama-RAID alungisekayo.
Ishasi elincane elincane le-4U, elinobukhulu obungu-330 × 351 × 180 mm, lisekela ukufakwa okufakwe odongeni kanye nedeskithophu, lizivumelanisa nezimo nezakhiwo ezahlukene zemishini yokuhlola.
Izimpumelelo Zenani:
Ngokwethula i-APQ IPC350-Q670SA2, umhlinzeki wesisombululo semishini yokuhlola i-semiconductor uphumelele ekufezeni okulandelayo:
Ukusebenza kahle kokuhlola okuthuthukisiwe kakhulu:
Ukuhlanganiswa kwe-CPU esebenza kahle kakhulu kanye nenkumbulo enamandla amakhulu kuthuthukisa ukusebenza kahle kwama-algorithms okubona amaphutha e-AI, okuvumela i-wafer yokuhlola ukuthi ihlangabezane nezidingo zomugqa wokukhiqiza.
Ubunzima bokuhlanganiswa kwesistimu obuncishisiwe:Izikhala eziyisikhombisa zokwandisa ubude obugcwele kanye nezixhumi ze-I/O ezicebile zivumela ukuhlanganiswa kwamakhamera ngomshini owodwa, amakhadi okuthola, amakhadi okunyakaza, ama-PLC, namanye amadivayisi, okwenza kube lula ukwakheka kwesistimu futhi kuthuthukiswe ukuthembeka komshini jikelele.
Ukukhiqizwa okuqhubekayo okuqinisekisiwe:Ukuthembeka kwezinga lezimboni, ukupholisa okuhlakaniphile, kanye nezindlela zokuphepha kwedatha ezisekelwe ku-RAID kuqinisekisa ukusebenza okuzinzile amahora angama-24 ngosuku, izinsuku eziyi-7 ngesonto ezindaweni zokuhlanza, okugcina izinga lokuhluleka lanyanga zonke liphansi kakhulu.
Ukufakwa okuguquguqukayo nokonga isikhala:Ishasi elincane le-4U lisekela ukufakwa okufakwe odongeni futhi lingafakwa kalula kumakhabethe emishini yokuhlola amancane, okunikeza amakhasimende inkululeko enkulu ekwakhiweni komugqa wokukhiqiza.
Isikhathi sokuthunyelwe: Juni-04-2026
