Amashishini eemboniso zehlabathi kunye nee-semiconductor okwangoku aqhuba utshintsho olukhulu kwezobuchwepheshe. Njengoko imfuno yeemboniso ezinesisombululo esiphezulu, ezifana neephaneli ze-LTPS Array (Low-Temperature Polycrystalline Silicon), iqhubeka ikhula, umda weempazamo ekuvelisweni uye wehla waya kwi-zero. Kweli nqanaba lokuchaneka, impumelelo yomgca wemveliso ayisaxhomekekanga kwisoftware okanye kwi-optics yeenkqubo zokuhlola, kodwa kukuzinza komzimba we-ibhedi yomatshini wezixhobo zokuhlola izipheneApha eZHHIMG, sichithe iminyaka siphucula ubunjineli obungasemva kwesiseko segranite sezixhobo zokuhlola iziphene, siqinisekisa ukuba abavelisi banokubona iziphene ezincinci ngokuzithemba okukhulu.
Ukwenziwa kwe-LTPS Array kubandakanya iinkqubo ezintsonkothileyo ze-lithography ezinamalayelo amaninzi kunye neenkqubo zokutsalwa kwe-laser. Nasiphi na isuntswana esincinci okanye ukungaqhubeki kombane ngaphakathi kwisekethe ye-pixel kunokukhokelela kwiphaneli engalunganga. Ukuchonga ezi ngxaki, iinkqubo zokuhlola kufuneka ziskene iindawo ezinkulu zomphezulu kwizisombululo ze-nanometer. Kulapho kukhethwa khona i-ibhedi yomatshini wezixhobo zokuhlola izipheneiba yinto ebalulekileyo. Ngokungafaniyo neefreyimu zesinyithi okanye ze-aluminium zemveli, ibhedi yegranite inika i-inertia enkulu yobushushu efunekayo ukuthintela "ukushukuma kwe-pixel" ngexesha lemijikelo emide yokuskena. Ngenxa yokuba iiphaneli ze-LTPS zihlala ziveliswa kwiindawo ezinkulu zeglasi, inkqubo yokuhlola kufuneka igcine umgama oqhubekayo ogxile kuwo wonke umphezulu. Ukuthe tyaba kwendalo kwesiseko segranite se-ZHHIMG kuqinisekisa ukuba ukuphakama kwe-Z-axis kuhlala kufana, okuvumela iilensi ze-aperture ezinamanani aphezulu ukuba zihlale zigxile ngokugqibeleleyo.
Ngaphaya kwecandelo lokubonisa, imboni yokuhlanganisa izixhobo ze-elektroniki ijongene nemingeni efanayo. Uphuhliso lwetekhnoloji ye-PCBA Visual Inspector luye lwaya kwi-3D AOI (Uhlolo lwe-Automated Optical). Imigca ye-PCBA yanamhlanje iphatha izinto ezincinci kangangokuba azibonakali ngamehlo enyama, nto leyo edinga iikhamera ukuba zithathe imifanekiso kumakhulu eefreyimu ngomzuzwana. Ukusebenzisa ibhedi yomatshini we-granite kwiiyunithi ze-PCBA Visual Inspector yeyona ndlela isebenzayo yokulwa nokungcangcazela okuphezulu okubangelwa kukukhawulezisa ngokukhawuleza kunye nokucotha kwe-gantries yekhamera. Ngokufunxa ezi ngcangcazelo ezincinci, isiseko se-granite sivumela ixesha elifutshane kakhulu lokuzinza, elithetha ngokuthe ngqo kwi-throughput ephezulu kunye nokuhlelwa kweziphene ngokuchanekileyo.
Ukufudukela kwisiseko segranite sezixhobo zokuhlola iziphene kukwaqhutywa yimfuneko yozinzo oluhlala ixesha elide. Kwimeko yokhuphiswano ka-2026, abavelisi abanakukwazi ukuhlawula ixesha lokungasebenzi elinxulunyaniswa nokulungiswa rhoqo koomatshini. Iziseko zesinyithi, ngokuhamba kwexesha, zidlula kwinkqubo yokunciphisa uxinzelelo kwaye zinokugoba ngenxa yotshintsho lobushushu bexesha elithile okanye ubushushu bangaphakathi beenjini zomatshini. Igranite, ekubeni ibisoloko idala kangangezigidi zeminyaka, izinzile ngokwemvelo. Xa i-ZHHIMG isebenzaibhedi yomatshini wegranite we-PCBA Visual Inspector, senza inkqubo yokulawula ukuleqa edala isalathiso somphezulu esiya kuhlala sinjalo ubomi bomatshini. Oku kuthembeka "kokuseta nokulibala" yindawo ephambili yokuthengisa kwii-OEM zaseYurophu naseMelika ezibeka phambili iindleko zizonke zobunini (TCO) kunexabiso lokuqala lokuthenga.
Ngaphezu koko, ukuhambelana kwegranite kwigumbi lokucoca kubalulekile kakhuluUluhlu lwe-LTPSukuhlolwa. I-Granite ayixubi, ayilahli amasuntswana, okanye ayifuni izinto eziyingozi zokulwa nokugqwala ezifana nezesinyithi. Yinto engasebenzi kakuhle egcina ukuthembeka kwayo nakwiindawo apho kukho umoya okanye iikhemikhali zokucoca ezisebenzisa i-ion. Kwi-ZHHIMG, sidibanisa iindawo zokufaka ngokuchanekileyo kunye neendlela zokulawula iintambo ngqo kwi-ibhedi yomatshini wezixhobo zokuhlola iziphene, ukuqinisekisa ukuba yonke inkqubo ihlala icocekile kwaye ilungelelaniswe kangangoko.
Njengoko sijonga indlela elihamba ngayo eli shishini, kuyacaca ukuba ukuhlanganiswa kwesoftware yokuqaphela iziphene eqhutywa yi-AI kufuna isiseko sehardware esiphucukileyo ngokulinganayo. Kwaneyona algorithm ye-AI iphucukileyo inokukhohliswa "yi-motion blur" okanye "i-image jitter" ebangelwa yisiseko esingazinzanga. Ngokutyala imali kwisiseko segranite sezixhobo zokuhlola iziphene esisemgangathweni ophezulu, abavelisi babonelela iinkqubo zabo ze-optical kunye nesoftware "ngoxolo" abazidingayo ukuze basebenze kwinqanaba labo eliphezulu. I-ZHHIMG isazimisele ukutyhala imida yoko kunokwenzeka ngegranite echanekileyo, ixhasa isizukulwana esilandelayo semiboniso ephezulu kunye ne-electronics enoxinano olukhulu ngokugqwesa kwesakhiwo okungagungqiyo.
Ixesha leposi: Jan-15-2026