Iindaba

Izinga lokuhlaziya lihlala liyipharamitha ebalulekileyo kwimboni yokubonisa i-LED, kunye neyona parameter echaphazelekayo xa abathengi bethenga izikrini ze-LED. Ukongeza kwireyithi yokuhlaziya, kukho iiparamitha ezininzi ezibonisa ukusebenza kwayo, njengenqanaba elingwevu, isisombululo, ireyithi yesakhelo, njalo njalo. Ukuphucula ngokwenene izinga lokuhlaziya, kufuneka uphucule i-hardware iyonke, ngaphandle koko yizinga eliphezulu lokuhlaziya ngeendleko zezinye iiparamitha,
Kwishishini lokubonisa i-LED, iziboniso eziqhelekileyo kunye neziphezulu zokuHlaziywa kweNqanaba ngoku zichazwa ngokubanzi njenge-1920HZ kunye ne-3840HZ, ngokulandelanayo. Ngamanye amaxesha kuthiwa yi-2K kunye ne-4K ngokulandelelanayo uqikelelo lwangaphambili.
Nangona kunjalo, kwixesha le-post-bhubhane elizaliswe kukungazinzi kwehlabathi kunye nokunyuka kwamaxabiso, ukunciphisa iindleko, abanye abavelisi be-LED babonisa ibhodi entsha ye-LED enezinga lokuhlaziya i-2880HZ ngokusekelwe kwi-hardware ekhoyo. Kwangaxeshanye, bayenza i-hype njenge-3K ukubhidanisa i-2880HZ kunye ne-3840HZ. Kodwa eneneni RF inkohliso ephezulu!
Isamkela imowudi yokuqhuba ye-RF- double latch drive.
Phantsi kweemeko eziqhelekileyo, i-double latch drive ine-1920HZ yokuHlaziya, i-13Bit grey display kwaye inomsebenzi owakhelwe ngaphakathi wokuphelisa iziporho, ukususa amanqaku amabi kwaye uqale phantsi kombane ophantsi.
Kodwa ngokunyanzela izinga lokuhlaziya ukuya kuthi ga kwi-2,880 HZ, ayinakusebenza njengesiqhelo kwaye ibeka esichengeni kwezinye iiparamitha zokubonisa i-LED.
1.Ukunciphisa ukusebenza kweGreyscale, ngakumbi umbala ongwevu ophantsi.
2. Idatha ayinakucutshungulwa ngokufanelekileyo, enciphisa kakhulu ukuzinza kwe-LED display.
Ngenxa yokuba phantsi kweemeko eziqhelekileyo, i-scan nganye yokuhlaziya idinga ukugqiba i-gray scale count kunye nokudlulisa umqolo olandelayo wedatha. Kodwa i-RF ephezulu yomgunyathi inciphisa ixesha ngalinye lokuhlaziya kwaye iphazamise inkqubo eqhelekileyo.

Iimveliso zeRF eziphezulu ngokwenene ezenziwe yiSandsLED zisebenzisa imowudi yokuqhuba ye-PWM. Ngemisebenzi yesekethe edibeneyo edibeneyo kunye ne-algorithms, kunye neetshiphusi zomqhubi zendalo ezenziwe ngee-wafers ezinkulu, iziboniso zethu ze-LED ziphuculwe kuzo zonke iinkalo. Kwimeko yokunyuswa kwezinga lokuhlaziya, isenomsebenzi oqaqambileyo ongwevu kunye nokuzinza.
Ke, ukuba ugxile kumaxabiso okuhlaziya, kulula ukukhohliswa ngolu hlobo lokuthengisa. Njengomthengi oyingcali, ukwazi ngakumbi ulwazi lwe-LED luyimfuneko kuwe, kubandakanya imowudi yokuqhuba ye-chip yokubonisa i-LED, ixesha lokubala isikali esingwevu, ixesha lokuphendula, i-data data bandwidth, kunye neeparameters zokubonisa i-LED njengesisombululo, ireyithi yefreyimu, imowudi yokuskena. kwaye nangokunjalo. Zizo zonke izinto ezibalulekileyo malunga nokukhetha ibhodi yebhodi ye-LED ekumgangatho ophezulu.
Ivakala inzima, akunjalo? Ungayishiya kumvelisi we-LED othembekileyo ngokwenene kunye nobuchwephesha.

ISandsLED lolona khetho lufanelekileyo kuwe. Sizimisele ukuseka ubudlelwane bexesha elide lobuhlobo kunye nentsebenziswano kunye nabathengi, sigxininisa ekudaleni umgangatho ophezulu notyalo-mali oluphezulu. Sikholelwa ngokuqinileyo ukuba ukubonelela ngeemveliso ezanelisayo kunye nezisombululo kubathengi yinyaniso engunaphakade.
Qhagamshelana nathi ukuze uqalise incoko yakho yokuqala ngeSandsLED!