Bandhigyada sare{0}-dhamaadka, sida ugu dambaysa ee tignoolajiyada bandhigga casriga ah, waxay isku daraan horumarkii ugu dambeeyay ee cilmiga indhaha, elektiroonigga, iyo agabka si ay u bixiyaan tayada sawirka gaarka ah, isbarbardhigga, iyo xawaaraha jawaabta. Tignoolajiyada ugu muhiimsan waxaa ka mid ah muraayada dareeraha ah ee crystal (LCD), iftiinka organic -emitting diode (OLED), iyo micro{3}} LED (MicroLED). Farqiga ugu muhiimsan ee u dhexeeya teknoolojiyaddan ayaa ku jira iftiinkooda-hababka soo saarista iyo sawirka.
Qaado OLED caadiga ah, tusaale ahaan, mabda'a hawleedkeedu waxa uu ku salaysan yahay naftiisa{0}luminescence. Pixel kastaa waxa uu ka kooban yahay casaan, cagaar, iyo buluug ah iftiin organic- walxo soo daaya, oo ay si toos ah u wado koronto, iyada oo aan loo baahnayn iftiin danbe. Marka garoon koronto lagu dabaqo walxaha dabiiciga ah, elektaroonnada iyo godadka ayaa dib isugu soo noqda, tamar sii daaya oo soo saarta iftiin mawjad gaar ah. Sababtoo ah pixel kasta ayaa si madax banaan u daaran oo demi, OLEDs waxay gaari karaan madow dhab ah (gebi ahaanba off) iyo kala duwanaansho aan dhammaad lahayn, iyagoo sidoo kale bixiya waqtiyo jawaab celin degdeg ah iyo xaglo daawasho oo ballaadhan. Bandhigyada sare{6}}dhamaadka OLED waxay sidoo kale isticmaalaan- hagaajinta qaabdhismeedka lakabka badan, sida polarizers si loo yareeyo milicsiga iyo lakabyada koobaya si looga hortago daxalka biyaha iyo ogsijiinta, si kor loogu qaado adkeysiga.
Moodooyinka sare{0}}Dhammaadka LCD, dhanka kale, waxay ku tiirsan yihiin moduleka iftiinka dambe (sida Mini{1}LED) si ay u bixiyaan iftiin, oo leh unugyo crystal dareere ah oo xakameynaya gudbinta iftiinka si ay u sameeyaan sawirro. Mini-Iftiinka dambe ee LED wuxuu u qaybiyaa LEDs-dhaqameedyada kumanaan gobol oo yaryar, taasoo u sahlaysa hoos u dhaca saxda ah ee deegaanka iyo soo dhawaynta waxqabadka isbarbardhiga OLED iyadoo laga fogaanayo gubashada{4}}.
Intaa waxaa dheer, bandhigyada sare{0}}dhamaadka sare waxay caadi ahaan isku daraan tignoolajiyada dhibicda quantum (QLED), taas oo u rogta hirarka iftiinka dambe iyadoo la adeegsanayo agabka nanoscale semiconductor si si weyn loogu hagaajiyo nadiifnimada midabka iyo dhalaalka. Marka laga hadlayo qiimayaasha soo kicinta, heerarka soo kicinta sare ee 120Hz iyo wixii ka sareeya, oo ay weheliso jajabyada darawallada daahitaanka ee hooseeya, hubi sawirada firfircoonida leh.
Marka la soo koobo, bandhigyada sare{0}}-dhamaadka sare waxay gaadhaan dheellitirka u dhexeeya dhalaalka, midabka, isbarbardhigga, iyo isticmaalka awoodda iyada oo loo marayo agab cusub iyo naqshad wareeg oo casri ah, oo buuxinaya shuruudaha u baahan hal-abuurka xirfadlayaasha ah, dhoofinta, iyo daawashada xiisaha leh.