MIP (ƙwaƙwalwar ajiya a cikin fasaha na pixel) fasaha ce ta hanyar musamman da aka yi amfani da itaLiqual Crystal Crystal Nuna (LCD). Ba kamar fasahar nuna gargajiya ba, fasahar MIP sukan shiga kananan ƙwaƙwalwar ajiyar waje (SRAM) a cikin kowane pixel, suna ba da kowane pixel don adana bayanan nuna. Wannan ƙirar tana rage buƙatar buƙatun ƙwaƙwalwar waje da sauyuwa mai rarrafe, yana haifar da yawan wutar lantarki mai ƙarancin ƙarfi da kuma tasirin girman kai.
Core fasali:
- Kowane pixel yana da ginannun ajiya na 1-bit (SRAM).
- Babu buƙatar ci gaba da banbancin hotunan.
- Dangane da fasahar Polysilicon mai ƙarancin ƙasa (LTPs), yana tallafawa babban iko na pixel.
【M fa'ida】
1. Babban ƙuduri da launi (idan aka kwatanta da EININ):
- Theara yawan Pixel PPI ta hanyar rage girman Sram ko kuma bincika sabon fasahar ajiya (kamar Mram).
- Ci gaban ƙwayoyin ajiya mai yawa don cimma launuka na Richer (kamar 8-bit grayscale ko launi na 24-bit).
2. Nunin Muni:
- Hada ltps mai sauƙaƙewa ko filastik substrates don ƙirƙirar abubuwa masu sassauƙa don na'urori masu amfani don na'urorin hannu.
3. Yanayin Nunin Hybrid:
- Hada MIP tare da Oled ko Micro LED don cimma nasarar haɓakawa da nuni mai tsauri.
4. Inganta Kudin:
- Rage farashin farashin kowane sashi ta hanyar samar da taro da cigaba, ya sa ya zama gasa tare daLCD na gargajiya.
【Iyakance】
1. Haɗin launi na launi: Idan aka kwatanta shi da AMOLEL da sauran fasahar, MIP Nuni haske launin launi da kewayon launi na launi yana kunkuntar.
2. Lowyarancin Rage: Nunin Mip yana da ƙarancin kayan shakatawa, wanda bai dace da nuni mai ƙarfi ba, kamar bidiyo mai sauri.
3. Rashin aiki a cikin ƙananan ƙananan haske: ko da yake suna aiki da kyau a cikin hasken rana, daukakar Mip nunin na iya raguwa a cikin ƙananan ƙananan haske.
[Aikace-aikaceSCongos]
MIP Fasaha ana amfani dashi sosai a cikin na'urori da ke buƙatar ƙarancin wutar lantarki da kyakkyawar ganuwa, kamar:
Kayan aiki na waje: Intercom Intercom, ta amfani da fasaha na MIp don samun rayuwar batir mai tsayi.
E-Masu karatu: Ya dace da nunawa rubutu na lokaci mai tsawo don rage yawan iko.
Haskiyar faffofin fasahar MIP】
MIP Fasahar Fasaha ta ƙunshi a cikin fannoni da yawa saboda ƙirar ta musamman:
1. Yawan ƙarancin iko:
- Kusan babu makamashi ana cinye lokacin da aka nuna hotunan da aka nuna.
- Yana cinye karamin iko kawai lokacin da canje-canje na pixel.
- Mafi girman na'urorin da aka sanya baturi-baturi.
2. Babban bambanci da Ganuwa:
- Tsarin niyya yana sanya shi a bayyane a bayyane a cikin hasken rana kai tsaye.
- Bambancin ya fi LCD na gargajiya, tare da baƙi masu zurfi da fata mai haske.
3. Bakin ciki da nauyi:
- Babu buƙatar daban ajiya Layer, rage kauri daga nuni.
- Ya dace da ƙirar na'urar nauyi.
4.Yawan zafin jikiAmfani da iyaka:
- Zai iya yin aiki mai ƙarfi a cikin wani yanayi na -20 ° C zuwa + 70 ° C, wanda ya fi kyau fiye da wasu nuni.
5. Mai sauri amsa:
- Gudanar da Pixel-Level yana goyan bayan abubuwan da ke ciki mai tsauri, da saurin amsawa ya fi ta fasaha ta gargajiya mai ƙarancin wutar lantarki.
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[Iyakance na fasahar Mip]
Kodayake fasahar MIP tana da fa'idodi masu mahimmanci, shi ma yana da wasu iyakoki:
1. Kimanta iyaka:
- Tunda kowane pixel yana buƙatar ɓangaren ajiya na ajiya, ƙimar pixel yana da iyaka, yana da wuya a sami babban ƙuduri mai tauri (kamar 4k ko 8k).
2. Iyakance kewayon launi:
- Monchrome ko ƙarancin launi na MIP na yau da kullun, kuma launi gamut na launi launi ba daidai bane kamar yadda na yau da kullun ko gargajiyaLCD.
3. Farashin masana'antu:
- Rukunin ajiya suna ƙara rikitarwa don samarwa, kuma farashin farko na iya zama ƙasa da fasahar nuna gargajiya.
4. Abubuwan aikace-aikacen aikace-aikace na fasahar MIP
Saboda ƙarancin wutar lantarki mai ƙarfi da hangen nesa, ana amfani da fasahar MIP sosai a wurare masu zuwa:
Na'urorin da muke ciki:
- Smart Watches (kamar g-girgiza, jerin squa jerin), trackers motsa jiki.
- Long Life Life da babban aiki na waje sune mahimmancin fa'ida.
E-masu karatu:
- Bayar da kwarewar karancin iko mai kama da E-Ink yayin tallafawa mafi ƙuduri da abun ciki mai tsauri.
Iot na'urorin:
- Na'urori masu ƙarfin wuta kamar masu sarrafa gidan gida da kuma haskakawa na firikwensin.
- Alamar alamar ta dijital da injiniyan mashin, dace da yanayin haske mai ƙarfi.
Masana'antu da kayan aikin likita:
- An yi amfani da kayan aikin likita da kayan aikin masana'antu da masana'antu don ƙimar su da ƙarancin wutar lantarki.
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[Kwatantawa tsakanin zane-zane na MIP da kayayyakin gasa]
Mai zuwa ne kwatankwacin tsakanin Mip da wasu fasaho na gama gari:
| Fasas | Me | Na al'adaLCD | Na yau | E-ink |
| Amfani da iko(Static) | Rufe 0 MW | 50-100 mw | 10-20 MWW | Rufe 0 MW |
| Amfani da iko(Dagnamic) | 10-20 MWW | 100-200 MW | 200-500 mw | 5-15 mw |
| CA kan rabo | 1000: 1 | 500: 1 | 10000: 1 | 15: 1 |
| Rlokacin da aka yi | 10ms | 5ms | 0.1ms | 100-200ms |
| Lokacin rayuwa | 5-10 shekaru | 5-10 shekaru | 3-5 yan shekaru | Shekaru 10+ shekaru |
| Mkudin shiga | matsakaici zuwa babba | m | m | matsakaici-maraƙi |
Idan aka kwatanta shi da ambaliya: mip iko yana da ƙananan, dace da waje, amma launi da ƙuduri ba kyau.
Idan aka kwatanta da E-Ink: Mip yana da martani da sauri da ƙuduri mafi girma, amma launi gamut ne mai ban tsoro.
Idan aka kwatanta da na gargajiya LCD: Mip ya fi ƙarfin kuzari-ingantacce.
[Gaba gabanMeFasaha]
MIP Fasaha har yanzu yana da ɗakuna don haɓakawa, kuma hanyoyin haɓaka ci gaba na gaba na iya haɗawa da:
Inganta ƙuduri da aikin launi: haɓaka yawan launuka na pixel ta hanyar inganta launi mai launi ta hanyar haɓaka ƙirar tashar ajiya.
Rage farashi: A matsayin ma'aunin samarwa yana haskakawa, ana sa ran farashin masana'antu su ragu.
Fadada aikace-aikace: Haɗin kuɗi tare da fasahar nuna canje-canje mai sassauci, shigar da ƙarin kasuwanni masu tasowa, kamar na'urori masu ɗaukakawa.
MIP Fasaha tana wakiltar mahimmancin yanayi a fagen nuna wutar lantarki kuma yana iya zama ɗaya daga cikin zaɓuɓɓukan babbar na'urar don magance mafita wayo.
Bayyanar Fasaha na Mip) - Haɗin watsa da tunani】
Muna amfani da AG kamar yadda pixel electrode a cikin tsarin da aka tsara, kuma kamar yadda Layer Layer a cikin yanayin nuna ra'ayi; AG ya yi rikodin tsarin murabba'i don tabbatar da yankin na nuna ra'ayi, a hade tare da ƙirar fim ɗin pol, yana tabbatar da yin magana; Hannun zanen yana da alaƙa tsakanin tsarin AG da tsarin, wanda ya tabbatar da cewa yadda ya kamata yadda ya kamata a cikin yanayin watsa, kamar yadda aka nuna a hoto. Tsarin watsa mai watsa hankali / mai nunawa shine kayan yaduwa na farko / mai nunawa na B6. Babban matsalolin fasaha sune tsarin da ake amfani da tsarin Layer mai nauyin TFD da kuma ƙirar CF na kowa. Layer na ag an yi shi a farfajiya kamar yadda pixel electrode da mai nuna haske; An yi C-ITO a saman CF a matsayin electrode na kowa. Isarwa da tunani an haɗe, tare da tunani kamar yadda babba da kuma watsa a matsayin mataimaka; Lokacin da hasken waje mai rauni ne, an kunna hasken rana kuma an nuna hoton a cikin yanayin watsa; Lokacin da hasken waje yake da ƙarfi, an kashe hasken rana kuma an nuna hoton a cikin yanayin nunawa; Haɗin watsawa da tunani na iya rage yawan amfani da wutar lantarki.
【Kammalawa】
Mip (ƙwaƙwalwar ciki a cikin fasaha na pixel) yana ba da amfani mai ƙarancin iko, ƙarancin hangen nesa, da kuma ganuwar waje ta waje ta hanyar haɗa damar ajiya zuwa pixels. Duk da iyakokin ƙuduri da kewayon launi, mai yuwuwar sa a cikin na'urorin da ba za a iya watsi da su ba. Yayinda fasahar take ci gaba zuwa ci gaba, ana sa ran mip zai mamaye mafi mahimmancin matsayi a cikin kasuwar nuni.
Lokaci: Apr-02-2025
