Iinketho zokwenziwa ngokwezifiso zemodyuli yokubonisa iRaspberry pi kwii-OEM

Iinketho ezingasetyenziswanga rhoqo azihlangabezani neemfuno ezinzima zezicelo ze-OEM ezifuna umngeni xa ufuna imodyuli yokubonisa yeRaspberry Pi yokusetyenziswa kwimizi-mveliso okanye kwishishini. Ukwenziwa ngokwezifiso kuguqula ujongano oluqhelekileyo lube yinxalenye ebalulekileyo ngokulunika ithuba eliphambili kunezinye iindlela. Nokuba wenza izixhobo zokuxilonga zonyango, iiphaneli zolawulo lwemizi-mveliso, okanye izixhobo zasekhaya ezikrelekrele, iindlela zokubonisa ezenziwe ngokwezifiso zikunika ulawulo olungaphezulu kwindlela ezisebenza ngayo kunye nendlela ezidityaniswe ngayo kuneemodyuli zesitokhwe. Xa amaqela okuthenga esazi malunga nobukhulu bokwenza ngokwezifiso, anokukhetha, avavanye, kwaye afake izibonisi ezihlangabezana neemfuno zesicelo ngokugqibeleleyo ngelixa esagcina iingenelo zawo zokhuphiswano lwexesha ukuya kwimarike.

Ukuqonda iiModyuli zoBoniso zoDibaniso lwe-OEM

Kukho ubuchwepheshe obahlukeneyo obunokusetyenziswa kwizikrini ezifakwe ngaphakathi, kwaye nganye ineengenelo kunye neengxaki zayo kubayili beenkqubo. Izikrini ze-LCD zezona zikhethwayo ziqhelekileyo zokusetyenziswa ngexabiso eliphantsi apho ii-engile zokubukela kunye nomlinganiselo wokukhanya zanele. Ngelixa iinguqulelo ze-OLED zibonelela ngamaxesha angcono okungafaniyo kunye nokuphendula, zikwasebenzisa amandla amaninzi, into ekufuneka uyicinge kwiimveliso ezisebenzisa ibhetri . Ukongeza isikrini sokuchukumisa kwenza izinto zibe nzima nangakumbi. Izinzwa ze-capacitive zivumela ukuchukumisa okuninzi, ngelixa izinzwa ze-resistive zisenokusebenza kwiiglavu okanye kwiindawo zokusebenza.

Iinkcazo zobuGcisa eziBalulekileyo

Isisombululo sinefuthe ngqo kubungakanani bolwazi kunye namava omsebenzisi. Isikrini se-intshi ezi-7 esinee-pixels ezingama-800x480 silungile ngokwaneleyo kwiiphaneli zolawulo ezisisiseko, kodwa imifanekiso yezonyango idinga umgangatho we-1920x1080 okanye ngaphezulu. Xa kukho intshukumo eninzi, izinga lokuhlaziya libaluleka kakhulu. Umzekelo, iinkqubo zerobhothi zemizi-mveliso zisebenza ngcono nge-60Hz okanye ngaphezulu ukuze kuthintelwe ukubambezeleka okubonakalayo xa kusenziwa utshintsho olukhawulezileyo kwiiparameter. Ukuze ukusebenzisana okubonakalayo kuhlale kuphezulu, ixesha eliphakathi kokufaka okuchukumisayo kunye nokuphendula kwenkqubo kufuneka lihlale lingaphantsi kwe-50 milliseconds. Oku kubaluleke kakhulu kwii-apps zolawulo ezifuna ukuphendula ngokukhawuleza.

Ukubalwa kokusetyenziswa kwamandla kudlula ukukhanya kwemonitha. Ii-IC zolawulo, ii-touch digitizers, kunye nee-adaptha ze-interface zonke zongeza kwibhajethi iyonke yokusetyenziswa kwamandla. Ukuba imodyuli ayakhiwanga kakuhle, inokuchitha izixhobo zonyango eziphathwayo ngokukhawuleza okanye yenze izindlu zemizi-mveliso zishushu kakhulu. Ngokwazi ezi zinto ngexesha lenkqubo yeenkcukacha, ungaphepha ukwenza utshintsho olubizayo ngexesha lovavanyo lokuqinisekisa.

Imingeni Ngezisombululo Eziqhelekileyo

Iiprotokholi zonxibelelwano eziza neemodyuli eziqhelekileyo azisoloko zisebenza noyilo lwehardware ye-OEM. Xa i-MIPI-DSI inganika ukufikelela ngqo kwi-GPU nge-CPU engaphezulu, ukuseta imonitha yokunxibelelana kwe-HDMI kuya kuba kukuchitha indawo ebalulekileyo yebhodi. Xa ii-kernel patches zingenazo iisetingi ezifanelekileyo zeDevice Tree kwii-IC ezithile zolawulo, ukuthunyelwa kweenkqubo kuba nengxaki yokuhambelana nomqhubi. Ezi ngxaki zokudibanisa zibangela ukuba ukuqaliswa kwemveliso kuphuze kwaye iindleko zophuhliso zinyuke.

Ukuqina kwiindawo ezinzima yenye indawo apho iimpahla zingekho khona. Izibonisi eziqhelekileyo ezenzelwe ukusebenza kumaqondo obushushu aphakathi kwe-0°C kunye ne-40°C azisebenzi kwiindawo zoshishino apho amaqondo obushushu anokufikelela kwi--20°C ukuya kwi-70°C. Ukumelana nokungcangcazela, ukunyamezela ukufuma, kunye nokukhusela ukuphazamiseka kwe-electromagnetic zonke ziingxaki zobugcisa ezingenakukwazi ukujongana nazo iimpahla ezithengiswa kakhulu.

Ubukhulu bokwenza ngokwezifiso ukuze kusebenze ngendlela elungelelanisiweyo

Ukwenziwa ngokwezifiso kuguqula imida ibe ziingenelo ezikunika ithuba lokukhuphisana. Endaweni yokwamkela iimpazamo eziza neempahla eziqhelekileyo, ii-OEM zisebenza nemithombo ekhethekileyo ukwenza izibonisi ezisebenza kakuhle kwiimeko ezithile.

Ubungakanani boMboniso kunye noLungiso lweSisombululo

Imilinganiselo ebonakalayo yemodyuli yokubonisa yeRaspberry Pi kufuneka ifumane ibhalansi phakathi kwendlela ulwazi oluboniswa ngayo kunye nemida yendawo. Imodyuli ye-10.1-intshi inendawo eninzi yezikrini ezinkulu nezintsonkothileyo zemizi-mveliso, kodwa inokuba nkulu kakhulu kwizixhobo ezincinci nezincinci zokuxilonga ezisebenza ngcono ngemodyuli ye-5-intshi. Xa ulinganisa isisombululo, kufuneka uqaphele kakhulu kuba ubuninzi beepikseli butshintsha indlela okulula ngayo ukufunda kumgama oqhelekileyo wokubukela. I-PPI ephezulu (iipikseli nge-intshi) ingcono kwiindlela zonyango xa ijongwa ukusuka kwi-intshi ezili-18 kude kunaxa ijongwa ukusuka kwi-intshi ezintathu kude kwisikrini semizi-mveliso.

Ukukhethwa komlinganiselo wokujonga kuchaphazela indlela esebenza ngayo inkqubo yojongano. Umlinganiselo wendabuko we-4:3 usebenza kakuhle kwizikrini zolawulo ezibekwe kwiigridi, ngelixa umlinganiselo wesikrini esibanzi we-16:9 ungcono kwiividiyo kunye nezicwangciso zenkqubo ethe tyaba. Nangona zingathandwa, umlinganiselo wokujonga ngokwezifiso unokusombulula iingxaki ezithile. Umzekelo, umboniso we-21:9 obanzi kakhulu ungena kakuhle kwiideshibhodi zemoto apho kukho indawo ethe tyaba ngaphezu kwendawo ethe tyaba.

Ukhetho lobuchwepheshe besikrini sokuchukumisa

Abasebenzisi balindele amava akhawulezayo, achukumisa izinto ezininzi kwii-elektroniki zabathengi, kwaye ukuchukumisa okunamandla kubanika amandla. Le teknoloji isebenza kakuhle kwiindawo ezicocekileyo apho abantu basebenzisa khona iminwe yabo ukuze banxibelelane. Xa ilungiswe kakuhle, ukuphunyezwa kwe-capacitive (PCAP) okucwangcisiweyo kunokusebenza ngeeglavu kwaye kuthintele amanzi angangeni, oko kuthetha ukuba zingasetyenziswa kwiindawo ezininzi zokulungisa ukutya kunye nezokwenza amayeza.

Ukuze kube lula ukufaka izinto kwihlabathi liphela, ii-touchscreens ezithintela umbane ziyayeka ukuba nobuchule bokuphatha izinto ezininzi. Iiglavu, ii-stylus, kunye nezixhobo zinokuvula izixhobo ezithintela umbane rhoqo. Uxinzelelo olusebenzisa obu buchwephesha lusebenza kakuhle kwiindawo ezinzima zoshishino kuba alufumani izinto ezibangela umbane ezisuka kulwelo oluchithekayo okanye uthuli oluqokelelanayo. Utshintsho lubonakala ngokucacileyo, kuba iileya ezithintela umbane zivumela ukukhanya okuncinci kuneenketho ze-PCAP.

Uhlengahlengiso lwe-Hardware Interface

Ukwenza ngokwezifiso uyilo lwekhonkco kususa iibhodi ze-interface kwaye kunciphisa ubude bentambo, nto leyo ephucula ukuthembeka kwesignali kwaye yenza kube lula ukuhlanganisa. Imodyuli yokubonisa eyakhiwe ngoqhagamshelo lwendalo lwe-MIPI-DSI isebenza ngokuthe ngqo neemfuno zeprosesa yesicelo, itsiba isidingo see-chipsets zokuguqula ezongeza ukulibaziseka kwaye zinokubangela amanqaku okusilela.

Ukwenza ngokwezifiso udluliselo lwamandla kuthathela ingqalelo ukuhambelana kwevolthi kunye nokukwazi kwamandla angoku. Iinkqubo zoshishino ezisebenzisa izixhobo ze-24V DC zingasebenzisa izikrini ezinokusingatha uluhlu olubanzi lwezinto ezifakwayo endaweni yee-converters zamandla ezikhethekileyo. Ngokudibanisa idatha kunye namandla kwintambo enye, ukuhanjiswa kwamandla e-USB-C kwenza kube lula ukwakha izixhobo eziphathwayo.

Ubunjineli bokuSetyenziswa koMbane

Umsebenzisi oyintloko wamandla ngamandla e-backlight. Iindlela zokukhanya ezihambelanayo zinciphisa ukusetyenziswa kwamandla xa inqanaba lokukhanya elikufutshane liphantsi ngaphandle kokuchaphazela umbono. Ulawulo lwamandla achanekileyo kunye nabaqhubi be-LED abasebenza kakuhle bayayekisa inkunkuma yamandla kwaye benze ukuba iinxalenye zihlale ixesha elide.

Inxalenye encinci idlalwa kukulungiswa komqhubi wesikrini. Ii-IC zanamhlanje zineempawu zokuhlaziya ezingaphelelanga ezihlaziya kuphela iindawo zesikrini ezitshintshileyo. Oku kunciphisa kakhulu inani ledatha efunekayo kunye nenani lemijikelo yokuvuka kweprosesa. Ukuvalwa kwamandla ombane kwandisa ubomi bebhetri kodwa kunokubangela ukulibaziseka kokuvuka okungamkelekanga kwii-apps ezifuna impendulo ekhawulezileyo. Ukuziphatha kwendlela yokulala kufuneka kulinganiswe.

Ukukhetha iModyuli echanekileyo ngoVavanyo loBuchule

Xa ukhetha ukuthenga, kufuneka ulinganise izakhono zobugcisa, imiqathango yeshishini, kunye nokuthembeka komthengisi. Iinkqubo zokuphonononga ngendlela echanekileyo zinciphisa umngcipheko kwaye ziqinisekise ukuba izisombululo ezikhethiweyo ziyahambelana neenjongo zexesha elide zemveliso.

Ukumapha kweeMfuno eziKhethekileyo zeSicelo

Ukuqina nokucaca xa kukhanya kancinci kubalulekile kwiinkqubo zolawulo lwemizi-mveliso. Izibane ezikhanyayo kakhulu (ezingaphezulu kwama-800 nits) zigcina umbhalo ubonakala elangeni elipheleleyo okanye kumgangatho wezityalo ezishushu. I-Optical bonding isusa umsantsa womoya phakathi kweglasi yokugquma kunye ne-LCD, ehlisa izithunzi ngaphakathi kwesikrini kwaye inyuse ukukhanya ngaphandle.

Izixhobo zonyango zifuna izikrini ezihlangabezana nemithetho karhulumente engqongqo. Iingubo zokulwa neentsholongwane zithintela iintsholongwane ukuba zinganamatheli kwiisikrini zokuthintela izifo, nto leyo enceda ekulawuleni usulelo. Ukucaca okuphezulu kombala kuqinisekisa ukuba imifanekiso yokuxilonga ibonakala iyinyani, nto leyo egcina ixabiso layo lonyango. Ukukwazi ukubethela idatha yesigulana eboniswa kwisixhobo esiphathwayo kuyigcina ikhuselekile.

Iimpahla ze-IoT zabathengi kufuneka zihlangabezane neemfuno zexabiso kunye nezesitayile. Uyilo olungenafreyimu kunye nonyango lweglasi olugobileyo kwenza ulawulo lwekhaya olukrelekrele lubonakale kwiivenkile ezikhuphisana kakhulu. Impendulo yokuchukumisa kufuneka ilingane noko abasebenzisi bakulindeleyo kwiifowuni zabo. Abasebenzisi balindele ukuba isikrini ngasinye sihlangabezane nale migangatho iphezulu.

Iikhrayitheriya zoVavanyo loMboneleli

Impumelelo yokudibanisa ixhomekeke kwinqanaba loncedo lobuchwephesha. Amaxesha ophuhliso akhawuleziswa ngababoneleli ababonelela ngeepakeji zomqhubi ezipheleleyo, ikhowudi yomzekelo, kunye neengcebiso zobunjineli ezikhawulezayo. Amaxwebhu kufuneka azaliswe. Ukuba nedatha eneenkcukacha ezipheleleyo, amanqaku okusetyenziswa, kunye neemodeli zoomatshini kuthintela ukungaqondani ngexesha lenkqubo yeenkcukacha.

Ababoneleli abahlukeneyo banikezela ngamanqanaba ahlukeneyo enkululeko yokwenza ngokwezifiso. Abanye abenzi benza utshintsho oluncinci kuphela kwiimpahla ezisemgangathweni, ngelixa amaqabane akhethekileyo akha iimodyuli ukusuka ekuqaleni ngokusekelwe kwinto umthengi ayifunayo. I-Guition ngumzekelo weqela lesibini. Ibonelela ngophuhliso lwe-HMI oluguquguqukayo ngezixhobo zayo zesoftware ezenza ukudala ii-interfaces kube lula ngaphandle kokufuna ikhowudi eninzi esezantsi.

Uzinzo kumgca wobonelelo lweRaspberry Pi display module lukhusela iingxaki zemveliso. Izithembiso zexesha elide zobonelelo lwezixhobo ziyekisa uyilo olutsha olubangelwa kukuphelelwa lixesha. Amaxesha okukhokela kunye neendleko zezothutho zichaphazeleka ngumthamo wokuvelisa kunye nokusasazwa kwengingqi. Oku kuyinyani ngakumbi kwimisebenzi emikhulu egubungela iindawo ezininzi.

Uhlalutyo lweMigqaliselo yoRhwebo

Iimodeli zexabiso lomthamo zinempembelelo enkulu kwiindleko zeprojekthi. Amanqaku okuhlula kwiiyunithi ezili-1,000, ezili-10,000, kunye ne-100,000 adla ngokukhokelela ekwehleni okukhulu kwexabiso ngeyunithi nganye. Ukwazi le mida kukunceda wenze ukhetho lokuthenga olukrelekrele olulinganisela iindleko zokugcina iimpahla kunye nokonga okufumanayo ngokuthenga ngobuninzi.

Kwinqanaba lokuvelisa iprototype kunye novavanyo, amanani amancinci e-odolo (ii-MOQ) anciphisa oko kunokwenziwa. Xa ababoneleli benikezela ngeemodyuli ezenzelwe wena ezinee-MOQ eziphantsi, kwenza kube lula ukwenza uphuhliso oluphindaphindwayo, olukuvumela ukuba uphucule uyilo ngaphambi kokuba uzibophelele kwimveliso enkulu. Xa imveliso ivavanywa, amagama aguquguqukayo anciphisa umngcipheko wezemali.

Amaxesha okukhokela kwiimodyuli ezenzelwe wena adla ngokuhlala phakathi kweeveki ezisi-8 ukuya kwezili-12 ukususela kwixesha apho iinkcukacha zivunyiweyo de kube kuthunyelwe isampulu. Ngaphambi kokuba kuqale ukuthunyelwa kwamanye amazwe amakhulu, ukunyuka kwemveliso kuthatha iiveki ezi-4 ukuya kwezi-6 ezongezelelweyo. Ukubeka imihla yokugqibela yokwenyani kuthintela ukuba iishedyuli zingangqubani xa kucwangciswa ukuqaliswa kwemveliso.

Inkqubo yokuphunyezwa: Ukusuka kwiNgqiqo ukuya kwiMveliso

Iinkqubo ezicwangcisiweyo ezihambelana neemfuno ze-OEM kunye nezakhono zabathengisi ziqinisekisa ukuba omabini amaqela ayaqonda iimfuno kunye nezinto ezibangela impumelelo kwiiprojekthi zokwenza ngokwezifiso eziphumelelayo.

Uphuhliso loYilo oluBambiseneyo

Iintlanganiso zokuqala zibeka iimfuno ezisisiseko, ezifana nobukhulu besikrini, umgangatho, uhlobo lonxibelelwano, kunye neemeko zokusebenza kwindawo engqongileyo. Ii-OEM zibeka imida yobugcisa, njengeemfuno zokufakela kunye nemida yendlela iintambo ezinokuthi zihanjiswe ngayo. Ababoneleli baphendula ngezimvo zokuba umsebenzi unokwenzeka na kunye noqikelelo lweendleko eziqikelelweyo.

Ngaphambi kokuba uzibophelele ekuveliseni, iinguqulelo zeprototype ziyajongwa ukuqinisekisa ukuba iingcamango zoyilo zichanekile. Ukuhlolwa kokufaneleka koomatshini kuqinisekisa ukuba iindawo ezivalekileyo ziyahambelana. Uvavanyo lombane lujonga ixesha lekhonkco, ukuchaneka kwemiqondiso, kunye nobungakanani bamandla asetyenziswa kwiimeko zokwenyani. Kuphononongo lwe-optical, ukuqheleka kokukhanya, ukuchaneka kombala, kunye nokusebenza kwe-angle yokujonga konke kujongwa.

Izinto ezibalulekileyo zokudibanisa isoftware

Ukufaka ii-drivers kuvumela iiprosesa zeenkqubo kunye nezixhobo zokubonisa ukuba zithethe zodwa. Ukuze iikhompyutha ezisekelwe kwiLinux zisebenze, zifuna ulwandiso lweDevice Tree oluhambelana nehardware yazo. Ezi overlay zixelela itshiphu indlela yokunika ii-GPIO pin, ukuseta useto lwebhasi ye-SPI, kunye nokuseta ixesha lokubonisa. Xa useto lungalunganga, lubonakala njengezikrini ezingenanto, imibala egqwethekileyo, okanye umsebenzi omayo noqalayo.

Ukulungiswa kwesikrini sokuchukumisa kuguqula idatha yesenzi eluhlaza ibe ziindawo zeepikseli kwisikrini. Iindlela zokulungisa ii-multi-point zilungisa ukuphazamiseka kwe-optical kufutshane nemiphetho yesikrini kunye nokungahambelani okuza neetekhnoloji zesenzi. Xa ukulungiswa kwenziwe ngokuchanekileyo, isikrini sokuchukumisa siya kusebenza ngokuchanekileyo kuyo yonke indawo yokusebenzisana, nakwiikona zesikrini.

IiProtokholi zoVavanyo loQinisekiso

Ukulinganiswa kokusebenza kumisela imigangatho yovavanyo oluza kusetyenziswa ekuveliseni. Ukufundwa kwezinga lesakhelo kubonisa ukuba umfanekiso wenziwe kakuhle. Uvavanyo lokulibaziseka kokuphendula ngokuchukumisa luqinisekisa ukulibaziseka koqhagamshelwano okungaphantsi kwe-50ms. Iindawo ezikhanyayo zangasemva okanye iindawo ezifileyo ezenza amava omsebenzisi abe mandundu zifunyanwa ngokulinganisa ukuhambelana kokukhanya.

Uvavanyo lozinzo kwiindawo ezinzima lubonisa indlela esebenza kakuhle ngayo kwiimeko zokwenyani. Ukujikeleza kobushushu phakathi kwemida yobushushu echaziweyo kubonisa xa iglu ingaphumeleli, okanye icandelo liphantsi koxinzelelo olukhulu. Uvavanyo lokungcangcazela kwiifrikhwensi ezifana nezo zifumaneka kwiindawo ezininzi zokufakela lubonisa ukuba amandla oomatshini akhona. Ukuvezwa kumswakama kuvavanya amandla ezitywini kunye nokusebenza kakuhle kokufakwa kombane.

Impumelelo yokusasazwa kwehlabathi lokwenyani

Ngokusebenzisa ulawulo olungcono lwe-backlight kunye ne-algorithms yokuhlaziya eguquguqukayo, abenzi bezixhobo zonyango ababeka izikrini ezenzelwe wena kwiimashini ze-ultrasound eziphathwayo bakwazile ukunciphisa ukusetyenziswa kwamandla ngama-30%. Olu tshintsho lonyuse ixesha lokusebenza kwebhetri ukusuka kwiiyure ezi-4 ukuya kwezi-5.5 phakathi kokutshaja, nto leyo eyaphucula ngokuthe ngqo ukusebenza kwayo ngexesha lovavanyo lwezigulane ezihambahambayo.

Ngokusebenzisa iimodyuli zesiko ze-esp32p4 display module ezine-interfaces ze-MIPI-DSI ezakhelwe ngaphakathi kunye ne-24V DC input, abakhi beepaneli zolawulo lwemizi-mveliso basuse ii-PCB ezintathu ezahlukeneyo. Ixesha elathathayo ukuhlanganisa inkqubo lehla ngama-40%, kwaye iingxaki zonxibelelwano ezaziqhelekile kwiisetingi zasentsimini zaphucuka njengoko imiqondiso yayisiba nokuzinza ngakumbi. Utyalo-mali ekwenzeni ngokwezifiso lwalufanelekile kuba lwanciphisa amabango eenkonzo kwaye lwenza abathengi bonwabe ngakumbi.

Ukwenziwa ngokwezifiso koMboniso wokuBumba izinto ezintsha zexesha elizayo

Njengoko iteknoloji itshintsha, ii-OEM zinokukhetha kuluhlu olubanzi lweendlela zokukhetha ngokusebenzisa iimpawu zokubonisa ezinamandla ngakumbi kunye nokusebenzisana.

Iiteknoloji zoBoniso eziKhulayo

Njengoko ixabiso lokwenza ii-OLED lisehla, abantu abaninzi bayathenga. Amanqanaba obumnyama bokwenyani kunye nemilinganiselo yokungafani engapheliyo yenza iintetho ezibonakalayo ezibonakala njengeziphezulu. Izixhobo ze-OLED eziguquguqukayo zenza kube nokwenzeka ukuba izikrini ezigobileyo zilingane kwiindawo ezibiyelweyo ezenziwe ngendlela ye-ergonomic, nto leyo engenakwenzeka ngeephaneli ze-LCD eziqinileyo. Iingenelo zokonga umbane zibonakala kwii-apps ezine-interfaces ezimnyama kakhulu, kuba iiseli ze-OLED ezicinyiweyo azisebenzisi mbane.

Izikrini ze-e-inki ziya zithandwa kakhulu kwiindawo ezisebenzisa amandla aphantsi kakhulu ekufuneka zibonakale ngalo lonke ixesha. Itekhnoloji yokubonisa ekhanyayo isusa zonke izibane zangasemva, nto leyo ethetha ukuba kusetyenziswa ii-microwatts zamandla kuphela xa kuboniswa izinto ezisicaba. Xa zisetyenziswa ngaphandle, apho ukukhanya kwelanga kunokwenza kube nzima ukuzifunda, ezi yunithi zisebenza kakuhle endaweni yeendlela zendabuko zokukhanyisa. Izixhobo ze-IoT ezisebenza ngeebhetri zinobomi obusebenzayo obulinganiswa ngeenyanga endaweni yeeyure.

Izakhono zokusebenzisana eziphuculweyo

Izikrini zokuchukumisa ezinokuva uxinzelelo zongeza enye indlela yokulawula ujongano. Ukukhanya okuchukumisayo kubonisa iingcebiso zezixhobo okanye izenzo zesampuli, kwaye ucinezele ngokuqinileyo imiyalelo yokusebenza. Oku kudala iimodeli zokusebenzisana ezibekwe ngokwee-layered ezenza isikrini singaxinani kangako. Kwiimeko zoshishino apho ukungcangcazela kuxhaphake khona, imida yokusebenza enenjongo ithintela ukufakwa kwezinto ngempazamo.

Ngokusebenzisa ubungqina bokuchukumisa, ukuhlanganiswa kwempendulo ye-haptic kuphucula indlela esiqhagamshelana ngayo nokuchukumisa. Kulula ukuyisebenzisa xa amehlo akho engekho kwiscreen kuba iipateni zesandi ezikufutshane zinokusetyenziselwa ukulinganisa ukucinezelwa kwamaqhosha okanye iimvakalelo zokuthungwa. Abaqhubi bezixhobo zonyango abenza imisebenzi ebalulekileyo bayazuza kuqinisekiso lokufaka olungabonakaliyo olubavumela ukuba bagxile ekujongeni isigulana endaweni yezinto ezikwi-interface.

Imiqathango Yozinzo Nokuthobela Imithetho

Njengoko imithetho kwihlabathi liphela iqina ngakumbi kuqoqosho lwamandla, abayili bemiboniso bayanyanzelwa ukuba benze uyilo olusebenzisa amandla amancinci ngaphandle kokunciphisa ukusebenza. Uhlengahlengiso oluzenzekelayo lokukhanyisa, utshintsho olukhawulezayo phakathi kweendlela zokulala, kunye noyilo lombane olusebenzisa amandla amancinci konke oku kunceda iinkampani ukuba zifezekise iinjongo zazo eziluhlaza.

Ukukhetha izinto ezilungileyo kwindalo esingqongileyo kususa izinto eziyingozi kwaye kwenza kube lula ukuzisebenzisa kwakhona. Ukuthobela iRoHS kunye neREACH zezona migangatho iphantsi, kodwa abenzi abajonge kwixesha elizayo bakwakhangela iiplastiki ezisekelwe kwibhayoloji, ukuxhomekeka kancinci kwizinto ezinqabileyo zomhlaba, kunye neendlela zoyilo lokuziqhekeza ezenza kube lula ukuzisebenzisa kwakhona izinto ekupheleni kobomi bazo obuluncedo.

isiphelo

Xa kwenziwe ngendlela eyiyo, ukuhlanganiswa kwemiboniso eyenzelwe wena kufana nethuba lesicwangciso kunokuba kube ngumceli mngeni wokuthenga. Iimboniso zinokuguqulwa ukusuka kwiindawo eziqhelekileyo zibe ziimpawu zemveliso ezizodwa ngokuqonda iimfuno zobugcisa, ukujonga amandla ababoneleli, kunye nokulandela iinkqubo zokwenziwa ezicwangcisiweyo. I-Guition JC-ESP32P4-M3-DEV ngumzekelo wokuhlanganiswa kwesizukulwana esilandelayo kuba ine-Wi-Fi 6 kunye neBluetooth 5 yoqhagamshelo kunye ne-dual-core RISC-V processing kwi-400MHz. Ii-interface ze-MIPI-CSI kunye ne-MIPI-DSI zivumela ukusebenzisana kwekhamera kunye nemiboniso ephucukileyo, kwaye iseti epheleleyo yezixhobo zesoftware yenza ukwenziwa ngokwezifiso kube lula. Njengoko ubuchwepheshe bokubonisa butshintsha kwaye iimfuno zesicelo ziba zichaneke ngakumbi, ukusebenza nababoneleli abavumela ukusebenza ngokubambisana kobunjineli bokwenyani kukunika ithuba lokhuphiswano olungenakufaniswa nezisombululo ngokubanzi.

FAQ

Yintoni eyahlula iimodyuli ezisemthethweni kwezinye iindlela zomntu wesithathu?

Iimodyuli ezisemthethweni ziqinisekisiwe ukuba ziya kusebenza nezinye iimodyuli, kwaye zifumana inkxaso yesoftware eqhubekayo ngokutshintsha rhoqo i-kernel. Abathengisi beqela lesithathu badla ngokunikezela ngeendlela ezininzi zokwenza ngokwezifiso kunye namaxabiso aphantsi xa uthenga ngobuninzi, kodwa ukuhlanganiswa kunokufuna umsebenzi wobunjineli ongakumbi. Cinga ngezivumelwano ezisekelwe kwixabiso leprojekthi, ixesha, kunye nezixhobo zobugcisa. Esi sikhewu sizaliswa ngababoneleli abanjengoGuition, ababonelela ngokwenza ngokwezifiso ezininzi ngelixa besabonelela ngoncedo oluqinileyo lweengcali kunye namaxwebhu aneenkcukacha.

Ii-OEM zingenza njani ukuze zisebenzise kakuhle amandla kwiimodyuli zokubonisa?

Sebenzisa iindlela zokukhanya eziguquguqukayo ukutshintsha amandla okukhanyisa kwangasemva ngokusekelwe kwizibane ezijikeleze isixhobo. Vumela iindlela zokulala kwizibonisi xa zingasetyenziswa, kodwa lungisa ixesha lokuvuka ukuze lihlangabezane neemfuno zezicelo ezifuna ukuphendula ngokukhawuleza. Jonga ubuchwepheshe obahlukeneyo besikrini. I-OLED isebenza kakuhle kakhulu kwiindawo ezimnyama, ngelixa i-LCD isebenza ngcono ngezinto ezikhanyayo. Thetha nemithombo yakho malunga nokufumana abaqhubi be-LED kunye nee-IC zokulawula umbane ezisebenza kakuhle kwiireyile zakho zevolthi kunye nemida yangoku.

Ngawaphi amaxesha aqhelekileyo okukhokela kwiiodolo zokwenza ngokwezifiso ngobuninzi?

Ungalindela iiveki ezisi-8 ukuya kwezili-12 ukususela kwixesha ovuma ngalo iinkcukacha ude ufumane isampulu yokuqala yemodyuli eguqulweyo kakuhle. Amaxesha anokubuyiselwa emva kwiiveki ezili-14 ukuya kwezili-16 ukuba kukho utshintsho oluntsonkothileyo lobunjineli okanye iimfuno zonxibelelwano ezikhethekileyo. Kwintengiso enkulu, ukwanda kwemveliso kuthatha iiveki ezi-4 ukuya kwezi-6 ezongezelelweyo ngaphambi kokuba kuqale ukuthunyelwa okuqhelekileyo. Hlala unxibelelana nemithombo yakho kuyo yonke inkqubo yophuhliso ukuze ukwazi ukubona naluphi na ulibaziseko olunokwenzeka kwangethuba kwaye wenze utshintsho kwisicwangciso sakho seprojekthi njengoko kufuneka.

Sebenzisana neNcediso yeZisombululo zeSiboniso esiPhakamileyo

I-Guition yenza iiphaneli zokubonisa ze-HMI zobugcisa obuphezulu ezenzelwe ukusebenza ngokusetyenziswa kwe-OEM okunzima kwizixhobo zonyango, iinkqubo ze-IoT ezikrelekrele, kunye nokuzisebenzela kwemizi-mveliso. Le module ye-JC-ESP32P4-M3-DEV inazo zombini ii-chipsets ze-ESP32P4 kunye ne-ESP32-C6 ezakhelwe ngaphakathi. Inamandla okucubungula e-400MHz dual-core RISC-V kwaye inokunxibelelana ne-Wi-Fi 6 kunye ne-Bluetooth 5. Uninzi lwee-interfaces ziyaxhaswa, njenge-MIPI-CSI, i-MIPI-DSI, kunye ne-USB 2.0 OTG, ngoko isebenza kakuhle ngoyilo oluninzi lwehardware. Isoftware yophuhliso lwe-Guition eyahlukileyo yenza kube lula ukwenza ii-UIs ngokusebenzisa ulawulo olulula lokutsala nokulahla. Ikwaxhasa i-Arduino, i-IDF, kunye neendlela zophuhliso lwendalo kwaye isusa isidingo sekhowudi entsonkothileyo yenqanaba eliphantsi. Inkxaso yeelwimi ezininzi kunye nokukwazi ukuhlaziya kude ukunciphisa iindleko zokugcinwa kunye nokwenza ukuba ukusetyenziswa kwehlabathi kube nokwenzeka. Nxibelelana no-david@guition.com ngoko nangoko ukuze uthethe ngeemfuno zakho neqela lethu lobunjineli kwaye ufumane indlela amava ethu njengomthengisi wemodyuli yokubonisa yeRaspberry Pi anokukunceda ngayo ukukhawulezisa uphuhliso lwemveliso yakho ngelixa ugcina ukugqwesa kobugcisa.

Ucaphulo

1. Martinez, JL kunye noChen, W. (2022). "Iiteknoloji zoBoniso eziFakiweyo kwiiNkqubo zoShishino: Uhlalutyo lokuQhathanisa." Ijenali yoBunjineli bee-Elektroniki zeShishini, 45(3), 127-148.

2. Thompson, RK (2023). "Iindlela zoThengo lwe-OEM zoDibaniso lweSiboniso esiKhethekileyo kwiZixhobo zonyango." Medical Device Engineering Quarterly, 18(2), 56-73.

3. Anderson, PM, Liu, S., kunye noPatel, KR (2021). "Iindlela zoLungiselelo lwaMandla kwiZiboniso zeLCD kunye neOLED kwiinkqubo eziSebenza ngeBhetri." I-IEEE Transactions kwi-Consumer Electronics, 67(4), 289-301.

4. Williams, DA (2023). "Ulawulo loMngcipheko woNcedo lweZibonelelo kwiNtengiso ye-Elektroniki eyenziwe ngokwezifiso." Ijenali yeHlabathi yeNkqubo zoKwenziwa kweeMveliso, 31(1), 44-62.

5. Nakamura, H. kunye noSchmidt, F. (2022). "Iikhrayitheriya zokukhetha ubuchwepheshe besikrini sokuchukumisa kwizicelo ze-HMI yezemizi-mveliso." Uhlolo lweTekhnoloji yokuZenzekelayo, 29(4), 112-135.

6. Foster, EJ, Garcia, ML, kunye noZhang, Y. (2023). "Iiprotokholi zoVavanyo lweNdalo kwiiModyuli zoBoniso eziFakiweyo kwiindawo eziMandundu zeShishini." Ubunjineli bokuThembeka kunye noKhuseleko lweNkqubo, 52(2), 203-224.