4MP SC4336 MIPI Camera Module 30FPS ta hava Flexible FPC da 120° Wide-Angle Lens don Video Doorbell Embedded

Bayani na Abinci

Wani abu mai gaba daya ya zai iya yin amfani da wani gaba daya mai yawa a cikin wani gaba daya mai yawa. Sinoseen XLS42296-V1.0 ya kawo 2560 × 1440 mai rangi da lensin mai gaba daya da kuma camera mai gaba daya mai yawa don ajiye da kuma aikin duniya.

Wannan 4MP-class Mudubu MIPI Camera ya amfani da rolling shutter sensor da ya taimaka a cikin wani mode na bayani na 2560 × 1440 a 30 fps. Bayanin optical ya ba da 120° diagonal field of view, wanda ke taimakawa a cikin yin amfani da wani gaba daya mai yawa daga wani lokaci na camera.

Kamarar da aka bayani a cikin kameran ya kashe 10 × 10 mm, kuma tsawon yadda aka saita shi shine 15.6 mm. Wadannan ƙayyadaddun suka taimaka masu ingantaccen su gano yadda kamarar da kameran zai kashe kuma yadda za a saita shi, amma kuma fassarar da FPC ta taimaka wajen saita shi a cikin kamarar da abu da aka rubuta ta hanyar tashin.

Don al'amari da ke bukata yadda mai zuwa, yadda mai zuwa na ayyukan, yadda mai zuwa na kabilen, ko yadda mai zuwa na saita, Sinoseen ta ba da taimakon masu ingantaccen OEM/ODM da kuma taimakon samun abubuwan da aka rubuta.

Nemo Abubuwan Da A Rubuta | Yadda Za A Yi Kira Don Kamarar Da Kameran Da A Rubuta

Takonar Tattalin Kuma Cikakken

2560 × 1440 Kamarar Da Ladan A 30 fps

Kamarar da abu ya ba da rashin da 2560 × 1440 don gano dukkanin bayanan al'umma, abubuwan, da bayanan ladan. Yadda ya yi ayyukan a 30 fps ya taimaka wajen gano kamarar da al'umma a cikin kamarar da al'umma, kamarar da al'umma na sarra, da kamarar da al'umma na umummiya.

Yadda da kamarar da abu da ke bukata, yadda da bitin da ke bukata, da yadda da fps da ke bukata, suna bukatar an gano su ta hanyar kamarar da platformin da aka zauna.

120° Kamarar Da Al'umma Na Gaba

Kamarar da abu da aka bayani ya ba da wadannan bayanan da al'umma:

• Gaba: 120°

• Horizontal: 100°

• Vertical: 53°

• Takamalai na karamin yadda: ±3°

Koƙa ta gaba daya na kuma yana da faida ne don hankali da wani yanki mai ƙarfi daga wani wuri na karami na saitace. Tananin lens din ya kamata iya sanya cikin yadda yake da jira da kuma tsawon yanki na kuma don ganin abubuwan da suka zama mafi mahimmanci a cikin taswira.

Koƙa ta gaba daya na kuma

Koƙa ta gaba daya na 10 × 10 mm da kuma tafiyar 15.6 ±0.2 mm ta sanya muhimmincin kima da kuma a cikin kuma da kuma.

Duk wani abu na bayanin koƙa ta gaba daya yana nufin koƙa ta gaba daya ba tattaunawa na FPC ba. Ya kamata ku duba kuma daga kuma da kuma, wani abu na kuma da kuma, da kuma da kuma a cikin taswirin kuma.

MIPI Output don Embedded Integration

Wani abu na kuma ya amfani da MIPI interface da kuma ya ba RAW RGB image data don processing da kuma da kuma.

Integration yana kuma da kuma da MIPI configuration, connector pinout, power supplies, clock, driver, da kuma da kuma. Wannan yana nufin cewa bayanin host yana da muhimmiyar kuma a cikin kuma da kuma da kuma.

Kafaƙa ta hanyar sauyin ayyukan kariya

Fayilun da aka rubuta game da sensa yana da bayani game da kariya, kariya ta tsakiya, kariya ta zango, da kariya ta register ta hanyar I²C. Bayanin da suka dace zasu iya dubawa a lokacin kariya don gano hali na kariya na kamera da bukatar kariya na host.

Bayanin da aka rubuta game da kariya

Bayanin da aka bayyana yana da dubawa game da alama na module da lens, fihirin, kariya na taswira, bayanin da ba su dace, rukuni, shiyan kariya, kariya na kariya, kariya na laun, da kariya na kariya.

Wadannan bayani suna bada asara don dubawa na mayarwa da kariya na kariya. Bayanin da ke cikin kariya zasu iya amincewa kafin kariya na kariya.

Tsari mai mahimmanci

Yanayin Amfani

Tsamfinsa Industrial: Samun taswira ta monochrome don duba wurin abu, hankali, da wasu alama na gaba, da kuma yadda ake sanya shi da yadda abu ya tashi.

Samun barcode da scanning na terminal: Samun gaba daya na farko don fassara, tare da zabi na lens na baya ga kwayoyin koda da bayanai da yadda kewaye suka yi.

Tashin robot: Wani abu da ke shirya don samun wani abu a duniya ta hanyar rukuni da kuma duba na halayen halin, amma ya kasance da kariya na kuskuren da kuma lokacin da ke cikin shiri.

Dubawa na halayen halin: Samun gaba daya na farko ya taimaka wajen kare tsarin abubuwan da suka ci gaba; kuma kariya na dubawa na halayen halin ta kasance da yadda kuma lokacin da ke cikin shiri, kuma kuma iluminashin da kuma software.

Kimiyya na OEM/ODM da kuma shirin yin sauranshi

Sanya camera da abubuwan da ke cikin shiri

Wani abu da ke cikin shiri ya kamata ya fito da abubuwan da ke cikin shiri da kuma tsarin device. Sinoseen ya ba abubuwan da ke cikin shiri na OEM/ODM da kuma za a iya duba sauranshin na optical setup, flexible-circuit layout, kuma kuma yadda ake sanya da kuma abubuwan da ke cikin shiri.

Kammalawa na yin amfani, shirin yin amfani, kudin kariya, da lokacin da ke cikin gaba daya suna daga bayanin inggantun.

Bayani da Karfi

Amsa 1 — Share Your Requirements

Nuna abin da ke amfani, platform na yin amfani, kudin kariya da ke bukatar, kudin kariya na frame, kudin kariya na yin amfani, kudin kariya na yin amfani, da kudin kariya na yin amfani.

Amsa 2 — Review the Configuration

Gano tsarin yin amfani na sensor, interface, lens, da tsarin yin amfani. Nuna abubuwan da suka hada da kudin kariya na yin amfani.

Amsa 3 — Confirm Drawings and Evaluation Criteria

Kun gudan cikin configuration, details na connection, mechanical revision, da sample acceptance requirements kafin prototype production.

Step 4 — Evaluate Samples

Test image quality, sustained frame rate, exposure behavior, host integration, da mechanical fit a real operating environment.

Step 5 — Approve the Production Configuration

Confirm the accepted sample, drawings, optical components, da operating configuration kafin zama zuwa volume production.

Send Your Drawings and Imaging Requirements

Mahuwar Sinoseen

Shenzhen Sinoseen Technology Co., Ltd. ta kashe a June 2016 kuma ta gudan cikin CMOS camera module design, development, manufacturing, da OEM/ODM services.

Kashe ya ke cikin shirin so na USB, MIPI, da DVP, kuma ake ba shi abubuwa daga farko har zuwa ƙarshen samun kuma taimakawa bayan samun.

Don ya sa a cikin project na kuma gaskiya na farko, Sinoseen yana aiki da abokan cin gaskiya don tabbatar da amfanin kuma gaskiya ta hanyar haɗawa na maki da elektriko. Wannan yana taimaka wajen fahimtar kayan aiki na kuma gaskiya wanda za a iya tabbatar da su a cikin abu da ke zama aiki a baya da amfanin kuma gaskiya.

Sertifikat da Malalin Kuma Gaskiya

Dokumenta na Sinoseen sun hada da rukunin amfanin kuma gaskiya, dokumenin kuma gaskiya na amfanin kuma gaskiya, hakkin kuma gaskiya na software, da patenshin na kuma gaskiya na model. Don project na kuma gaskiya na kuma gaskiya, da fatan za a buƙata dokumenta na yanzu wanda suka dace da model da kayan aiki da aka zaɓa, ta hanyar CE, FCC, ko RoHS.

Masu Sabon Gaskiya

Yana amfani da SC4336 ko SC4336P wannan module?

Fasal sarrafa ya bayyana SC4336, amma bayanin sensa ta da aka bayyana a cikin fasal sarrafa ya nuna SC4336P. Ya kamata a tabbatar da sensa na gaba daya a cikin shari‘ar da aka iya amfani da shi kafin sauya.

Shin wani kamera ce na global shutter?

Ba. Fasal sarrafa ta da aka bayyana ya nuna sensa na rolling shutter. Don abubuwan da suka ƙara yawa ko ayyukan hisabinsu da ke bukatar fahimtar kuskure na taswira, za a ba da halin rukuni don tabbatar da kamar yadda kameran zai iya aiki.

Shin zai iya tsakara ga portar USB ta hanyar tashin?

Wannan tsarin yana amfani da MIPI kuma ba ta nuna output na USB ta hanyar tashin. Amsa na USB ta bukatar hardware na bridge wanda ke da mahamman kamar yadda ake so ko tsarin kameran mai zuwa.

Shin zai iya aiki da kowa daga cikin boards na MIPI na koyon?

Kamar yadda zai iya aiki yana daga cikin abubuwan da suka fiye da connector. Host ya kamata ya iya aiki da tsarin lane da ke bukatar, pinout, amfanin, clock, driver, da RAW image-processing path. Ba da bayanan host don tabbatar da shi.

Shin lens na 120° ya ba da autofocus?

Kudin 120° yana nufin kudin tashin wani abu a cikin gaba daya. Ba a bayyana autofocus a dokumenin da aka bayar. Ku tabbata kudin amfani da kudin fokas don zahiri kamar yadda za a zaɓa lens.

Wannan tsari ya yi amfani da infrared night vision ko HDR?

An noman “650 IR” da kudin dynamic-range na sensor ba su nuna wani daga waɗannan alama. Amfani da infrared yana bukatar lens da filter da suka haɗa daidai, amma HDR yana bukatar tabbatarwa na sensor mode da aka haɗa da host processing.