Sinoseen Global Shutter USB 3.0 Dabba na Kamera biyu da IMU don amfani a cikin tattalin arziki na roboti da kira bayanai na haske

Rubutun Product

Sinoseen SNS-SM1290-V1.0 shi ne kameran na biyu lens da aka saita a cikin USB 3.0, wanda ya kashe biyu sensorin tushen AR0234 na onsemi da suka yi amfani da global shutter. Ta hanyar yin tasirin wide-angle da IMU a cikin kameran, ta ba mu baya asasen hardware don robotics, analaysin harakatu, da koyon tushen a cikin system.

Kowane sensor yana da 1/2.6-inch optical format, 1920 × 1200 active pixels, da 3.0 μm pixel size. Yadda ake cin tushen da global shutter yana taimaka wajen ragewa tsawon bayanai na geometric distortion wanda ke haɗa da rolling shutter readout lokacin da aka cin tushen abubuwan da suka gudan, ko lokacin da kameran ya gudan a cikin platform da ya gudan.

Kameran ta sanya MJPEG video a cikin 60fps kuma YUY2 video a cikin 30fps a cikin yadda ake nuna a cikin output mode. Kada USB 3.0 Type-C ta kara video kuma ta ba kameran da energy, kuma lensin da suka dace a cikin wide-angle suna ba da diagonal field of view na 200°.

Tsarin kantin da ake yin shi na bayanin gaba daya ya sa iya zama baƙin wani kantin mai amfani da kuma kantin na al'ada. Wadanda suka nema amfani da tsarin biyu na gurba, tsarin rarraba aiki na al'ada da tsarin rarraba hoton ya bukatar tsarin al'ada na sarrafa da tsarin rarraba mai amfani.

Manyan siffofi

Biyan AR0234 na tsarin gurba

Biyan sensor AR0234 suna ba da dukkanin tushen gaba biyu don amfani da tsarin biyu na hoton. Tsarin gurba na tsarin gurba ya taimaka wajen kare hali na abu ne a lokacin rarraba, wanda ke sa tsarin ya zama mafi kyau don amfani da sauran halayen da suka rarraba da amfani da tsarin rarraba na halayen da suka rarraba.

Hoton MJPEG ta hanyar 60fps

Hoton MJPEG ta zama mafi kyau don amfani da 60fps, yayin da hoton YUY2 ta zama mafi kyau don amfani da 30fps. Duk wata da fps da aka ba da su ke tabbata da tsarin firmware da aka zauna, tsarin hoton da aka zauna, da tsarin host.

Tsarin optikai na gaba mai amfani da tsarin gaba

Kwamfani na kwayoyin da aka bayani suka ba da 200° na gaba ta hanyar fuskantar, wanda ya taimaka wajen samun kwanaki na yanki mai yawa. Kwayoyin da suka fiye da 1.8 mm da F2.0 suna dace wajen samun kwanaki na yanki mai yawa, da kwayoyin da suka fiye daga 60 cm zuwa abin da ba za a iya fahimta shi.

Kwanaki na yanki mai yawa suna bukatar kwayoyin da suka fiye da kwayoyin da suka fiye lokacin da aka amfani da su wajen kuma kuma ko kuma na biyu.

IMU na gaba

IMU da aka kawo a cikin kwayoyin ya ba shi damar hardware don kadanin da suka hadu da kwanaki da IMU. Ya kamata a sani kuma kuma da IMU, kuma kuma da kwayoyin da suka fiye da kwanaki zuwa IMU don kadanin da aka yi amfani da su.

Haɗin USB 3.0 Nau'in C

Kwayoyin da USB 3.0 Type-C ya saukara kama da kadanin da ke da kwayoyin da ke da kwayoyin. Kwayoyin ya yi amfani da 5 V don kuma da USB, wanda ya kare kuma da kama da kwayoyin da ke da kwayoyin.

Kawo kwayoyin a cikin kwayoyin

Kwafin biyu na lens zai iya yin amfani da shi a cikin kwafin mai kusa ko a cikin device mai kusa. Tsarin mamaki ya amfani da M12 × P0.5 na lens mounts. Ya kamata ku duba tsarin maimakon, tsarin fahimta na optics, da sharuddan yin kwafin a cikin tsarin da aka gano.

Tsayar Goma

Yanayin Amfani

Taswira na Farko : Kuskure na kuskure don kuskure na kuskure.
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Aikin VR : Kuskure na kuskure don kuskure na kuskure.
Kuskure na kuskure : Kuskure na kuskure na kuskure.
Kurkurewa na Kankara : Rubutu da kuma fotonin barakod.
Gwamnatin AI : Fotoci don gudunmawa da kuma taimakawa.
Aikin Amfani da Kariya da Gida mai Tsaro : Tabbatar da dukkanin wani abu a cikin gida da kuma ƙasa.
Koleksiyon na Bayanai don Tarbiyyar AI : Fotonin da aka saba da su don bayanan AI.
Fotonin Na Iyakokin Madaidaici da Ilmin Hayyaya : Fotonin da aka saba da su don mikroskop da kuma karshilar.

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

1. Wani ne kwayoyin wannan kwayoyin?

Wani module yana amfani da biyu AR0234 sensors, wanda kowanne ya kashe 1920 × 1200 active pixel array, ko ta hanyar approximately 2.3MP. Bayanin video na host suna iya canzawa akan bayanin da aka saita a dual-camera output mode. Da fatan za a gano current output-mode table don firmware da aka zabi.

2. Wane ne abin da ke cikin global shutter?

Global shutter yana nuna bayanan taswira a lokacin da suka dace, wanda ke taimaka wajen gyara skew da deformation da ke fitowa ne daga rolling shutter readout. Ba shi nuna motion blur ba; iluminashin da ayyukan exposure da suka dace suna bukata.

3. Ya yi amfani da 60fps a duk video format?

Ba. Bayanin da aka bayyana ya nuna 60fps don MJPEG da 30fps don YUY2. Duk frame rate suna iya canzawa akan bayanin da aka zabi, firmware mode, ayyukan exposure da performance na host.

4. Ya bayyana depth maps ko SLAM a cikin?

Depth-map output da onboard SLAM ba suka bayyana. Stereo depth da tracking applications suna bukata calibration da ayyukan da suka dace, camera timing da ayyukan da suka dace da processing a cikin host.

5. Yaya ne kamar yadda waɗannan biyu na kamera suna da hardware synchronization?

Alama mai ma'ana ba su bayani kan hanyar synchronization. Da fatan za a tabbataci yadda exposure synchronization da timestamp behavior su ke a cikin lokaci na amfani da module don stereo measurement ko tracking.