Izinhlobo zezilimi zamaSOC ezahlukene ezikamere

Lapha kukhona ezinye izigaba ezithileIzindlela zesoc chip zemoduli wekhemeraIzindlela zokuthola imali e-Intanethi

iCatch V39A: kakhuluIzixazululo zokubonisa okwengeziwe kwezici zomphakathi we-video nezici ezincane kakhulu zokudla kuphela 1.2W ukuze kwenze ukurekhodi 4K, eqinisekisiwe nge-ISP processing ye-7th generation.

iCatch V50M: Iqala dual-core ARM Cortex-A7 CPU kanye ne-OpenVG GPU, futhi ne-6th generation image signal processor H.265/H.264 codec, ikwakhiwe multi-axis EIS kanye ne-HDR.

iCatch V35MA: Kukhanyiselwe kakhulu, isilinganiso semali esiphansi, kanye nokwenza kakhulu, ikwakhiwa 1080P@60FPS H.264 ividiyo kanye nokuthatha isithombe esikhulu esikhulu, ikwakhiwa i-E anti-shake technology.

SSC359G: Iqinisekisa iSigmaStar ISP ethuthukisiwe, nezinhlelo eziningi zezithombe ukuze kwenzeke ukukhanya kwesithombe, inkambo yayo yezifundo zezithombe kanye ne-IVE iyenza kube lula ukwenza izinto zokwenza okusezingeni eliphezulu.

SSC379G: Isici esihlukaniswe kakhulu sokuphatha imidlalo ye-multimedia, esetshenziselwa kwezokuphatha ividiyo yokuqala enkulu kanye nezinhlobo zokuphatha ezincane, kufaka izinto ezimbili ezitholakala kwi-64-bit quad-core ARM CA53 processor, ISP esemqoka, njll.

SSA50G: I-AI camera SoC processor ethandwa kakhulu, enikezwa kwi-AI camera, i-CAR camera, ne-USB camera, njll., izinhlelo zokurekhoda okukhulu kwevidi evamile.

Kuyinto esetshenziswa kwezinhlelo zokurekhoda ezinamandla ezithintekile, njengasezindaweni zezimoto, ngezindlela eziningi ezinamandla zokuprosesa, inqubo yokulungiselela okuphezulu, / inqubo yokuprosesa ividiyo, noma.

Kuyodingeka kwezokuphatha okukhanyayo kwezokuphatha nokuphelelwa kwemidlalo yezintathu ezimbonini ezihamba phambili njengamabhokisi wezimoto kanye nezombusazwe, kubandakanya i-processor ye-RISC ye-64-bit eyisisekelo esibili, i-ISP ephakeme, njll.

SSC9211: Kusetshenziswa kwezinhlelo zekhamela yezifunda, ekwakhiweni kwe-ARM-A7 ezimbili, ikhetha isenzakalo sesenzakalo sesenzakalo, ISP esemqoka, njll.

Akudingekile kwezindaba zokurekhoda eziningi, njengamakamela ase-USB, okuyinto inamaprosesa enombala ezimbili ezinkulu, i-ISP ethuthukile, njll.

RV126/RV1109: Eqinikezwe ngezindlela zokucacisa okuncane kanye nokwazi ukwethembeka kwesimo esiphambili, kungabaqondile, okuncane, kanye nokuhamba okuhle emakhasimende amaningi.

IRK3588: Inamakhono okuguqulelwe okwengeziwe 24M ISP, ineqiniso elilandelweyo ISP3.0, inikeza izinqamuleli zesenzakalo ezimbili kanye nezinye izinto ezingu-6, kungenzeka ukwenza ukunyakaza okukhulu, inikeza ukuthuthukiswa kwe-8K@30fps H264/H265, ineqiniso elilandelweyo NPU, inikeza uphumelela olunye olunye lwemisebenzi yezokwenza okwengeziwe.

Hi3512: I-processor yezindaba ezinkulu yokuhamba okuyinhloko ethandwa kwi-ARM9 processor core kanye ne-engine yokwenza izinto zevidiyo, ikwakhiwa ngezici eziningi njengoba i-H.264 kanye ne-MJPEG, ikwakhiwa nge-1.3M Amaphikseli 30fps, kanye nezokwakha i-JPEG ye-3 million pixel.

Hi3516: Kumele kuqashelwe nge-ARM Cortex A9 processor core, iqinisekisa i-1080P@30fps, iqinisekisa ukuthi kufinyelelwe i-16 million pixel JPEG capture, kwenza ukuthi kufinyelelwe i-RGB Bayer format input kanye nokuphuma kwe-CVBS, futhi kuyadingeka i-integrates intelligent analysis acceleration engine.

I-TMS320DM368: Ithandwa amabhangekela amaningi we-video ephakeme, okuyinto VC1, MPEG2, MPEG, MJPEG, kanye ne-H.264, ngezikhathi eziningana zokwenza 30 izinkanyezi ngosuku ekwenzelwa kwesimo sezinto 1080p. Iyasebenzisa i-ARM926EJ-S core.

Izolo: Itholakala izinkomba zokuhlola ezisebenza ngokwezinzuzo njengokuhlanganyela kwabantu, izikhumulo zokwenza isenzo, nokuthuthukiswa okusezingeni eliphezulu okwenza isenzo esiphikisayo ngokwezinyathelo zomlilo. Ukulungiswa kwe-co-processor yovuva yokuqala ka-TI.

Indaba yevidiyo iyathuthukiswa ngokuthi iyathathu kwesikhathi esingaphansi kweDMVA1, ikhetha itekhnoloji ye-TI's intelligent, ekwenza kube nokwethula okusezingeni eliphezulu kwe-1080p.