🆕OmniVision OVB0D to chińska odpowiedź na Sony i Samsunga w segmencie sensorów 200 Mpx
➡️https://rootblog.pl/omnivision-ovb0d-moze-byc-konkurencja-dla-sony/

#OmniVision #OmniVisionOVB0D #sensor200MP

OmniVision, Sony'ye rakip 200 MP kamera sensörü OVB0D'yi tanıttı! Mobil fotoğrafçılıkta yeni bir dönem başlıyor. Akıllı telefon kameralarında rekabet kızışıyor.

🚩 #OmniVision #KameraSensörü #200MP #MobilTeknoloji #AkıllıTelefon

RCA CC413 VHS camcorder (1994), Part 1

https://makertube.net/w/pnWf4eqFAGrWpq7D3v4JGo

RCA CC413 VHS camcorder (1994), Part 1

PeerTube

Life and Death of a Panasonic 4-head stereo VCR (and lots of info about Panasonic VCRs)

https://makertube.net/w/hSoN6UCRgTRWZZEqcEMFfG

Life and Death of a Panasonic 4-head stereo VCR (and lots of info about Panasonic VCRs)

PeerTube

Video processing on Microcontrollers, Asics and FPGAs. This also covers protocol bridges.

https://wiki.pythonlinks.info/Hardware

#FPGA #Video #RaspberryPiCamera #Omnivision

Hardware

Video processing on Microcontrollers, Asics and FPGAs. This also covers protocol bridges.

I'm looking for a CMOS camera sensor for a FOSH project. I'm just looking for a surface mount chip without the lens.

It looks like two big brands are onsemi and omnivision. I've applied for NDA access to the datasheets, but I'm wondering if there are good options with open specs? How do people generally release FOSH based on chips with NDA specs?

I've gotten the OV7670 prototype boards configured using I2C and I can read frames out using the parallel interface.

Parallel interfaces are easy. Many cameras now have MIPI interfaces. Is it easy to read MIPI data? I am planning to use an FPGA to read the camera data, so although parallel would be easiest, I imagine there could be a MIPI Vertilog 2005 implementation that I could compile to run in my FPGA?

#foss #fosh #camera #sensor #camerasensor #fpga #mipi #onsemi #omnivision #cmossensor