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Description: This is a high-quality color CMOS camera module. Power the CM-32 module, hook up any display, monitor, or LCD screen with an RCA input and get vivid color video at 728x488 resolution. Module is easily mountable and has a wide operating voltage (6V to 20V). Comes with high quality optics, all the on board circuitry to output RCA signal, and cable harness.

Features:

  • 728x488 Resolution
  • 6V to 20V input
  • 50mA (at 12V)

Documents:

Replaces: SEN-08739

Comments 33 comments

  • That’s some weird finger :)

  • Would it be possible to hook this up to an arduino wirelessly send it to another arduino then hook it up to a screen and have a live feed? If so How?

  • Trying to build an underwater ROV and thinking this would be a good camera for it (obviously we would have to pot it). Anyone know if there would be any problems with this?

  • What sort of item would I need to have 6 cameras running and recording at once? I’m guessing something that takes 6 inputs, correct? I would like to be able to view all 6 inputs at the same time on the same screen and be able to record it to a hard drive.

  • hi. i want to use this camera on a ultra micro-quad copter and would like to video stream this to a computer via wifi. how could i go about doing this?

    • This camera has NTSC output. You would need to find the rest of the equipment that can input that signal and transmit it to a receiver. If you google “FPV” (First Person View), you’ll find many options. Good luck!

  • Im using this camera in an arduino project i am doing, i need to connect this camera to the arduino mega 2560, does anybody know if there is a video input on that arduino that would suit this camera? if not what hardware would i need to be able to do this?

  • Does it work with 5V (as SEN-08739) ?

  • I got mine to work with a tv. Is there a way I can get it to store video?

    • Not by itself. You’ll need to run it to a VCR or other video recorder to save what it’s seeing. To store video, you’ll need something like the Flycam or HackHD. Hope this helps!

  • If i try and use this on a display that’s 640x480 is it gonna be stretched/croped/scaled? OR will that be up to the display driver?

  • Tell me if this is a stupid idea.

    Looks like the horizontal scanning is at 15KHz. So if we assume 728 pixels, then I think the video signal would be something like 10MHz. Could I sample signal at 20MHz and reliably reproduce this signal later through a D/A? I realize this will use a lot of space as there would be no compression. But I only want to record say 10 minutes at a time.

    Is this the right frequency? What resolution do I need to capture and regenerate a video signal? I dont htink an arduino can do this speed, but an ARM based one perhaps could. Or just a chip alone without arduino overhead.

    Thoughts? Stupid?

    • Your math is sound, and since NTSC already uses a bunch of analog tricks to reduce the bandwidth, you could probably get away with less sampling (maybe 10MHz?). As a valid solution it’s not stupid at all (though you will encounter many issues sampling analog signals that fast), but from a systems perspective there are probably easier and cheaper ways to achieve the same goal, such as a webcam attached via USB to a small Linux-based computer (Raspberry Pi, Beaglebone, PCDuino, etc.)

  • Anyone can suggest me how to use this to send image to my single color LED matrix? thanks!

  • Are these supposed to get warm when powered. Im powering from a LIPO 3S 11.4 but it doesnt get warm or give a signal. Any ideas ?

  • Im thinking connecting this camera with a lcd to get real team video, i would like to know how many frames per second it has

  • I’m trying to just pick up live video and reroute it to a simple small screen. Would this and an arduino or raspberry pi work?

    • You don’t need an Arduino or Pi; you can connect this camera directly to a screen that accepts composite video, such as this one.

  • Is this camera compatible with M12 lenses?

  • Is this the NTSC or PAL model? the description mentions the “CM-32” but the datasheet refers to a “32-KM NTSC” or “32-KM PAL” ?

  • Can this be hooked up to the new pcDuino? I’d like to be able to do some basic face detection without an extra computer.

    • Note that this is an analog, not a digital camera. It’s great for hooking up to TV sets, video recorders, analog transmitters etc. but it would take a lot of hardware (called a framegrabber) to hook it up to a microcontroller and get results useful for face tracking.

      Fortunately, since the PCDuino runs Linux, it has the ability to easily connect to inexpensive webcams, so you might look into those.

  • Can this camera also pick up IR?

    • In my experience, the imager itself will be able to pick up IR, but typically an IR cutoff filter is included on the back of the lens. Often this is just a sticker that can be removed, but I could not say for sure on this module.

  • Will there be some tutorials on interfacing with this camera? My objective is capturing the live video with OpenCV to process the images. As I understand, the camera output is analog and I am wondering what I need to convert the analog feed to digital frames to be processed. Eventually I would like to mount this on a small robot.

    In brief, I am ready to purchase, but need to know what other components I need to purchase to power it correctly, capture the video feed as individual images for further processing.

    • To interface with an Arduino you’d need this shield https://www.sparkfun.com/products/10032 Total project costs gets a bit high though and you’d consume virtually all arduino resources just processing the signal.

      Personally I’d go with a digital camera instead capable of sending TTL data. One of these 2: https://www.sparkfun.com/products/10061 https://www.sparkfun.com/products/11610 or rip apart a cheap web camera. For low res robot vision I’ve even seen people take optical sensors out of laser mice and integrate them into designs. Resolution is typically low (no higher than 16x16), but as a benefit, the signal is easy to process and the refresh rate is high enough to allow shape tracking and rapid obstacle detection at close range.

      • How exactly would you go about by ripping apart a web camera, I would love to try. The webcam might need a USB host to operate it and that means ‘CHALLENGE’ !

        • Step 1. Acquire web camera. Step 2. Rip it apart.


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