#27 in Single board computers
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Reddit mentions of Raspberry Pi Camera Module V2-8 Megapixel,1080p (RPI-CAM-V2)
Sentiment score: 6
Reddit mentions: 23
We found 23 Reddit mentions of Raspberry Pi Camera Module V2-8 Megapixel,1080p (RPI-CAM-V2). Here are the top ones.
or
- Second Generation Raspberry Pi Camera Module with Fixed Focus Lens
- Sony Exmor IMX219 Sensor Capable of 4K30 1080P60 720P180 8MP Still
- 3280 (H) x 2464 (V) Active Pixel Count
- Maximum of 1080P30 and 8MP Stills in Raspberry Pi Board
- 2A Power Supply Highly Recommended
Features:
Specs:
| Color | Camera Module V2 |
| Height | 0.3543307083 Inches |
| Length | 0.9842519675 Inches |
| Number of items | 1 |
| Release date | May 2019 |
| Weight | 0.00661386786 Pounds |
| Width | 0.9448818888 Inches |
Full parts list with links to each product:
Camera:
$36 - Raspberry Pi 3
$30 - Raspberry Pi Cam v2
$9 - 8GB SD card (class 4 or higher)
$3 - M3 hex nuts
$8 - M3 screws 16 mm
Iphone Lens x0.67
$20 - Male/Female Header Pins
$12 - Resistors 10k x 2 + 220 O x 2
$7 - Jumper Wires
$7 - LED Buttons x 2
$35 - Adafruit 2.8" PiTFT x 1
$8 - Pogo Pins
$7 - Clear Red 3mm LEDs x 3
$20 - PowerBank
$6 - Resistors - 2x 10k (included in price before) & 2x 100k
$30 - TowerPro MG92B Servo x 1
$8 - Neodynium Magnets 6X2 mm (8 pieces)
$10 - Micro USB Breakout x 2
$7 - Micro USB Cables x 2
Gif Cartridge:
$26 - Raspberry Pi Zero W x 1
$9 - 8GB SD card (class 4 or higher) x 1
Resistors 10k x 1 + 100k x 1 (included in price from camera parts multi pack)
$3 - Momentary Switch x 1
$35 - Adafruit 2.8" PiTFT x 1
$13 - 3.7 v LiPo 400mAH Battery x 1
$20 - Power Boost 1000C x 1
Tools you may need:
Soldering Iron, Desoldering Gun/Solder Sucker, Screwdriver set, Crimping tool, Pliers, Exacto Knives, Sand Paper(400-1200 grit), Tweezers, Acrylic Spray Paints (Black and White) Krylon or Montana Gold
Github Repo for the code: https://github.com/shekit/instagif
Github Repo for the eagle files, STL files: https://github.com/shekit/instagif-hardware
Total Cost: $369
+ iPhone Lens which varies greatly
sure thing!
"Best" in what aspect? Price, size, weight, options, resolution? You need to be more precise than that.
The only mainstream camera available is the Pi Camera module: https://www.amazon.com/Raspberry-Pi-Camera-Module-Megapixel/dp/B01ER2SKFS
Um RaspberryPi com camara e uma bateria de 20Ah, a fazer stream por WiFi aguenta entre 4 a 5 dias de autonomia; sem o wifi (a gravar para ficheiro), deve aguentar um pouco mais (talvez umas horas a mais).
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Bateria portatil
Raspberry Pi
Camara para Raspberry Pi
Camara para Raspberry Pi sem filtro infra-vermelhos
I'm liking this one so far, although I might try switching over to this one. Since they're mounted to the build plate, they make the model stationary in the frame so only the head is moving around (instead of everything moving everywhere). (Edit Note: you will need an M3x10mm screw to replace the M3x8mm screw on the bottom of the bed so the camera mount can be screwed in too.)
I do like the design that randomperson linked to, but I've got the Multi Material upgrade coming whenever it releases, and that location is needed for motor mounts; so for now I just have a little bracket that hangs over the arduino case to keep everything together.
For hardware, I'm using:
Pi w/some peripherals
Pi Cam 2
Pi Cam extended cable
I will give you my top 5.
1.The hard yellow springs $5 and you will have extras. These will help your bed stay level longer. I think I need to check mine once every.. 10 prints or so or every other week, maybe longer. https://www.amazon.com/dp/B013G5I4US/ref=cm_sw_r_cp_apa_i_vkE6Cb8SHNBVG
2.Glass bed. Lowes for $3 cut 2.5mm. Ender 3 bed known to be warped.
3.Pick up a Raspberry pi ~$50 and install octopi/ octoprint.. free, and a mini b to USB cable $5. Now you don't need the to fiddle with micro SD and can manage everything from PC. https://www.amazon.com/dp/B07BC6WH7V/ref=cm_sw_r_cp_apa_i_olE6Cb8J91Q1J
And
https://www.amazon.com/dp/B00P0GI68M/ref=cm_sw_r_cp_apa_i_umE6CbPGSR7T4
4.Raspberry pi cam $25 and longer cable $3 to go with your Raspberry pi octoprint. Now you can monitor prints while "away" .. aka relaxing in your lazy boy watching YouTube vids on how bad season 8 of GOT was. https://www.amazon.com/dp/B01ER2SKFS/ref=cm_sw_r_cp_apa_i_noE6CbXTHCPDS
And
https://www.amazon.com/dp/B00M4DAQH8/ref=cm_sw_r_cp_apa_i_ipE6Cb9RK6QNR
5.Bowden tube $11. Only if you plan on printing hotter then 240c. So petg, abs.. ECT ECT . https://www.amazon.com/dp/B079P92HN9/ref=cm_sw_r_cp_apa_i_KjE6CbDMX6SGE
Hope this helps.
I have had my Di3+ since February, and have installed the following upgrades;
I also went ahead and bought the following;
Using the Raspberry Pi and Octoprint (http://octoprint.org/) I can start, pause, cancel prints and control the printer from my PC in the living room; I can also monitor it from outside the house after port-forwarding my router to my Pi and using noIP (https://www.noip.com/).
Hope this info helps you! Can't wait to see the finished, upgraded printer!
The PI's are 8MP.
https://www.amazon.com/Raspberry-Pi-Camera-Module-Megapixel/dp/B01ER2SKFS
The issue is the software behind them + lens.
You get one of these https://en.m.wikipedia.org/wiki/Raspberry_Pi
The v3 raspberry pi has integrated wifi, I suggest that one.
Then you get one of these https://www.amazon.com/Raspberry-Pi-Camera-Module-Megapixel/dp/B01ER2SKFS
Then you install Linux on a SD card for the raspberry pi, and use the camera use the camera to take pictures. For that you can follow the instructions here https://www.raspberrypi.org/learning/infrared-bird-box/
The birdhouse guys are using IR to take night shots but I didn't know how that would affect flower at night so I just use a regular pi cam and dont install the IR lights
Hope that gets you started, if you want extra credit you can hook up temp and humidity sensors to the raspberry pi too. You can check out a guide for that here https://www.raspberryweather.com
Let me know if you need any help!
[edit] here's a shot of my temp sensor / pi, and the pi camera dangling by the ribbon cable underneath
http://imgur.com/raFO92J
I know that you said you want to use what you already have lying around. So this isn't really the answer you're looking for. But if you do Rpi projects often, you should definitely get Pi Cam. They aren't expensive and they're easy to use. Also there's a ton of project tutorials already out there that use the Pi Cam. If you get yourself one now. Then you'll have one handy the next time your 10 year old has a cool project idea.
Raspberry Pi Camera Module V2-8 Megapixel,1080p https://www.amazon.com/dp/B01ER2SKFS/ref=cm_sw_r_cp_api_qP-5Bb1PYBXDY
don't' just limit yourself to pla, the mk2s can print all kinds of stuff.
others have already told you about the rpi3 and wifi. You might consider the rpi cam v2 for your camera. Here's a good video about it, how to mount it, enclosure files, etc
which leads me to my next suggestion, spend 7 weeks watching youtube videos from people like Angus and Tom. There's tons more like Jat.mn, 3D Maker Noob, 3D Printing Nerd, Nillabean, etc... These guys have a lot to teach and you can learn a lot in 7 weeks just watching their videos and participating in their live q&a streams on youtube and twitch.
other things you could buy are endless, but I'm going to throw out there a UPS so you don't lose a 30hr print to a power fluctuation or brown out, a heat gun to get rid of stringy bits, and a rotary tool for cleaning up parts among other things.
I have done this before and it worked great.
I used these sensors:
Digital Temp/Humidity Sensor: https://learn.adafruit.com/dht
Camera Module: https://www.amazon.ca/Raspberry-Pi-Camera-Module-Megapixel/dp/B01ER2SKFS/ref=pd_lpo_sbs_147_img_1?_encoding=UTF8&psc=1&refRID=42WJV9KTPP19ZG6EQWN9
As ePaperWeight mentioned, your shopping list would have a lot to do with what you plan on doing with it.
Keep in mind that the Pi Zero is very cheap partly because it does not have nearly as many ports as a full size Pi. It also has a less capable CPU than a full Pi 3. That being said, it's still impressive that its CPU and RAM are in line with older Pis that were used in all sorts of projects.
The lack of ports means that if you want to connect to USB, HDMI, Ethernet, or Wifi you will need adapters.
For the bare minimum for getting started I would suggest the items included in this kit (not necessarily suggesting the kit itself, these are all standard parts):
https://www.amazon.com/CanaKit-Raspberry-Zero-Starter-Kit/dp/B01N3XNPAM/ref=sr_1_1
This will allow you to get a Zero to boot up and display on a monitor. The single USB port will limit what you can connect, but a wireless keyboard / mouse dongle will at least give you standard input devices.
In order to connect Wifi or Ethernet in addition to a keyboard you will need a USB hub; preferably a powered hub.
To connect a Pi Camera you'll not only need the camera module, but an adapter ribbon cable (the Zero's port is slightly smaller).
The GPIO header does not include pins. This is more configurable, but means that you'll need to solder your own.
As you can see, all this can quickly add up. The Pi Zero really highlights the value of a full Pi. So if you're considering the Zero in order to save money run the numbers. You might not be saving much.
The size and lower power requirements of the Zero make it great for embedded projects. Anything that runs on a battery or needs to fit in a small case would benefit from using a Zero. Even then, the faster speed of a Pi 3 means that it will be a smoother experience to program on the 3 even if you plan to migrate the software to the Zero.
Other links for reference:
TLDR; Pick a project and work backwards to figure out a shopping list. Otherwise you'll spend way too much or your new Zero will probably live in a desk drawer.
I recently purchased the Ender 3 Pro, and these are the things I've done so far:
Thingiverse: Ender 3 Tool Holder
Thingiverse: Ender 3 Filament Guide
Amazon: Nozzles in 0.2mm, 0.3mm, 0.4mm, 0.5mm
Thingiverse: Nozzle Case
Thingiverse: Ender 3 V-Slot Tool Holder Tray
OctoPrint (OctoPi) on Raspberry Pi 3 B+
Amazon: Raspberry Pi Camera Module v2
Standard raspi cam edit: this one.
Another thought I'm having is would it be possible to use a reference library for comparing and counting? example: I have a library of a few hundred edge shots of glass and it compares likeness and creates a count for each likeness in an image or video? the camera I plan to use is this one that can shoot 720p at 180fps. This should reduce motion blur and I would only use every 7th frame to be about 24fps extraction. Accuracy is the most important thing. But the whole time frame for processing and counting shouldn't exceed 45secs. Best would be under 15sec. Is this wishful thinking?
So I bought a rasberry pi and the standard rasberry pi camera (https://www.amazon.com/Raspberry-Pi-Camera-Module-Megapixel/dp/B01ER2SKFS), along with a mini usb cable to connect it to the printer. You need a micro usb cable to power the pi (along with an outlet plug). Other than that, you should print a case for it, then you'll be good.
Raspberry Pi 3
Raspberry Pi Camera Module V2
5V 2.5A Power Supply so you have enough power to run the Pi and camera.
Micro SD card for uploading the Octoprint image and storing files.
Beyond that the only other things you may need (and are recommended) are a mouse, keyboard, a mini HDMI to HDMI cable or adapter, and a monitor to plug it into (TV with HDMI works). These will come in handy if you need to troubleshoot things or want to do other things with your Pi.
EDIT - oh yeah you'll also need to add a micro USB to USB cable or adapter to plug the Pi into the printer's controller.
How tech savvy are you? This could be done with a raspberry pi and rpi camera for about $60. You would need to make a waterproof case yourself. And you would need to script the pattern you wanted.
https://www.amazon.com/CanaKit-Raspberry-Wireless-Official-Supply/dp/B071L2ZQZX/
https://www.amazon.com/Raspberry-Pi-Camera-Module-Megapixel/dp/B01ER2SKFS/
Sure! This is the specific one I have: https://www.amazon.ca/Raspberry-Pi-Camera-Module-Megapixel/dp/B01ER2SKFS
It's a standard Raspberry Pi camera mounted on an arm that I cobbled together after the bed mount broke. You can see it in the lower right of the first picture here.
Your comments are VERY useful. Thank you for taking the time.
It looks like all the pi zero kits are out of stock, and I'd like to work on this within the next week or so. I actually have a pi model B (not B+) that I can re-purpose for this. I was leaning towards buying a new pi 3 mostly because I don't have one yet. But with your power consumption math, it looks like a lower power device is really needed here.
I could only find mention of the pi B (non B+) taking 220mA with a usb wifi adapter, without a camera.
So perhaps I'll purchase the official wifi dongle and the new camera module to use with my pi model B to get started. I may also bump up to a 4-panel, 28 watt solar. Then, when I can get my hands on a Zero (maybe next summer!) I can re-work things.
Not exactly. A lot of lower cost items get that way because they were:
The closest to what you want is going to be the Raspberry Pi 3 and the Raspberry Pi Camera Module V2. This camera is rolling shutter, which may introduce artifacts into the system under motion.
The RPi3 does have an onboard GPU (called the Broadcom VideoCore IV VPU) which as of a few months ago now has an OpenCL implementation.
The GPU is capable of 24 Gflops peak, but is often around 4-8 Gflops because the cost-reduced memory design limits bandwidth to about 120 MB/s.