This is a super cool project where we build a concealable, portable, live streaming IP camera based on the Raspberry Pi Zero Model W, and the Raspberry Pi camera module. In order to do this lesson, you need to start with Lesson 1, where we show you how to get the IP address of your Pi zero, and how to get it booted. For this project, you need a Raspberry Pi Zero Model W. If you do not have one, you can get the ESSENTIAL HARDWARE HERE. In addition, you will need the Raspberry Pi Camera, which you can GET HERE. The Pi Zero needs a special Camera Cable, which you can get HERE.
That should be the equipment you need to this really fun project. When you are ready to go, the instructions are in the video below.
We have our Raspberry Pi Zero Model W booted up and running. Our interest is to run the device headless, but we must first discover our IP address. This lesson shows a simple tutorial on how to Boot the Pi Zero Model W, and get its IP address. Once you get the IP address, you will want to reserve that IP address for this device. You can do that through your wireless router, or if you are at work, talk to your Network Administrator. We plan to do a really cool project with this, so get your gear ordered now. The best deal we have found that has the two adapters you need can be ORDERED HERE.
This video takes you through setting up your Pi zero W step by step. Enjoy!
There is a lot happening in the Maker Space! We have just watched two new major releases of embedded microprocessor platforms . . . the Raspberry Pi Zero Model W and the Onion Omega 2+. Both these platforms are impressive in that they both offer a small package with onboard WiFi for $10. This combination of features, price and size opens up a new world of possibilities for compact, portable projects.
After reviewing both of these platforms, we choose the Raspberry Pi Zero model W as the platform we will be pursuing at this point. The video above gives a head to head comparison of the two platforms, and the rational behind our decision.
We are very excited to see that Raspberry Pi has announced the release of the WiFi model of the Raspberry Pi zero, which has onboard Bluetooth and WiFi. Anticipated price is $10. We believe this new model will be a game changer, and will accelerate the development of exciting new prototypes and products. As of this morning, I have not found any supplier with the devices in stock, but will order one as soon as I can find a supplier. I plan to do some tutorials and projects as soon as I can get my hands on one of these. Please share your thougts below.
I was extremely excited to learn of the Raspberry Pi Zero. It is a trimmed down version of wildly popular the Raspberry Pi, and one designed for embedded operation. In getting the Pi Zero I was really impressed with its small size and low cost. It has a small HDMI output, and two micro-usb inputs (one is OTG). The Pi Zero is about the size of a stick of gum, and is priced at $5. While I was impressed with just about everything associated with the Pi Zero, in my mind it has one fatal flaw. It has neither an Ethernet Port, nor on board Wifi. To really use the Pi Zero for any of the applications I would be interested in, Wifi or an Ethernet connection would have to be added. Making this more difficult is the issue of the Micro USB connection. I am not aware of any micro-USB wifi units. Hence, we must buy a cable that goes from micro-USB to USB, and then get a USB Wifi Dongle. The cost of the cable alone will likely be more than the Pi Zero itself, and destroys the small form factor provided by the Zero.
So, as much as I love the Pi 3, and as much as I wanted to love the Pi zero, I am going to have to give it the thumbs down. I understand when you make something small and cheap, you have to give up things. But, I with they would have dropped the HDMI output and one of the USB connectors, and provided on board Wifi. I am hopeful they will at some point release an upgraded Pi Zero with on board Wifi. Then I would pursue development on this platform.
Making The World a Better Place One High Tech Project at a Time. Enjoy!