Back when we launched the AllPixel, we also created a small device called the PowerTap that eases the task of splicing power at various points along a strip of LEDs. We sold many during the Kickstarter but they never really sold well after the fact. We’ve actually never made more after the original batch from the Kickstarter! As of last night we sold the last of that batch.

It’s not really worth our time or money to produce more but, if you want some, have no fear… they are open source and you can still get your own!

First head over to OSHPark: https://oshpark.com/shared_projects/zyTngLzg
It’s $4.15 for 3 boards.

Then, order 3 or more copies of this project on Mouser: http://www.mouser.com/ProjectManager/ProjectDetail.aspx?AccessID=b3649fa0ae

We do realize that this ends up being more expensive than what we sold the PowerTap for ($5 each) but this is mainly due to the cost of the two screw terminals. If you want to add one more place to order from, just find a 2.54mm (0.1″) pitch, 4 pin screw terminal from ebay like this one. They are not as good quality, but much cheaper.

Alternatively, you can just leave out the terminals all together and directly solder the LED strip leads to the power tap. Either of these options can bring the total per PowerTap cost down to or below the $5 we sold them for, assuming you are OK with skimping on the terminals a bit.

Also, we are aware that the AllPixel is out of stock both on Tindie and Seeed but fear not! A new version is coming very soon 🙂

Earlier this year we were quite excited to receive an invitation from a friend to give a talk at the All Things Open conference, here in Raleigh. They had added a new track on Hardware/IoT and thought our experience might be a great fit. So, after a lot of writing, planning, and practice, we are pleased to present our talk: Open Hardware for Fun And Profit.

Enjoy!

The ESP8266 Arduino package provides a great and familiar to use ecosystem for developing code on the chip. However, most examples for WiFi network connection and management involve building and uploading new code every time you want to change the network settings. That’s just more than should be required if you want to simply connect an existing and complete project to a new network.

A forthcoming project in which we plan to use a large number of the Adafruit ESP8266 Feather boards for was going to be far to cumbersome to manage if we had to upload new code not only to change the WiFi network but to set static IPs. That would just not be acceptable and we had to find a better option.

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