This Thursday, December 3rd, join us for a Live HackChat about the Raspberry Pi Zero with special guest [Limor Fried]. You may know [Limor] as [Lady Ada], the founder of Adafruit Industries. Adafruit has been on the forefront of the Pi Zero release. The $5 single board computer was announced one week ago by the Raspberry Pi Foundation.
Join in the chat to discuss the Raspberry Pi Zero. Limor has done a lot of work with the board already, including hacking analog audio back into the form factor. This is a great opportunity to ask questions, talk about your own plans for the hardware, and to find collaborators for future projects.
Pi Zero HackChat starts Thursday at 5pm PST (here’s a timezone cheat sheet if you need it). Participating in this live chat is very simple. Those who are already part of the Hacker Channel can simply click on the Team Messaging button. If you’re not part of the channel, just go to the hacker Channel page, scroll to the bottom of the “TEAM” list in the left sidebar and click “Request to join this project”.
HackChat takes place in the Hacker Channel every few weeks and is a friendly place to talk about engineering and the projects you’re working on.
We sent off a list of questions, just like every week, and [Ladyada] offered to do a video response. How awesome is that? Not only did she answer our questions, but she talked at length for several of them. We’re biased, but her explanation about Adafruit’s manufacturing processes and options for home hackers to get boards spun was a real treat.
Perhaps we should step back for a minute though. In case you don’t know [Limor Fried], aka [Ladyada], is a judge for The Hackaday Prize which will award a trip into space and hundreds of other prizes for hackers who build connected devices that use Open Design (Open Hardware and Open Source Software). She’s the founder of Adafruit Industries, an MIT double-grad, and all around an awesome engineer!
Check out the video after the break. We’ve included a list of the questions and the timestamps at which they are answered.
Continue reading “Judge Spotlight: Limor “Ladyada” Fried”
So you’ve mastered your PCB layout software, and it’s time to make the board. But if you don’t want to etch your own you’ve got to decided where to have it fabricated. There’s a slew of services out there, most of which you cannot afford, but the short list of those you can is still pretty long. We think this set of PCB fabrication house reviews will help you make your choice.
[Ladyada] — aka [Limor Fried] — knows what she’s talking about. She owns Adafruit Industries and has done the lion’s share of designing the many kits and items they sell. If you’re going to charge money for something it better work right, and that involves lots of prototypes. But even if you don’t need a quick turn-around or numerous testing boards the post is helpful as she also covers some of the batch producers we’re already familiar with. These include DorkBot PDX and BatchPCB to name a couple.
[Ladyada] has been working on FLORA, her wearable electronics platform, for a few months now. Even though it has just been announced the specs look much better than the previous queen of the hill, the Arduino LilyPad.
Going down the spec sheet for both the FLORA and the LilyPad, we see that FLORA has twice as much flash and SRAM as the LilyPad. The LilyPad has more options for I/O, but [Ladyada]’s FLORA has the benefit of not using an ISP header for programming; FLORA is completely USB-compatable. FLORA is also about a quarter-inch in diameter smaller than the LilyPad, something to take into account when you’re going for a wearable project.
On top of Bluetooth, GPS, accelerometer, compass and other modules planned for FLORA ( it doesn’t look like they’re available yet, though), FLORA has USB HID support so it can operate as a USB keyboard, mouse, MIDI device, or connect to a cell phone. If you’ve ever wanted a keytar cardigan, this is the board for you.
Check out [Ladyada]’s video demo of a LED-equipped fabric after the break.
Continue reading “FLORA: a better Arduino LilyPad”
When it comes to learning about microcontrollers, everyone has to start somewhere. [Lady Ada] recently posted a tutorial on burning the Arduino bootloader to standalone chips for those just getting started with the micro.
The tutorial cites a common situation, where someone is working on a project using an Arduino chip but they don’t want to sacrifice their dev board when just the micro and a few other components would do just fine. A short list of supplies is required, including an Arduino, a proto shield kit, a ZIF socket, and a blank ATmega chip.
The process is probably pretty straightforward and likely familiar to many of you out there. The ZIF socket is soldered to the board and handful of wires are added for powering and programming the new chip. The protoboard is installed on top of the Arduino like any other shield, and using a sketch that [Lady Ada] has made available, the bootloader burning process is a cinch.
It’s a useful tip for newcomers, and definitely a skill that seasoned Arduino users should have under their belts as well.
If you haven’t seen the news already, prolific maker [Limor Fried/Ladyada] is set to grace the cover of WIRED magazine in the upcoming April edition.
Not only is it a great day for the hacking/maker community as it puts a bright spotlight on the things we do every day, it’s a big day for female engineers as well. While WIRED has been around for 18 years as of this past January, this is the first time a female engineer has been featured on the cover. [Phillip Torrone] put it pretty well when he said, “She’s one of the most talented people in the world, she works harder than anyone else I know, she puts more value in the world than she takes.” – We couldn’t agree more, nor can we think of a better spokesperson to represent the community and inspire budding hackers around the world.
We would like to congratulate [Limor] on her accomplishment, and we encourage everyone to pick up a copy (or at least leaf through it at the bookstore) when it comes out.
If you’re still unconvinced as to how awesome she is, take a gander at some of her work we have featured in the past:
Kinect Open Source driver bounty
The Wave Bubble
The most common email we get is “how do I learn how to hack things?”. It looks looks like [ladyada] gets that question a lot too. She didn’t waste any time writing up a step by step guide to reverse engineering USB devices, specifically the Kinect.
She goes into depth on how USB works, how to record the communication, what to look for, how to deconstruct what you’ve found, and how to put it all to use. This is all done with real world data from the Kinect so you could easily follow along at home. There is source code available so you can download her example and see how to control the device as well.
We wish every hack could be so well written that it could also be called a tutorial.