Shards of silicon these days, they’re systematically taking what used to be rather complicated and making it dead simple in terms of both hardware and software. Take, for instance, this IR to HID Keyboard module. Plug it into a USB port, point your remote control at it, and you’re sending keyboard commands from across the room.
To do this cheaply and with a small footprint used to be the territory of bit-banging software hacks like V-USB, but recently the low-cost lines of microcontrollers that are anything but low-end have started speaking USB in hardware. It’s a brave new world.
In this case we’re talking about the PIC18F25J50 which is going to ring in at around three bucks in single quantity. The other silicon invited to the party is an IR receiver (which demodulates the 38 kHz carrier signal used by most IR remotes) with a regulator and four passives to round out the circuit. the board is completely single-sided with one jumper (although the IR receiver is through-hole so you don’t quite get out of it without drilling). All of this is squeezed into a space small enough to be covered by a single key cap — a nice touch to finish off the project.
[Suraj] built this as a FLIRC clone — a way to control your home-built HTPC from the sofa. Although we’re still rocking our own HTPC, it hasn’t been used as a front-end for many years. This project caught our attention for a different reason. We want to lay down a challenge for anyone who is attending SuperCon (or not attending and just want to show off their chops).
This is nearly the same chip as you’ll find on the SuperCon badge. That one is a PIC18LF25K50, and the board already has an IR receiver on it. Bring your PIC programmer and port this code from MikroC over to MPLAB X for the sibling that’s on the badge and you’ll get the hacking cred you’ve long deserved.
Hackaday was in Portland last weekend for the Open Hardware Summit. I did a brief recap earlier this week but this post has been on my mind the entire time. The night before the summit, OSH Park (the Purveyors of Perfect Purple PCBs which we all know and love) hosted a Bring-A-Hack at their headquarters. [Laen] knows how to throw a party — with a catered spread and open bar which all enjoyed. The place was packed with awesome hackers, and everyone had something amazing to show off.
In fact, there were far too many people showing off hardware for me to capture all in one evening. But join me after the jump for six or seven examples that really stuck out.
Get together with awesome hackers and build something cool. That’s the exact description for the workshops of the Hackaday SuperConference. Previously we announced all of the talks and some of the workshop presenters, but starting right now you can reserve your space in these inspiring hands-on sessions.
You must have a SuperCon ticket in order to purchase a workshop ticket. We anticipate SuperCon to be sold out before the end of this week so buy your ticket now! This is the ultimate hardware conference, held in Pasadena California on November 5th and 6th.
Workshops start at $5. This is a “skin in the game” rate to help encourage everyone who registers to show up. Space is limited and will surely sell out (last year the waiting list for some of the workshops was far bigger than the actual workshop). Any tickets above the $5 price are to cover the material expense for that workshop.
Delve into ultrasonics, try your hand at rapid prototyping connected devices, head out on the town with your robot, or get building with PCBs, FPGAs, conductive ink, and servo motors. These workshops span a range of very interesting skill sets and will send you away inspired to explore that next big hack.
She explains the process of dumping firmware from a Wacom tablet by hacking what the USB descriptors share. This involves altering the power rail smoothing circuit, building her own clock control board to work with the target hardware and a ChipWhisperer, then iterating the glitch until she hones in on the perfect attack.
This year we spotted [Debra Ansell] at Maker Faire, not as an exhibitor but an attendee taking her newest creation out in the wild. [Debra’s] LED matrix handbag is a marvel of fabrication — both design and execution are so great it is hard to believe this is not a commercially available product. But no, the one-of-a-kind bag uses woven leather strips spaced perfectly to leave room for WS2812 RGB LED modules to nestle perfectly. Look slike she even posted a tutorial since we last checked! If you don’t recognize her name, you might recognize her company: GeekMomProjects. She’s the person behind EtchABot, a robotic addendum to the diminutive pocket Etch a Sketch which [Debra] sells on Tindie.
Today is the second Tuesday in October — it’s Ada Lovelace day, a worldwide celebration of women in science and technology. The hackers above are some of our all-around favorites and we have featured all of their work frequently. Their impact on technology is undeniable, we give them much respect for their skills and accomplishments. We’d love to hear your own favorite examples of women who have incredible game when it comes to hardware hacking. Please let us know in the comments below.
Friday was the 2016 Open Hardware Summit, a yearly gathering of people who believe in the power of open design. The use of the term “summit” rather than “conference” is telling. This gathering brings together a critical mass of people running hardware companies that adhere to the ideal of “open”, but this isn’t at the exclusion of anyone — all are welcome to attend. Hackaday has built the world’s largest repository of Open Hardware projects. We didn’t just want to be there — We sponsored, sent a team of people, and thoroughly enjoyed ourselves in the process.
Join me after the break for a look at the talks, a walk through the swag bags, and a feel for what this wonderful day held.
[Tony Stark Elon Musk] envisions us sending one million people to Mars in your lifetime. Put aside the huge number or challenges in that goal — we’re going to need a lot of places to live. That’s a much harder problem than colonization where mature trees were already standing, begging to become planks in your one-room hut. Nope, we need to build with what’s already up there, and preferably in a way that prepares structures before their inhabitants arrive. NASA is on it, and by on it, we mean they need you to figure it out as part of their 3D Printed Hab Challenge.
The challenge started with a concept phase last year, awarding $25k to the winning team for a plan to use Martian ice as a building material for igloo-like habs that also filter out radiation. The top 30 entries were pretty interesting so check them out. But now we’re getting down to the nitty-gritty. How would any of these ideas actually be implemented? If you can figure that out, you can score $2M.
Official rules won’t be out until Friday, but we’d love to hear some outrageous theories on how to do this in the comments below. The whole thing reminds us of one of the [Brian Herbert]/[Kevin J. Anderson] Dune prequels where swarms of robot colonists crash-land on planets throughout the universe and immediately start pooping out building materials. Is a robot vanguard the true key to planet colonization, and how soon do you think we can make that happen? We’re still waiting for robot swarms to clean up our oceans. But hey, surely we can do both concurrently.
We’ve been trying fit in a tour of the Pacific Northwest for a couple of years now. This week is a perfect excuse. Hackaday is proud to sponsor the Open Hardware Summit which will be held in Portland this Friday!
Hackaday believes in the free and open sharing of information and ideas. Open Hardware has far-reaching benefits that help to educate and inspire current and future generations of hardware developers. Open Hardware also works toward making difficult and important advancements in the state of the art available to people who have the skills and interest to incorporate them in their own work.
This is why we built Hackaday.io, the world’s largest repository of Open Hardware. It’s also why we support the Open Hardware Summit, which brings together the Open Hardware community to discuss what it means to be Open Source Hardware and how to encourage the incorporation of those ideals into new products and projects.
Tindie and Supplyframe are also sponsoring the OHS. Tindie is, of course, the best place to find bleeding edge hardware sold by the designers themselves. Tindie supports Open Hardware licenses and seeks to provide the best marketplace for products and their creators. Supplyframe creates cutting edge tools for engineers to build better. This year they launched the Supplyframe Design Lab which is packed with high-end rapid prototyping tools and staffed by a resident engineer; the lab unlocks the ability to turn great ideas into prototypes that can be followed all the way through to production and product. The goal is to unite all the things necessary to make great open hardware happen.
Bring a Hack at OSH Park
There will be a ton of Hackaday, Tindie, and Supplyframe staff at Open Hardware Summit, make sure you stop by our tables, say hello, and grab some swag. But of course we want to see the hardware hacks that you’ve been working on. There are a couple of different opportunities to track down [Brian Benchoff] and [Mike Szczys] who will be on the lookout for hacks to cover in our articles.
On Thursday night we’ll be at OSH Park Headquarters for their Bring A Hack party. There will also be a hardware hangout on Friday to close the day long Summit. We want to see what you’ve been building so don’t be shy!