Need something to get you revved up for the Hackaday get-together in Munich next month? Don’t miss out on this year’s Make Munich.
The two-day festival will be held in Munich on November 1st and 2nd. Last year there were about 2500 in attendance and this year is shaping up to be even bigger! Wander through the exhibits to see what others have been building during their spare time. You’ll see everything from 3D printing, to custom electronics, crafts, art pieces, talks, and more. What a wonderful way to draw inspiration for the projects you want to pull off this winter!
What’s that you say? You have something to show off at Make Munich? You could always just carry it around with you but maybe it’s better to apply for a booth or to give a talk.
Seeing all that Make Munich has to offer should get you excited about doing some hands on hacking and you’ll have the chance just a couple of weeks later. The Hackaday crew is hard at work planning our own afternoon hackathon and evening party. Block out your calendar on Thursday, November 13th. We’re not quite ready to give away free tickets but watch the front page for an announcement soon!
We’re lucky to have a lot of people in the Munich area helping get the word out. A special thanks to [Nils Hitze] who is organizing Make Munich and has already connected us with a lot of interesting parts of the hacker community in the area.
We’re celebrating 10 Years of Hackaday with a day-long event in Pasadena. It’s not too late to get in on the action. If you’re in the LA area on October 4th, 2014, you can attend the mini-conference in the afternoon and the party that evening.
A small group of hand-picked hackers will begin the day building alternative gaming controllers for use at the party that evening. The morning will be occupied by a trio of workshops focusing on robot building, lock picking, and LiPo cell charging.
Things start to really pick up steam in the afternoon with a mini-conference. There are a few dozen tickets left so get yours now! As we mentioned in our last post, [Steve Collins] will talk about how early hacking led him to a career with NASA, [Quinn Dunki] will discuss Veronica the 6502 Computer, and [Jon McPhalen] will present the benefits of mult-core embedded development.
We hope to announce one more speaker soon, and already have a few lightning talks (one on a Demoscene board and another on hardware dev that ended with a successful Kickstarter). We’ll keep you posted!
Call for Art
We have space for a few pieces of art for the event. We would prefer things that are interactive and ‘glowy’ or self lit as the space will be fairly dark. There are two areas that we would like to fill right now, one is a small room approximately 9′ square with an 8′ ceiling. The other is a much larger space about 24′ square with a very high ceiling. We also have a couple of walls on which we could hang things or do projections. If you have something interactive and fun that you can get to the LA area on the week leading up to October 4thplease let us know.
If hackers and engineers are notorious for anything, it’s for procrastinating. Many of us wait until the absolute last-minute to get things done. The Hackaday Prize has proved to be no exception to that. Anyone watching the newest projects could see the entries fly in the last few days. Let’s take a quick look at a few.
[Cyrus Tabrizi] submitted Handuino just a few short hours before the deadline. Handuino is an Arduino based human interface device. You can use it to control anything from R/C cars to 3D printers, to robots to Drones. Input is through the joystick, switches, and buttons, and output through the on-board 2.2″ LCD. Projects can interface to the Handuino via a USB port, or an XBEE radio. Nice Work [Cyrus].
[txyz.info] wants to make us more human than human with Bionic Yourself, an implantable device to make you a bionic superhero. [txyz] plans to use sensors such as an electromagnetic field sensor, accelerometers, and Electromyography (EMG) muscle activity detectors. The idea is to not only sense the implanted wearer, but the world around them. The wearer can then use an embedded Bluetooth radio to send commands. The entire system runs on the Arduino platform, so updating your firmware will be easy. Not everyone has a charging port, so [txyz] has included wireless battery charging in the system.
[Laurens Weyn] wants to wake us all up with Overtime: the internet connected alarm clock. Overtime is a Raspberry PI powered clock with a tower of 7 segment displays. The prototype displays were sourced from an old exchange rate sign. Overtime does all the normal clock things, such as display the time, and date. It even allows you to set and clear alarms. The display is incredible – there are enough pixels there to play Tetris. Overtime is currently running on an Arduino Mega, but [Laurens] plans to move to a Raspberry PI and hook into the internet for information such as Google calender events.
We’re going to cut things a bit short this week. Your work is done (for now) but for the Hackaday staff, the work is just beginning. We’re already on task, reviewing the entries, and picking which submissions will move on to the next round. Good luck to everyone who entered.
As always, See you in next week’s Hacklet. Same hack time, same hack channel, bringing you the best of Hackaday.io!
There is a wide assortment of cheap development (dev) boards for Complex Programmable Logic Devices (CPLD), the smaller cousin of the Field Programmable Logic Array (FPLA)
Using an inexpensive board and the development software that’s free to download from the major programmable companies such as Xilinx and Altera, the only additional thing needed is a programmer module. Cheap ones are available on Ebay but I am hoping that someone takes the time to teach an ARM/Arduino to step in as a programmer.
I have a small collection of dev boards including some Ebay specials and also designs I did a few years ago to choose from. For today I am grabbing a newer board that has not been fully checked out yet; an Altera Max V device. I have stuffed the CPLD, the clock oscillator, some LED’s and part of the onboard power supply along with the JTAG header needed to program the CPLD and that’s about it.
Ever since I received my PSOC 4 Pioneer kit from Cypress I have wanted to play with this little mixed-signal Programmable System-on-Chip (PSOC) developer board. I love developer boards, providing that they are priced in a way to entice me to not only open my wallet but also make time in a busy schedule. I think my kit was free after winning a swag bag from Adafruit that they themselves obtained at the Open Hardware Summit and gave away on their weekly streamcast. Ultimately it was the invitation to beta test datasheet.net which also was included in that pile of swag that led to my getting involved with Hackaday.
What is Programmable System On Chip?
So what is a PSOC 4? A quick summary is that it’s based on an ARM Cortex reduced instruction set processor (RISC) and is somewhat capable of supporting shields based on the Arduino footprint, and it also uses a bright red PCB that I have come to associate with a Sparkfun PCB. What doesn’t show is the fact that this programmable system on chip has programmable analog function blocks in addition to programmable digital logic blocks. There is also some supporting input/output circuitry such as a multicolored LED and a capacitive touch sensor directly on the PCB.
This is an intriguing amount of programmability, so much so that Newark/Element 14 highlighted a “100 projects in 100 days” event on it.
Enter the IDE
Over the years I have had to create or install many Integrated Development Environments (IDE) that linked hardware to software. Knowing that you had to, and how to, implement an IDE was part of being an engineer. Nowadays with the Arduino type environment the user has an IDE pretty much as soon as they click on the executable which I find to be one of the best aspects of the genre. It was so quick in fact that I was able to get my teenaged son into writing his first program even before he remembered to do massive eye-rolls and make sounds of utter disdain. He did give up however, just shy of learning how to have the Arduino make sounds of disdain on his behalf.
The IRC bot’s operation is fairly straightforward. It enters a channel and can be commanded to search. The first two searches will return links to Google searches for the strings given. Every third search however, will return a link to Hackaday’s search page. In the example below, “SedAwk” is an unsuspecting user, and “SearchRobot” is our bot.