Saturday night marked the fourth annual Hackaday BAMF meetup. The night when weary exhibitors close up their booths at Bay Area Maker Faire and head over to O’Neil’s Irish Pub where the real fun starts. There are many drawbacks to having a booth; you’re on your feet all day repeating the same small snippet to everyone passing by, and usually you don’t get much of a chance to mingle with friends old and new.
Walking into the meetup, it was striking to watch aching bodies slow with weariness perk up to the energy and excitement of the Hackaday Community incarnate. Join me after the break for a peek into the fun of the evening.
[Eric Schlaepfer] tends to turn up to Maker Faire with projects you simply don’t want to miss. This year is no different. Twelve months ago we delighted in seeing his 6502 processor built from an enormous reel of discrete MOSFETs. At the time it was freshly built and running random code to happily blink the LEDs reflecting activity in the registers. This year he’s given that blinking meaning and is running real programs on his Monster 6502 processor.
This weekend at the Bay Area Maker Faire, Arduino in conjunction with SiFive, a fabless provider of the Open Source RISC-V micros, introduced the Arduino Cinque. This is a board running one of the fastest microcontrollers available, and as an added bonus, this board includes Espressif’s ESP32, another wonderchip that features WiFi and Bluetooth alongside a very, very powerful SoC.
Details on the Arduino Cinque are slim at the moment, but from what we’ve seen so far, the Cinque is an impressively powerful board featuring the RISC-V FE310 SoC from SiFive, an ESP32, and an STM32F103. The STM32 appears to be dedicated to providing the board with USB to UART translation, something the first RISC-V compatible Arduino solved with an FTDI chip. Using an FTDI chip is, of course, a questionable design decision when building a capital ‘O’ Open microcontroller platform, and we’re glad SiFive and Arduino found a better solution. It’s unknown if this STM32 can be used alongside the FE310 and ESP32 at this point.
We’ve taken a look at SiFive’s FE310 SoC, and it is an extremely capable chip. It was released first at the HiFive1, and our hands-on testing revealed this is a chip that outperforms the current performance champ of the Arduino world, the Teensy 3.6. Of course, with any new architecture, there will be a few problems porting the vast number of libraries over to the FE310, but SiFive has included an Arduino compatible SDK. It’s promising, and we can’t wait to see SiFive’s work in more boards.
If you’re in the Bay Area this weekend, the only place to be on Saturday night is O’Neill’s Irish Pub in San Mateo. Hackaday is once again hosting a meetup after Maker Faire closes for the evening, and you don’t want to miss it. Please RSVP now.
This is the fourth year of our BAMF meetup and we’re continually amazed at the turnout — we pack ’em in and it’s not just because the first round of drinks is on us. This is the mixer for everyone who is passionate about hardware. You’ll find your Internet heroes on hand (think YouTube and electronics podcasts), those going through the grinder of startups exhibiting at the faire, engineers for the giant silicon valley firms, plus all of the hackers who spend their time in basements, garages, and taking over the kitchen table to break something open and make it their own. And of course the Hackaday crew will be on hand, you’ll find [Mike], [Jasmine], [Shulie], [Rich], [Jordan], and [Gerrit] losing our voices as the conversation carries on late into the evening.
Our profoundly awesome sister site, Tindie, is also putting out the call to all hardware artisans (they call themselves Tindarians) to turn out for the meetup. If you’ve never heard of Tindie you’re missing out. And if you’ve never sold your creations there, this meetup is a perfect chance to meet some of the people who do. They’re not just purveyors of bleeding edge hardware, they’re the ones who dream it up and make it happen. You should join their ranks!
We love hackers from all walks of life. But unfortunately, because of the venue for this event, we must limit this to those who are 21 years of age and older. If you can’t get into this event, come find us at the Hackaday/Tindie booth at the Faire.
Other than that, we love to see smiling faces, blinking or moving hardware, and the coolest T-shirt you have in your dresser. Come hang out with Hackaday. You’ll have a most excellent evening if you do. See you Saturday!
Two years ago we headed off to the Bay Area Maker Faire and thought we’d invite friends and acquaintances to congregate at a bar on Saturday night. Anyone who’s been to the Faire (or been through a harrowing weekend of working a booth) knows that a bar stool and frothy beverage are a great way to recuperate. The turnout was amazing, we easily filled up O’Neill’s Irish Pub with that first meetup, and the Hackaday BAMF Meetup was born. Last year we packed it to the seams. This year we’re planning for an even bigger turnout that will go late into the evening.
I’ve only ever heard one complaint about this event; the band is too loud. This year O’Neill’s doesn’t have a band lined up so everything seems to be coming up roses. Come hang out with us! If you RSVP we’ll buy your first beer. Bring your stories, your easily transported hacks to show off, and have fun with the eclectic and enthralling community that turns out for this, the greatest meetup on earth.
Hackaday Letter from the Editors
If this is the first you’ve heard about this year’s meetup, you should subscribe to our weekly newsletter. Every week, a Hackaday Editor writes about what’s been going on that week, and shares a few of the most interesting posts from the past seven days. You can sign up for it in the sidebar to the right or with that signup link I just shared. If you’d like to know what you’re getting yourself into, here’s the most recent newsletter which we sent out on Friday. It’s a mini Hackaday delivered to your mailbox.
The Hackaday Crew will be descending on San Mateo next weekend for Bay Area Maker Faire. Will you be there? Gerrit and I will be looking in every booth and byway for amazing hacks, new hardware, and anything else that tickles the fancy of hackers everyone.
We certainly didn’t miss the massive tin spider seen above at last year’s event. But it’s a huge venue, and I’m always afraid we’re going to miss something epic. If you’re exhibiting and want us to stop by, leave a comment below. If you know of something awesome that we shouldn’t miss this year, we’d love to hear about that too.
Texas Instruments sent us 4 Friday passes, and 9 weekend passes which we want to give away. The fairest way of doing that is a drawing using Twitter.
To enter, simply Tweet something about your favorite 2016 Hackaday Prize entry, including @Hackaday @TXinstruments #FairePass in the message. Here’s what an example Tweet looks like (don’t worry, I’m not eligible to win).
On Sunday, 4pm PDT we’ll make a list of all the Twitter handles that sent out a Tweet, then use random.org to choose 6 random numbers from that list. The second giveaway will happen at 4pm PDT on Wednesday 5/18, using the same procedure to choose the remaining 7 winners.
All of the obvious contest stuff applies: employees and family of Hackaday, Supplyframe, and TI are not eligible. Results of the drawing are final. We can’t substitute other prizes (we’re just giving away extra tickets) and this giveaway has no bearing on any other contests or winner selection.
TubeTime is back at it this year and we had the opportunity to speak with them at Bay Area Maker Faire. The group specializes in working with old tube displays and this year’s offering was spectacular in many ways. First off, the software side of things is an emulator running on an STM32 F4 Discovery board. The chips on these boards have a pair of 12-bit DACs which are driving the X and Y of the vector displays. Code to run the original ROMs was ported from existing projects, but the audio for the games was kind of a hack to get working.
This particular display is where things get really fascinating. The tube itself was originally manufactured as test equipment for television repairmen. What’s fascinating about this is that [Eric] had to rewind the deflection yokes himself to get it working again. Luckily he documented quite a bit about his initial research into this process and his experiments to remedy some distortion issues he encountered once it was working.