Tag Archives: AT91SAM3X8E

Flip & click is like Arduino’s two-sided cousin


This board is too flippin’ cool! 


We’ve said it once and we’ll say it again: modularity is king when it comes to the Maker Movement. Dating back to the earliest days of Tinkertoys and LEGO, DIYers have always loved piecing things together to construct new projects. Fast forward several decades and this passion, when combined with modern-day smart technology, has transcended well beyond just plastic and wood to encompass more exciting, next-generational building blocks like littleBits, Modulo, Microduino and even Genuino’s Eslov.

FlipClip_Board_Large

And that’s not all. While walking the grounds of Maker Faire Rome, we had the pleasure of spotting Flip & click, which upon first glance appeared to be Arduino’s two-sided cousin. While it may share many of the same attributes as the popular, open source platform including the 32-bit AT91SAM3X8E core of a Due, the pinout of an Uno and the ability to be programmed in the Arduino IDE via microUSB, what really sets this new dev board from MikroElektronika apart is when you turn it over.

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Sure, it has Arduino-compatible headers on top. But on the other side, you’ll find four open mikroBUS sockets for what the company calls “click boards.” Essentially, these are add-on modules that resemble Arduino shields, but shrunken down so that you can fit a few at the same time on the Flip & click without any trouble. With more than 160 to choose from, Makers can prototype their next gizmo or gadget effortlessly by simply adding new functionality — ranging from OLED displays to relays to sensors — to their dev boards. As to what you can create with Flip & click, MikroElectronika lists various examples like a sous-vide controller, a bad breath detector and a weather reporting device, but the possibilities are endless.

flip-n-click-demos-1

Intrigued? Flip & click will most likely begin selling for less than $40 sometime in November. Until then, you can click here to flip over to its page.

Atmel powers the EMF 2014 Badge

Undoubtedly, you have a desk drawer filled with conference identification badges that you saved as souvenirs — some may spark up a bit of technostalgia, while a majority of them probably should’ve been thrown out years ago. Needless to say, none possess the functionality of the newly-unveiled TiLDA MKe badge created for Electromagnetic Field 2014 later this month.

tilda-mke-badge

Described as a camping festival with a power grid and high-speed Internet access  — or in simpler terms “a temporary village of geeks”  — EMF Camp 2014 focuses on cultivating a marketplace of ideas that is unfettered by outside influences. Impressively, teams of dedicated volunteers run the entire conference. For this year’s event, these volunteers have created one of the coolest badge designs we have ever encountered.

According to its organizers, the TiLDA MKe badge is a full-blown Arduino-based computer with an LCD screen and wireless connectivity. The badge, which is powered by an Atmel AT91SAM3X8E, allows attendees to browse the latest schedule which is automatically updated by a network of radio base stations across the site. In addition, it will also have a few other practical applications, including a handy torch-mode (with dedicated button) for locating your tent in the dark, a rain alarm, and as many fun applications as they can write in the remaining weeks. “We might even port some classic games for you to play on your way home,” the EMF Camp blog reveals.

emf-badge-pcb

The following hardware has been included on the badge:

  • Atmel ATSAM3X8E
    • This is the same chip as the Arduino Due and gives us the base platform for the badge
    • 32-bit ARM Cortex M3 * 84MHz
    • 512KBytes Flash RAM
    • 96KBytes of SRAM
  • A 128×64 pixel monochrome LCD display
  • Ciseco SRF Radio
    • 868Mhz RF Transceiver
    • Simple UART interface
    • Low power sleep mode
  • MPU-6050 3-axis Accelerometer and 3-axis gyro
    • I2C interface
    • Tri-Axis angular rate sensor (gyro) with a sensitivity up to 131 LSBs/dps and a full-scale range of ±250, ±500, ±1000, and ±2000dps
    • Tri-Axis accelerometer with a programmable full scale range of ±2g, ±4g, ±8g and ±16g
    • Digital Motion Processing™ (DMP™) engine offloads complex MotionFusion, sensor timing synchronization and gesture detection
  • PMIC & LiPo
  • Joystick
  • Buttons
  • RGB LED’s
  • IR
  • Arduino Headers
  • Pads for wearable tech

Every attendee will receive a TiLDA upon arrival, which they can take home afterwards and use it to experiment with programming. Cleverly, some of these workshops will actually be about ways that you can use and modify this Atmel-based badge. The compatibility of the TiLDA MKe will hopefully motivate attendees to experiment with the technology long after their conference is experience is over. It’s safe to say this badge won’t sit in a desk drawer for long!

Electromagnetic Field 2014 will take place in Bletchley, UK August 29-31, 2014. For more information, you can head to the conference’s full site here or access the code and TiLDA design itself on github.