KidBright32 Board is Thailand’s BBC Micro:Bit Equivalent

BBC Micro:Bit board was first announced in July 2015. Designed for STEM education, the board was then offered to UK schools in March 2016, and a few months later UK store would start selling it worldwide. It’s now available pretty much anywhere, and you can likely find it in a local store or online. The Thai government must have seen this, and thought to themselves “If the British can do it, we can do it too!”, as the National Electronics and Computer Technology Center (NECTEC) part of Thailand’s Ministry of Science and Technology designed KidBright32 board and courses to teach STEM to Thai students. The board is based on Espressif Systems ESP32-WROOM-32 WiFI and Bluetooth module, and comes with large holes for power (5V/GND) and 6 digital inputs/outputs,  smaller through holes for I2C and more I/Os, as well as an I2C header. We’ll also find some LEDs, two dot matrix LED displays, three buttons, a buzzer, an RTC, a light …

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BOSON Kits Feature LEGO Compatible Building Blocks for STEM Education

Last year, DFRobot successfully introduced BOSON Kit “Powerful Building Blocks For LEGO STEM”via Kickstarter, and I’ve just noticed the company is now selling two BOSON Kits on their website: BOSON Science Kit for $149 BOSON Inventor Kit for $249 The kits are plug and pay and do not require coding, nor  soldering. The modules come with built-in magnets, or they can be attached with screws, Velcro or to LEGO parts. BOSON modules are based on Intel Curie BLE modules, but  those are being phased out, so you may want to inquire DFRobot if long term availability / appropriate stock is a concern. BOSON Science Kit As its name gives away, the kit is a set of exploration tool for aspiring young scientist with the following items: 8 scientific sensors for physics, chemistry and biology: Light sensor Humidity sensor Soil moisture sensor Temperature sensor Waterproof temperature sensor pH sensor (That’s the blue stick in the photo) Conductivity sensor Heart rate monitor …

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ODROID-GO is an Arduino Compatible, ESP32 based Portable Gaming Console Kit


When I first saw Hardkernel made ODROID-GO portable gaming console, I immediately thought they did a Linux device ala PocketCHIP, since so far the company has only designed Android & Linux development board. But ODROID-GO game console is actually based on Espressif ESP32 WiSoC,  programmable with the Arduino IDE, and launched to celebrate Hardkernel’s 10-year anniversary. ODROID-GO specifications: SoC – Custom ESP32-WROVER module with ESP32 SoC @ up to 240 MHz, 16 MB Flash, and 4MP PSRAM Storage – micro SD card slot connected via SPI Display –  2.4″ 320×240 TFT LCD (SPI) Connectivity – WiFi 802.11 b/g/n 2.4GHz – 2.5GHz, Bluetooth 4.2 BR/EDR, BLE Speaker – 0.5Watt 8Ω Mono USB – 1x micro USB port for charging (500mA) and USB-UART communication Expansion Port – 10-pin header with  I2C, GPIO, IRQ at 3.3Volt Misc – Buttons: Menu, Volume, Select, Start, A, B, Direction Pad Battery –  3.7V/1,200mAh Li-Polymer good for up to 10 hours of continuous game playing timeThe game …

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Xilinx Zynq-7020 based PYNQ-Z1 Arm + FPGA Board is Meant to be Programmed with Python


Xilinx Zynq-7000 series is a family of SoC based on Arm Cortex A9 processor coupled with FPGA fabric, and since the introduction in 2012, we’ve seen may board based on the entry-level Zynq-7010 or Zynq-7020 SoCs. Digilent PYNQ-Z1 is another Xilinx Zynq board from the company, but it does not differentiate itself by its hardware features, and instead the software part is the most interesting. The board is designed to be used with PYNQ, a new open-source framework that enables embedded programmers to exploit the capabilities of Xilinx Zynq SoCs without having to design programmable logic circuits, relying instead on Python programming. Digilent PYNQ-Z1 hardware specifications: SoC – Xilinx Zynq-7020 (XC7Z020-1CLG400C) dual core Arm Cortex-A9 processor with FPGA with 1.3 M reconfigurable gates System Memory – 512MB DDR3 Storage – Micro SD card slot, 16MB QSPI Flash with factory programmed globally unique identifier (48-bit EUI-48/64 compatible). Video – HDMI In and HDMI Out Audio – Mic in, Line Out Networking …

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CrowPi is a Portable Learning Kit for Raspberry Pi 3 B+ / Zero Boards (Crowdfunding)


We have an embarrassment of choices for Raspberry Pi accessories from touchscreen displays, HAT add-ons boards, sensors, breadboard, and so on, as well as good software and support from Raspberry Pi forums. This is all good, but it can be messy with all those jumper cables, and not really portable. Elecrow has a neat solution with the CrowPi learning kit for Raspberry Pi 3 and Raspberry Pi Zero that come with a 7″ display, several sensors, buttons, a breadboard, and more all packed in a small suitcase. Main parts of the kit: 7″ touchscreen display Breadboard with GPIOs status LEDs Input modules – Light sensor, IR receiver, PIR motion sensor, sound sensor, temperature & humidity sensor, touch sensor, ultrasonic sensor, NFC reader, and tilt sensor Output modules – 8×8 LED matrix, 4-digit LED display, I2C LCD1602 display, buzzer, vibration motor, relay module, 9G servo, and stepper motor. Control modules – 4×4 array keypad and direction keys (D-Pad) A battery is …

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A 6-Part BeagleBone Webinar for Users, Developers and Education Starts on May 10


The BeagleBone Black and derivatives like PocketBeagle or BeagleBone Green Wireless are still popular development boards, and if you are interested in the platform as a developer, user, or educator, you may learn more about the boards and how to use them in an upcoming BeagleBone webinar series presented by Jason Kridner, the co-founder and board member at Foundation,  and element14. The webinar series will start in about 2 weeks with the following schedule: Introduction to BeagleBone –  10th May 2018 @ 11:00 AM (CDT)/17:00 (GMT) BeagleBone for Linux Users – 24th May 2018 @ 11:00 AM (CDT)/17:00 (GMT) BeagleBone for Embedded Developers – 6th June 2018 @ 11:00 AM (CDT)/17:00 (GMT) BeagleBone for Web Developers – 21th June  2018  @ 11:00 AM (CDT)/17:00 (GMT) BeagleBone Blue for Robotics – 12th July 2018 @ 11:00 AM (CDT)/17:00 (GMT) BeagleBone in the Classroom – 26th July 2018  @ 11:00 AM (CDT)/17:00 (GMT) I understand attending the webinar is free, and …

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Google AIY Projects Kits are Easier to Use in 2018 with Raspberry Pi Zero WH and All Accessories Included

Google launched two AIY Projects kits last year with a Voice Kit that took a Raspberry Pi 3 to create a smart speaker, and a Vision kit for hardware accelerated computer vision using a Raspberry Pi Zero W board. Google reports the kits are popular, especially for STEM education,  but educators/parents had to buy the Raspberry Pi boards and micro SD cards themselves, as well as flash the firmware to the cards. So the company decided to redesign both kits to work with the Raspberry Pi Zero WH (RPi Zero W with headers), and include it inside the box with cable and pre-provisioned SD card, so kids can get started faster with experimentation with having to setup the kits. So that means we now have AIY Projects Voice Kit v2 with RPi Zero WH and micro SD card with firmware, as well as  AIY Projects Vision Kit v1.1 with RPi Zero WH, a Raspberry Pi Camera v2, and a micro SD …

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Ring:bit Car is a $20 Robot Kit for BBC Micro:bit

Elecfreaks has launched a robot kit designed for BBC Micro:bit that comprised of a chassis, and Ring:bit board with 3 channels of GPIO, among which 2 channels are used for driving servos. The kit can be used to teach children to control a mini car using Microsoft MakeCode visual programming editor.   Ring:bit board specifications: Supports up to 3 servos with up to 2x external line detection modules when being shifted to P2. Misc – Power switch, function selection Power Supply 3x AAA batteries. Input Voltage – 3.9V-4.5V DC Dimension – 65.00 x 51.70 mm Weight – 27 grams The rest of the kit includes plastic parts for the chassis, two plastic gears, two servos, as well as screws for assembly. Documentation is somewhat limited, but you’ll find a user guide at the bottom of Ring:bit board product page, and the company points to a tutorial on Tinkercademy. As mentioned earlier, programming can be done with MakeCode programming interface, and …

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