Today we’re going to show you the thingSoC ESP32 WiFi and Bluetooth processor, using the Blynk IoT GUI Generator, with some actual IoT application examples.
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Last update posted Mar 24, 2017
$5
Thank you for helping to make thingSoC a reality! The source code files for all of these products are available on our Github server, and you have the freedom to download the projects and build your own copies, if you would like to. Copy, edit, remix, and remaster however you like. In addition to being rewarded with good karma, you will receive regular backer updates, and entry into the surprise reward drawing.
$15
Use Grove, Microbus, and thingSoC peripherals with your Teensy3.2, simply plug, program, and play. Supports Teensy3.1 and Teensy3.2 boards. (Teensy3.2 Board is sold separately, and not included.)
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$8 US Shipping / $18 Worldwide
$20
Connect four(4) of the same I2C sensor, display, or peripheral to your thingSoC without having to change I2C address settings. Select either 3.3V or 5V operation, and the Grovey I2C Hub can perform the level shifting for you. Add thingSoC connectors to stack thingSoC and Mikrobus peripheral boards.
$25
Connect four(4) GPIO sensors, displays, or other Grove peripherals directly to your thingSoC without using extra I/O. Select either 3.3V or 5V operation, and the Grovey GPIO Hub adds eight(8) additional GPIO lines with 5.0 volt level shifting. Includes four(4) independent power control circuits to turn off peripherals when using them to save power. Includes four(4) independent LEDs (R,G,B,Y), one for each quadrent. Add a thingSoC connector pack to stack thingSoC and Mikrobus peripheral boards.
Orders placed now ship Mar 31, 2017.
Connect four(4) Analog sensors directly to your thingSoC without using extra I/O, with either 12 or 16 bit ADC precision. Select either 3.3V or 5V operation, and the Grovey ADC Hub adds four(8) Analog-to-Digital lines with 5.0 volt level shifting. Add a thingSoC connector pack to stack thingSoC and Mikrobus peripheral boards.
Connect eight(8) strings of WS2812 Color LEDS directly to your thingSoC without using extra I/O, with each Grovey NeoLED Hub. Use to eight(8) NeoLED Hubs to drive sixty-four(64) string of programmable LED's. Add a thingSoC connector pack to stack thingSoC and Mikrobus peripheral boards. Add a LED string connector pack for easy LED interfacing.
Orders placed now ship Apr 30, 2017.
$35
The TSOC_PSoC4L is a PSoC4-Programmable System on Chip based board with integrated USB and Li-Po battery power and charging functions, in an Embedded Module format. It comes preprogramed with a USB Bootloader and a command line intepreter for out-of-the-box applications.
The Grovey USBUART is a dual (two channel) USB to Bridge device that can be configured for USB to UART, GPIO, I2C, SPI, JTAG, or CapSense. By default is comes configured as a dual channel USB to UART. (It's like have two "FTDI" adapters in one!)
$30
Espressif ESP8266 Wi-Fi processor, supporting Grove, Mikrobus, and thingSoC peripherals. Add a thingSoC connector pack to stack thingSoC and/or Mikrobus peripheral boards.
Espressif ESP32 wireless processor, supporting Grove, Mikrobus, and thingSoC peripherals. Add a thingSoC connector pack to stack thingSoC and/or Mikrobus peripheral boards.
$60
The Grovey Sensor Kit includes ten (10) Grove modules, the OLED Display, Temperature Sensor, RGB LED, 3-Axis Accelerometer, I2C Junction, Sound Sensor, ADC, Relay, Button, and Buzzer, and Grove cables.
Not everyone will want to add connectors, so we give you the freedom to add connectors or simply solder wires directly to the thingSoC boards if you would like. These connectors are used for the top of the stack of boards, or with a breadboard.
These connectors are used for the bottom of the stack of boards, typically attached to one of the thingSoC processor boards.
These connectors are used on boards in the middle of the stack of boards, typically attached to one of the thingSoC peripheral boards.
Portland, OR
PCBA Manufacturer
Open source, Arduino-compatible Bluetooth Low Energy (BLE) platform for use as a beacon, microcontroller, and HID device.
A palm-sized, reconfigurable Linux computer that connects to the real world: ARM + FPGA + Wi-Fi + Bluetooth + 180 I/O