XinaBox collaborates with Microsoft to accelerate Internet of Things solutions Verified hardware and software enhance interoperability and allow faster time to production. Dublin, Ireland — 26 November 2018— XinaBox, Modular Electronics for Making Products and Learning, today announced it...
We were delighted to have a live demo of our XinaBox on RS Components' stand at Electronica recently in Munich. If you haven't seen how you can send data to the cloud in 15 lines of Python, have a look at Zerynth's tutorial here....
We are delighted to have our full range distributed globally by Mouser, including the following xKits: XK03 Raspberry Pi Kit XK51 Arduino Zero Compatible Kit XK52 IoT Core Kit and our XK12 IoT Starter and XK13 IoT Plus Zerynth Kits following soon....
Thanks for the great feedback on these blogs. We want to make sure you have easy access to all the most important Arduino IDE related info for XinaBox in one place. XinaBox offers a range of cores (MCUs) compatible with Arduino IDE. Here is...
In this episode of Hands On, we demonstrate how to programme xChip CC03 - Cortex M0+ Core (ATSAMD21G18). This ATSAMD21G18 core is the same as in the Arduino Zero, and is also contained in our Arduino Zero Compatible Kit (XK51). Please also see...
In this episode of Hands On, we demonstrate how to flash software to xChips.
Welcome to the first in our series for Raspberry Pi users getting started with XinaBox. We promise this will be quick and easy! Just follow our instructions. In the next blogs we will guide you through retrieving data from your...
Here is the fifth in our blog series for Arduino IDE users - this time programming the XinaBox CW01 to display weather sensor data on the XinaBox OD01 mini-OLED display. Previous blogs have covered: Getting Started with xChip Core CW01 (ESP8266)...
Use your voice to control a switch with Amazon Alexa and XinaBox. This project uses the highly popular ESP8266 (xChip CW01), together with an IP01 Programmer and OC03 Solid-State Relay, and is coded in Arduino.
XinaBox currently provides 6 cores (aka MCU or Micro Controller Units), all of which are compatible with Arduino IDE: CW01 - Wi-Fi Core (ESP8266) CW02 - Wi-Fi & Bluetooth Core (ESP32) CC01 - Uno Core (ATmega328P) CC03 - Cortex M0+ Core (ATSAMD21G18) CS11 - Core...
Here is the fourth in our blog series for Arduino IDE users - this time showing you how to retrieve the correct time from a time server, after connecting the ESP8266 to WiFi. Our previous blogs covered: Getting Started with xChip Core CW01...
