ANAVI Technology

Plovdiv – European Capital of Open Source Hardware!

OSHdata is a brand new independent project launched in 2020. The goal is to report the state of the Open Source Hardware (OSH) based on the data from the certification program of Open Source Hardware Association. Recently OSHdata announced a public report for 2020.

All time open source hardware frequent creators as of February 2020

ANAVI Technology made it to 7th place in the hall of fame for OSH Frequent Certification Creators! Absolute number 1 are our neightbours Olimex. We are all from Plovdiv, Bulgaria and this is not just a coincidence!

Olimex is specialized in open source hardware. They are open source hardware pioneers and have hundreds of open source products. The company was established in 1991 in Plovdiv, Bulgaria. Olimex development boards and derivatives based on them are used in numerous industrial applications around the world: agricultural tractors, 3D printers, huge mining machines, smart traffic lights, variable speed drivers for oil, gas pumps and conveyors, etc. If you are curious to learn more have a look at Tsevan Uzunov’s (CEO of OLimex) talk at FOSDEM 2020.

Several years ago Olimex decided to switch from EAGLE to KiCad for designing their printed circuit boards. They designed complicated devices with multi-layer boards using KiCad like the do-it-yourself laptop Olimex Teres-I and A64-OLinuXino embedded Linux computer. FreedomBox Foundation even relies on Olimex for Pioneer-FreedomBox-HSK!

After switching to KiCad, engineers from Olimex made numerous free workshop to share their experience. KiCad is a free and open source Electronic Design Automation (EDA) tool that runs on MS Windows, Mac OS and GNU/Linux distributions.

Is there any point to make open source hardware with proprietary tools? Not at all! This is why KiCad is a great open source tool for making open source hardware. Back in the days, ANAVI Technology was started and adopted KiCad entirely because of all the knowledge shared by Olimex.

Considering the total number of certified products by Olimex and ANAVI Technology, Bulgaria is the leading country in Europe and obviously Plovdiv is European capital of open source hardware!

Since March 2018, following the recommendations of Drew Fustini, all products of ANAVI Technology are certified by the Open Source Hardware Association (OSHWA).

One more thing: Olimex, Drew, thank you 🙂

Holiday Lights with Home Assistant, ANAVI Miracle Controller, and Olimex WS2811 LED Ropes

This YouTube video demonstrates do-it-yourself (DIY) holiday lights to celebrate Christmas or Halloween using ANAVI Miracle Controller, Olimex WS2811 LED ropes and the popular open source home automation platform Home Assistant!

ANAVI Miracle Controller and Olimex LED-Ropes-10 managed from Home Assistant app for Android

All kits of ANAVI Miracle Controller come with WS2812B LED strip, however the board is also compatible with other addressable LED strips. In a previous update we covered Adafruit NeoPixels and now we are focussed on Olimex WS2811 LED Rope.

ANAVI Miracle Controller with mini OLED display and a couple of Olimex LED-ROPE-10

Required Hardware

ANAVI Miracle Controller
5V power supply
Two Olimex LED-ROPE-10
Raspberry Pi (recommended 3 or newer) with Home Assistant

Olimex is a well-known company in the maker community and I am lucky because their headquarter is my hometown Plovdiv, Bulgaria.

Olimex offers addressable, water proof, sealed with resin RGB WS2811 ropes with various number of LEDs. For this video I used a couple of Olimex LED-ROPE-10. The rope is waterproof so it is suitable for both indoor and outdoor installations. It works with power supply in the range from 3.3V to 5.5V and has a dedicated WS2811 driver for each LED.

The typical color code for Olimex LED-ROPE-10:

Olimex rope RED wire – VCC (3.3V-5.5V)
Olimex rope GREEN/BLUE (varies) wire – GND
Olimex rope WHITE wire – DATA

Each RGB LED in Olimex rope draws approximately 50mA at 5V with red, green, and blue at full brightness. Olimex LED-ROPE-10 has only 10 RGB LEDs with makes approximately 500mA and it is OK to power it through ANAVI Miracle Controller. For installation will longer ropes with bigger consumption wire the VCC and GND lines directly to the power supply.

When using Olimex LED ropes, set ANAVI Miracle Controller to 5V input and use an appropriate 5V center positive power supply!

For Olimex LED-Ropes-10 set ANAVI Miracle Controller to 5V and use appropriate 5V power supply

Wiring of a couple of Olimex LED-ROPE-10 to ANAVI Miracle Controller

NOTE: The color codes of other addressable LED strips, including WS2812B LED strip from all kits, are different!

Due to differences in color codes this wiring is valid only for Olimex LED ropes. Be careful and check the proper wiring as well input voltage requirements if you are using a different type of addressable LED strip or rope.

Software

Home Assistant must be installed on an appropriate device. If you haven’t installed it already, a single board computer like Raspberry Pi (version 3 or newer) is the perfect fit!

MQTT broker is also required and must be installed. You can install Mosquitto from Home Assistant add-on store. Integrate the MQTT broker in Home Assistant and enable discovery. The exact steps have been covered in a previous blog post about ANAVI Miracle Controller and Adafruit NeoPixels.

Please, ensure you are running the latest version of the open source firmware for ANAVI Miracle Controller. It is available at GitHub. You can flash it through Arduino IDE following these steps.

After completing the initial installation and integration in Home Assistant, you can easily control the holiday lights from your personal computer, smartphone or tablet. You can either install the official mobile app on your smartphone or use the web interface from any modern HTML5 web browser (Google Chrome, Mozilla Firefox, etc). Furthermore, with Home Assistant you can create automation and trigger automatically the holiday lights depending on various events.

Raspberry Pi Imager

Raspberry Pi Imager is a brand new free and open source tool for flashing operating system on a microSD card for your Raspberry Pi. It is written in C++ and QML. The source code is available at GitHub under Apache license.

Raspberry Pi Imager is available for download here. It works on Microsoft Windows, Mac OS and GNU/Linux distributions. It is super easy to use it:

Select the operating system for your Raspberry Pi
Select the microSD card (SD card for the first Raspberry Pi version)
Click Write

Raspberry Pi Imager will automatically download, flash and verify the operating system on your microSD card. Have a look at the video for more details.

It is highly recommended to you Raspberry Pi Imager to flash microSD cards if you are using any of our open source hardware Raspberry Pi HATs: ANAVI Infrared pHAT, ANAVI Light pHAT, ANAVI Play pHAT, etc.

Raspberry Pi 4 with peripherals and a microSD card flashed using Raspberry Pi Imager

ANAVI Fume Extractor Is Coming Soon…

Stay safe while soldering with *ANAVI Fume Extractor*

ANAVI Fume Extractor is an entirely open source smart solder smoke absorber certified by the Open Source Hardware Association (OSHWA) with UID BG000060. ANAVI Fume Extractor is powered by a Wi-Fi development board with ESP8266, 80mm fan and a replaceable carbon filter. It has a dedicated slots for a mini OLED I²C display and MQ-135 gas sensor module as well as slots up to 3 additional I²C sensor modules. Furthermore, there are UART pins for easy flashing of custom software and an extra GPIO for connecting external peripherals.

We are preparing a crowdfunding campaign to support low-volume manufacturing in Plovdiv, Bulgaria. Learn more about ANAVI Fume Extractor and subscribe for updates at Crowd Supply.

ANAVI Smiley and ANAVI Tag Manager Certified by the Open Source Hardware Association

The primary goal of ANAVI Technology Ltd. is to combine open source hardware with free and open source software. So far numerous of our development boards have been certified by the Open Source Hardware Association (OSHWA). In February 2020 a couple new products were also certified: ANAVI Smiley and ANAVI Tag Manager. Both of them have been designed with the free and open source tool KiCad.

A lot of products on the market claim their are open source hardware, however this is not always true. Open Source Hardware certification allows the community to quickly identify hardware that truly complies with the definition of open source hardware. Because of this certification by OSHWA is important for us.

ANAVI Smiley

ANAVI Smiley is a simple add on for Raspberry Pi that comes as a soldering kit. It has a couple of LEDs and a button. A simple Python 3 application for using this add-on board is available at GitHub. ANAVI Smiley was certified by OSHWA with UID BG000061. It has been designed as a prize for the teams competing at Pi Wars 2020. Soon ANAVI Smiley will be also available on sale at tindie.

ANAVI Tag Manager

ANAVI Tag Manager is a WiFi development board for using PN532 NFC RFID module. The board is using ESP8266. It is powered from microUSB connector. There are slots for UART pins, mini OLED display and up to 3 I2C sensor modules. Furthermore there is also an extra GPIO pin for custom automation solutions. ANAVI Tag Manager is useful for various applications with NFC, including smart locks and payment systems. It has been certified by OSHWA with UID BG000062.

Stay tuned for new articles with details about both of these exciting new open source hardware gadgets!

Improving Industrial Manufacturing with ANAVI Light Controller

ANAVI Light Controller is an open source WiFi development board for controlling 12V low-cost analog RGB LED strip. Although it has been designed primary for home automation, recently ANAVI Light Controller was integrated in an industrial environment.

Wing.eu is an innovative French start-up company reinventing the shipping. The company specializes in “first mile” logistics and provides services to e-merchants. Their warehouses in Paris, Marseille, Bordeaux and Lyon package and ship e-commerce orders. Wing.eu can be integrated with all leading e-commerce platforms, including the popular open source solutions PrestaShop, Magento and WooCommerce.

ANAVI Light Controller Andon Manufacturing — *Wing’s warehouse* using Andon manufacturing system implemented with ANAVI Light Controller and 12V RGB LED strips.

Running around the clock such an innovative logistics business requires excellent organization. To ensure high efficiency of the working process Paul Cancouet, project manager at Wing, implemented the Japanese manufacturing system Andon using ANAVI Light Controller.

Andon is a manufacturing term to alert about a problem in real-time. Pioneered by Toyota after World War II, Andon provides the ability to detect problems affecting manufacturing in real-time and fix them as soon as possible.

Paul and his team at Wing constructed a light indication on each desk at their warehouses, using ANAVI Light Controller, 12V RGB LED strip, appropriate 12V power supply, outdoor wall light, PVC tube and a 3D-printed socket. All Andon light indicators are communicating over the machine-to-machine protocol MQTT. The software on the server is written in JavaScript and Node.js. It spreads the information to Google spreadsheets, Slack channel and a HTML5 web interface that acts as a global monitoring dashboard.

The best part is that Wing.eu shared their server side source code in GitHub. ANAVI Light Controller is also entirely open source as the board has been certified by the Open Source Hardware Association and the default firmware is also available as an Arduino sketch at GitHub. Thanks to open source other factories can easily adopt the same solution and significantly improve the efficiency of their manufacturing process.

Paul Cancouet shared more details as a Crowd Supply field report. His industrial automation has been also covered by cnx-software.com.

ANAVI Light Controller is available at our distributors around the world: Crowd Supply, neven.cz and Pi Supply.

ANAVI Miracle Controller Successfully Crowdfunded!

Hip hip hooray! The crowdfunding campaign of ANAVI Miracle Controller at Crowd Supply was successful. It ended on 5 February 2020. We met all stretch goals.

ANAVI Miracle Controller is an ESP8266-powered Wi-Fi dev board to control two 5 V or two 12 V addressable (digital) LED strips like WS2812B, WS2812, WS2811, etc. Furthermore, mini OLED display and up to 3 I2C sensors can be attached. It has been certified by the Open Source Hardware Association.

We have already started manufacturing. The first and second batches of boards are ready. Right now we are testing and packaging them. The estimated shipping date remains the same – Mar 30, 2020. In the meantime you can still place pre-orders at the same prices. Crowd Supply will take care of the shipping for all orders placed during the crowdfunding campaign and pre-orders.

HackSpace Magazine Covered ANAVI Miracle Controller

HackSpace is a monthly magazine for makers. We are very proud that issue 27 for February 2020 covered our open source hardware ANAVI Miracle Controller in section “Crowdfunding now”. You can buy HackSpace issue 27 or download it as a PDF for free.

ANAVI Miracle Controller is an open source hardware development board for simultaneously managing a couple of 5V or 12V addressable (digital) LED strips. Furthermore you can attach to it mini OLED display and up to 3 I2C sensor modules. The default firmware is available as an Arduino sketch at GitHub. Out of the box it is compatible with the popular open source automation software Home Assistant over the machine-to-machine protocol MQTT.

Right now we are running a crowding campaign at Crowd Supply to fund mass manufacturing of ANAVI Miracle Controller. We hope you’ll jump in and help us develop further this entirely open source project!

Flashing Firmware on ANAVI Miracle Controller with Arduino IDE

ANAVI Miracle Controller is a new entirely open source development board for addressable (digital) LED strips like NeoPixels, WS2812B, WS2811, etc. The major advantages are that you can control two LED strips simultaneously, add a mini OLED display and I2C sensor modules as peripherals. Recently we launched a crowdfunding campaign for it at Crowd Supply.

ANAVI Miracle Controller is a development board and it is easy to flash a custom firmware on it. The process is very similar as for our other open source project like ANAVI Thermometer, ANAVI Gas Detector and ANAVI Light Controller.

This tutorial explains the exact steps how to compile and upload the default open source Arduino sketch for ANAVI Miracle Controller using Arduino IDE.

Required Hardware

ANAVI Miracle Controller
USB to UART debug cable
Addressable LED strip
Appropriate power supply at 5V or 12V depending on the type of LED strips
Personal computer with MS Widows, Mac OS or GNU/Linux distribution
Optionally a mini OLED display and other peripherals can be attached

Download Source Code from GitHub

The default firmware of ANAVI Miracle Controller is an open source Arduino sketch. It relies on several popular open source Arduino libraries, including FastLED for controlling addressable LED strips. Clone or download the source code from GitHub.

Connecting UART to USB

Each ANAVI Miracle Controller kit includes a USB to UART debug cable with CP2102. Depending on the operating system on your PC you might be required to install additional drives. It works out of the box on GNU/Linux distributions. As open source enthusiasts we are using it on Ubuntu. Plug the USB in your computer and connect the 3 wires as follows:

ANAVI Miracle Controller	USB to UART Debug Cable
RX	TX
TX	RX
GND	GND

Connecting USB to UART cable to ANAVI Miracle Controller

Download Arduino IDE

Download and install Arduino IDE on your personal computer. It is free and open source software available for MS Windows, Mac OS and GNU/Linux distributions.

Launch Arduino IDE. From File > Open load an Arduino sketch. It can be the default firmware or any other compatible with ANAVI Miracle Controller Arduino sketch.

Configure ESP8266 in Arduino IDE

Go to File > Preferences. Select Settings and in the field Additional Boards Manager URLs add: http://arduino.esp8266.com/stable/package_esp8266com_index.json

From Arduino IDE select Tools > Board: Generic ESP8266 Module. Set the flash size to 4M (1M SPIFFS). The upload speed is 115200. Adjust the exact port of USB to serial debug cable connected to your computer.

Install Libraries

Select Tools > Manage Libraries. The Arduino library manager will appear. Install all required libraries and their exact versions. Over the time, with the development of the default firmware, new libraries might be added. Please have a look at the README file to get the up to date list of all Arduino libraries on which the the default firmware depends on.

Compile & Upload

In Arduino IDE click Verify/Compile. If there are any errors, please double check that you have installed all required libraries and their exact versions. If the source code compiles successfully, please proceed to to the next step for flashing the firmware.

Set the jumper to 5V or 12V depending on the type of addressable LED strip and power supply. Mismatch of the voltage may lead to severe hardware failure.

In Arduino IDE click Upload. Set the jumper on ANAVI Miracle Controller to 5V or 12V depending on your power supply and type of LED strips. The power supply voltage must match the required voltage by the LED strips, for example 5V for NeoPixels and the WS2812B included in all kits. Press and hold the RESET button on ANAVI Miracle Controller. Without releasing the RESET button, plug the power supply in the barrel jack of ANAVI Miracle Controller.

Do NOT release the RESET button until you see in Arduino IDE that the upload is 100% completed!