ANAVI Info uHAT Manufacturing Progress

Thanks to the support of all backers at Crowd Supply, ANAVI Info uHAT has been successfully funded and has hit all stretch goals so we proceed with manufacturing. This week we received from the local factory the first batch of almost fully assembled boards. Only the EEPROM is missing. We will flash and solder it in-house.

The printed circuit boards still on panels before adding the EEPROM

The printed circuit board of ANAVI Info uHAT has a green solder mask and a gold surface finish. There are a few steps more to complete the manufacturing process. An EEPROM has to be flashed and soldered on each board. It will contain software description of the add-on board following Raspberry Pi Foundation’s HAT (Hardware Attached on Top) specifications. After that each board will go through a quality assurance, and finally each kit will be packaged in a recyclable cardboard box.

Panels with ANAVI Info uHAT

Low-volume manufacturing is not an easy task nowadays, especially during a global chip shortage. As usual we will keep you updated. Thank you again for supporting ANAVI Info uHAT!

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ANAVI Info uHAT Demo at the Technical University of Berlin

On 29th June, we had the opportunity to present and demonstrate the ANAVI Info uHAT add-on board for Raspberry Pi and some of our other open source hardware gadgets at the Technical University of Berlin for an event called “Open Source Hardware: Tools and Collaborations for A Better (Product) Future”.

OPENNEXT agenda on 29 June 2022

The event was organized by OPENNEXT. This is an organization that aims to bring together SMEs and makerspaces across the European Union (EU) to develop new hardware products based on open-source principles. The event brought together representatives of the Technical University Berlin, the Grenoble Institute of Technology, the University of Bath, the DDC – Danish Design Center, and many more organizations involved with open source software and hardware. Lukas Hartmann, the creator of the open source DIY laptop MNT Reform, was also a panel speaker at the event.

Panel discussion during OPENNEXT event in the Technical University of Berlin

This event was a great opportunity to show off the ANAVI Info uHAT with a mini OLED I2C display attached to the top of a Raspberry Pi and controlled using a Python3 script with the luma.oled library. The source code is available in GitHub. In the meantime, we are also improving the ANAVI Info uHAT user’s manual which is also available in GitHub.

Last but not least, don’t forget to check and support the crowdfunding campaign for ANAVI Info uHAT at Crowd Supply.

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ANAVI Info uHAT is a Certified Open Source Hardware

ANAVI Info uHAT has now officially been certified as open source hardware by the Open Source Hardware Association (OSHWA). OSHWA, a non-profit entity registered in the US, organizes the annual Open Hardware Summit and also maintains the Certified Projects Directory.

ANAVI Info uHAT with mini OLED I2C Display

OSHWA runs the certification program ensures that the definition of “open source hardware” used by a specific project matches the community’s definition of open source hardware. They provide a unique indentification (UID) for each version of the certified hardware based on the country code and a serial number. For example, the UID for ANAVI Info uHAT is BG000081. The prefix BG is the country code for Bulgaria, because the Info uHAT is made in my hometown of Plovdiv. The serial numbers show that now there are 81 open source hardware devices from Bulgaria.

OSHWA certified ANAVI Info uHAT with UID BG000081

As a fully open source project, we also use only free and open source software has been used to design the printed circuit board, the stickers, the source code examples, and to write the documentation.

ANAVI Info uHAT printed circuit board in KiCad

The crowdfunding campaign at Crowd Supply is still going on and we hope more people will jump in and order ANAVI Info uHAT.

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ANAVI Info uHAT – an open hardware Raspberry Pi add-on board with a mini OLED display, buttons, and slots for sensors

Together with Crowd Supply we recently launched a new crowd funding campaign for ANAVI Info uHAT – an open hardware Raspberry Pi add-on board with a mini OLED display, buttons, and slots for sensors.

Thanks to early backers ANAVI Info uHAT was successfully funded and hit its first stretch goal in a just a couple of days. So we’ll be adding some awesome KiCad and ANAVI Technology stickers. KiCad is the free and open source software we used to design this and other Anavi printed circuit boards.

As a small open source project, ANAVI Info uHAT relies on the community of passionate open source makers. We are near our second stretch goal of $1,000. If we hit it, we will make more video tutorials for all supported sensors.

There is still more than a month until the end of the crowdfunding campaign and we hope more people will jump in and order ANAVI Info uHAT!

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VisualStudio Keymap for ANAVI Macro Pad 8

Many thanks to Efthimios Iosfidis, an open source engineer, maker and developer from Greece. Efthimis added a QMK keymap with VisualStudio shortcuts for ANAVI Macro Pad 8.

ANAVI Macro Pad 8
ANAVI Macro Pad 8

Furthermore Efthimis modifed the hardware a little bit and raised the keypad 15 degrees from the back side with metal stand-offs. As you can see on the photos the result is pretty cool!

ANAVI Macro Pad 8 with modified enclosure

More details about the new keymap and the modification of the enclosure are available as a Crowd Supply field report submitted by Efthimios Iosfidis.

Efthimis, well done and thank you again!

By the way, “field report” is a program by Crowd Supply to highlight talented creators by publishing their projects, spreading the word among the community and also giving a $25 Crowd Supply credit. So if you are using any of our open source hardware products available at Crowd Supply don’t think twice and submit a Crowd Supply Field Report now 🙂

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ANAVI Gardening uHAT: Safety First

Earlier in January all ANAVI Gardening uHAT kits were delivered to the Crowd Supply warehouse and soon after that Crowd Supply team sent them to their final destination: our valuable and trusting crowdfunding backers! Thank you again for the support.

ANAVI Gardening uHAT Developer Kit
ANAVI Gardening uHAT Developer Kit

ANAVI Gardening uHAT is a versatile development board, so please follow the instructions below for safe use:

  • ANAVI Gardening uHAT should only be connected to a compatible Raspberry Pi with 40-pin header.
  • Do not expose it to water or moisture, and do not place it on a conductive surface whilst in operation.
  • Do not expose it to heat from any source; it is designed for reliable operation at normal room temperatures.
  • Take care while handling the board to avoid mechanical or electrical damage to the printed circuit board and connectors.
  • Avoid handling ANAVI Gardening uHAT while it is powered on. Only handle by the edges to minimize the risk of electrostatic discharge damage.

In the meantime, there is a work in progress going on the user’s manual which is available at GitHub. We will soon update it. As usual, GitHub pull requests with improvements and fixes to the documentation or the source code examples are always welcome.

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ANAVI Gardening uHAT: Shipping Soon

At the beginning of January all ANAVI Gardening uHAT kits were shipped to the Crowd Supply warehouse. We are happy we managed to do it ahead of schedule. Even Tux, the mascot of the Linux kernel, helped out with the transportation.

In the coming weeks, the crowdfundng orders will be prepared for shipment to backers. A tracking number when the order ships.

ANAVI Gardening uHAT
ANAVI Gardening uHAT

Thanks for your patience and support for this open source hardware project! We hope you will enjoy and have a lot of fun with ANAVI Gardening uHAT!

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ANAVI Gardening uHAT Manufacturing Progress

We have good news regarding ANAVI Gardening uHAT! All boards have been received almost fully assembled from the local factory and we have sourced all required peripherals.

Recently, we received the last batch of assembled printed circuit boards from the local factory. As you can see on the photo, only the EEPROM is missing. We will flash and solder it in-house.

The winter is coming… Grab a ANAVI Gardening uHAT for your Raspberry Pi

We have also received additional peripherals, which will be included in ANAVI Gardening uHAT Starter, Advanced, and Developer kits. On the photo you can see the big packages with analog capacitive soil moisture sensor. Each kit will contain a couple of capacitive soil moisture sensors.

Capacitive Soil Moisture Sensor v1.2

The recyclable cardboard boxes for our eco-friendly packaging have also already been delivered. Another local company here in Plovdiv, Bulgaria will print all stickers for us. We expect them next week.

Our crowdfunding campaign recently ended very successfully but you can still order our open source Gardening uHAT for your Raspberry Pi and be among the very first owners!

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ANAVI Macro Pad 2 Developer Kit Assembly Guide

ANAVI Macro Pad is an open source, programmable two-key mechanical keyboard with backlighting. It was funded through a crowdfunding campaign at Crowd Supply.

ANAVI Macro Pad 2 Developer Kit does not require soldering. The assembly is easy, please take a look at the assembly video above for details. Although you can complete assembly with your bare hands, you might find a screwdriver and tweezers helpful.

ANAVI Macro Pad 2 Developer Kit includes a fully-soldered gold-plated green printed circuit board with two Gateron red mechanical switches, red 3 mm LEDs, an acrylic enclosure in two parts, two translucent keycaps, M2.5 screws, washers, and nuts, and awesome stickers!

To assemble ANAVI Macro Pad 2 follow these steps as shown in the video:

  • Peel off the protective films from both sides of the acrylic enclosure parts.
  • Assemble the top acrylic enclosure using two longer screws. It is not symmetric, so please pay attention to the position of capacitor C1.
  • Assemble the bottom acrylic enclosure using six nuts, three washers, and the shorter screw which is for the mounting hole between the two mechanical switches.
  • Stick the eight silicon protective pads onto the bottom: add two of them on top of each other to all four corners of the bottom acrylic plate.
  • Optionally, add stickers to the translucent keycaps.
  • Press the translucent keycaps onto the mechanical switches.

Finally, gently plug in a USB to microUSB cable and connect the ANAVI Macro Pad 2 to a personal computer. Please be careful with the microUSB connector, because harsh bending of the USB cable may damage it.

More details are available in chapter 2 of the user’s manual. As an open source project, we always welcome contributions and, if you like, you can help up improve the documentation by submitting a GitHub pull request or providing us with feedback over email. Thanks again for supporting this entirely open source project!

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ANAVI Macro Pad 2 – a Tiny 2% Mechanical Keyboard

ANAVI Macro Pad 2

Meet ANAVI Macro Pad 2! It is an open source, programmable two-key mechanical keypad with backlighting. Each of the keys on ANAVI Macro Pad 2 can be reprogrammed for use as a macro or even as a dedicated shortcut key, making it perfect for a number of applications across various industries.

ANAVI Macro Pad 2

ANAVI Macro Pad 2 runs on a Microchip ATtiny85, which is a reliable, low-cost, 8-bit AVR RISC-based microcontroller. It has a gold-plated printed circuit board, Gateron red mechanical switches, 3mm red LEDs and translucent keycaps.

Gateron red mechanical switches with 3mm LEDs on ANAVI Macro Pad 2

Only free and open source software tools like KiCad, OpenSCAD, and Inkscape were used to design ANAVI Macro Pad 2. Quantum Mechanical Keyboard (QMK) with V-USB is the default open source firmware. Source code and schematics are available on GitHub.

ANAVI Macro Pad 2 with stickers on the translucent keycaps of the mechanical switches

We kicked off a crowdfunding campaign for ANAVI Macro Pad 2 at Crowd Supply. We have a stable product and we are ready to proceed with low-volume manufacturing. We hope you help us bring this entirely open source project to life by ordering a developer or a maker kit!

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