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open-hardware-boards-2020 The board can run the latest version of Ubuntu, Android KitKat, Lollipop, and Nougat, giving you plenty of options on how to turn it into a full-fledged computer or a handy backup device. When placed inside a nice case, ODROID-XU4 can also be a fantastic first computer for a young child, especially with the Android operating system.  Just like ODROID-XU4, ASUS Tinker Board can be used as a daily computer with more than enough power for basic image editing, Full HD video streaming, web browsing, music listening, and even some casual gaming. The board features the Rockchip RK, which is a modern quad-core ARM-based processor that you can find inside many tablets and multimedia players. Не могу разобраться на этом мутном Гитхабе где вообще написать, чтобы попросить о поддержки для Rainmeter в виде плагина как в Open Hardware Monitor. Может кто чиркнет там пару строк, а то даже с переводчиком все там туманно как то? Всего записей: | Зарегистр. | Отправлено: AlexDAT. Advanced Member. Редактировать | Профиль | Сообщение | Цитировать | Сообщить модератору. Open Hardware. 22, likes · 2 talking about this. Distribuidores oficiales en Perú de Arduino, Seeed Studio, Grove, RepRapBCN, Shields, Displays  ROS World is taking place tomorrow! ROS World is a chance for ROS (Robot Operating System) developers of all levels, beginner to expert, to spend an extrao rdinary day learning from and networking with the ROS community. Similarly to previous occasions, Ekumen will participate and sponsor the event and we'd like to encourage everyone interested in robotics to join in! You'll find the registration form and more information about the event at www.- Go, ROS, go❗️. #ros #rosworld #rosworld #openrobotics #ekumen #robotics #opensource #software. See. The whole thing runs off of a standard USB power bank which you probably are already carrying in your purse already. Designed to enable test and development of modern and next-generation radio technologies, HackRF One is an open-source hardware platform open hardware boards 2020 can be used as a USB peripheral or programmed for stand-alone operation. You can get updates from what we are observing by signing up for the newsletter below or following OSHdata on Twitter. This mainboard was designed with reasonable - not maniacal - accuracy to the original design. Filed under: CircuitPythonopen sourceopen source hardware — by phillip torrone Comments Off on Open Hardware Summit wrist-watch badge open hardware boards 2020 … ohsummit circuitpython ohsummit When considering the growth from this perspective, the initial surge from the first year described earlier in this section of the report is more apparent.

A custom-designed, 3-channel olfactory interface to be used with virtual reality headsets. The interface builds off of existing open source components alongside a vibrating mesh transducer and micropumps. It emulates original Atari peripherals such as floppy disk drives, printers and modems. In addition to the peripheral emulation, it provides a new network interface allowing software developers to create programs that can interface with modern-day networks.

The MicroSD socket can be used for storing disk images. One of my favourite soldering irons is the TS The project is also the first piece of certified open source hardware from Ireland. PD supplies can support a range of different voltage levels, and to ensure compatibility with most PD supplies, the Flex-C-Friend has a switch that allows you to configure what voltage is requested from the PSU.

Every single pin of the chc IC has been expanded in order to make full use of it or to possibly reconfigure it. It confirms to the Adafruit feather format, and runs CircuitPython and Arduino. The platform also has native USB support. The Keyboard FeatherWing is an easy way to add a handheld Qwerty keyboard and a 2.

It fits well in your hands and is great for typing with your thumbs, early s-style made by Arturo for Solder Party. The Boards are pre-loaded with the bossa bootloader used by Arduino with the command line tool bosses and they have a small development batch. If you are interested in collaborating on the development please contact them. This is the first certified open-source hardware from El Salvador. Next is a single board computer based on a Z80 CPU.

The ZTO Modular System is a modular Z80 computer system consisting of a backplane and modules that perform different functions. The creator Jacob Hahn documented everything on hackaday. Our newly certified projects this month reflect the Coronavirus pandemic. These certification fall roughly into two groups, projects directly trying to address the pandemic, and organizations impacted by the pandemic using recent social distancing rules to catch up on the certification of existing products.

The first project you should check out is the first of what will most likely be many DIY ventilator projects. This project focuses on using commonly available components and water displacement to create a ventilato r. This project comes from Spain which has been particularly hard hit. It is unclear if the project has been evaluated or approved for clinical settings. That notwithstanding building a successful ventilator will require lots of groups contributing ideas and subsystems, that build upon one another to achieve success.

Another Coronavirus related project is the Creator Transfer Chamber. Creator is the California burger joint that uses robots to cook the burgers and fixings.

To combat such situation Field Ready is creating a list of open hardware medical essentials for communities to engage in mutual aide. You can find a full list of their offerings here. A maker favorite that is finally able to show off its open hardware street cred is the BeagleBoard Black.

The BeagleBoard Black is a workhorse single board computer that has been with us for a long time, and now it is finally certified open hardware. Just like the trinket this is a big win for open hardware, and allows down stream open hardware projects to become more open.

This damage can sometimes be repaired trivially, but many times it requires a lot of time and effort. Sometimes it adds up to other damage occurred over time and so it would just be better to have a new board built with new components to move the few critical chips over.

Amiga mainboards haven't been produced for the last 30 years, but they are relatively simple by today's standards, thus an amateur project to make new ones was started.

There are other projects like this one out there, but none of them is Open Source and none of them comes with both schematics and board. This is a big advantage, since anyone can modify the board and make new improved versions, as long as they release their modifications it with the same license. I have come up with some ideas for improvements , feel free to help :.

It might kill your cat or burn your house down. You have been warned. While this might sound deceiving at first, it is actually an opportunity to showcase the full potential of Open Hardware : download the project files, inspect them and report any errors you find! This way we can all work together to get a perfect board.

The initial objective was to come up with a new mainboard as similar to the original one as possible, while including minor modifications that would improve its usability. First the schematics were drawn from scratch in KiCad and then the board was routed, staying close to the original layout. This mainboard was designed with reasonable - not maniacal - accuracy to the original design.

Most care was taken in the positioning of components that ought to be in a certain position i. Other components and tracks are "more or less" there, but as the board was wholly laid out from scratch by hand, don't expect sub-millimeter accuracy. You will probably want to install all new components on this. Most passives should be easy to find, except for the axial caps and EMI filters.

The connectors are all on the market, except for the Video and Floppy ones, which are non-standard DB You will need to recover these from a failed board. Make sure to wire it properly Info soon. Oh, I have no idea if the line filter can be bought new, so you'd better recover that, too. Other things you will need to recover are all the custom Commodore ICs, of course.

Make sure you are using an Agnus, and populate C99 accordingly. CPUs can be found second-hand cheaply. Every serious electronics shop should have all the series chips. I would suggest using sockets for all ICs. Get new good-quality ones. Be careful with the RAM chips: if you socket them, they will probably be too tall for the keyboard to fit properly. Probably you will also need to recover the original quartz, as it has an uncommon frequency PAL: You can recover the original Video Hybrid, or you can build a new one.

The solder jumpers should all be preset with the most common value Detailed info on these will be added soon. If you use the standard MSMB Real-Time Clock, you will need to calibrate the clock frequency through the TC9 variable cap, which requires the use of an oscilloscope.

If you decide to recycle it from an old board, try not to move it during the desoldering. You'd better mark its original position with a marker before removing it. In this case, do not install Y9, C, TC9. You should also put a blob of solder on JP9 so that the system will pick up the one that might be present on a card inserted in the trapdoor slot in this case you can also skip R The battery holder is called BS-7 and is very easy to find.

Other ones will probably fit just as nicely.

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