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open-hardware-design-website This is a list of open-source hardware projects, including computer systems and components, cameras, radio, telephony, science education, machines and tools, robotics, renewable energy, home automation, medical and biotech, automotive, prototyping, test equipment, and musical instruments. Homebrew D-STAR Radio. Monome 40h – reconfigurable grid of 64 backlit buttons, used via USB; a limited batch of was produced; all design process, specifications, firmware, and PCB schematics are available online. Open Source Hardware Project #5. Connectivity: www.- With all this talk of “The Internet of Things” there needs to be a piece of hardware that connects your technologies to the Internet, right?  To utilize some of the open hardware designs out there we need reliable digital-fabrication tools that bring them from the digital into reality. These two projects give us considerably cheaper access to these tools in the increasingly important areas of laser cutting and CNC milling. Open Source Hardware Project #8.  Disclaimer: The entire contents of this website are based upon the opinions of HoneyColony, unless otherwise noted. Individual articles are based upon the opinions of the respective author, who retains copyright as marked. Еще до недавнего времени все потуги в области Open Source Hardware исходили либо от любителей, которым не терпится собственными руками заниматься изготовлением различного оборудования и сборкой устройств, либо от индивидуальных профессионалов, которые шутки не шутят, но все так же работают на крупнейшие корпорации, помогая им краудсорсить чьи-то мысли в собственные коммерческие наработки.  Вдохновленные преимуществами свободной разработки, ученые решили попытаться использовать ту же модель с целью развития железа, преимущественно — для сложных систем, вроде того же Коллайдера. Конечно, нельзя ничего. Tools like KiCad help develop schematics for these projects, as well. Why do you want to be on the board? Wikihouse was presented duringand went through a constant improvement. Since this website and project is attracting interested persons who are not Radio Amateurs and hams who may not be familiar with some of the technical jargon, here are a few words about what some of the mysterious acronyms, etc. On this website, each module has its own web page, as noted by the tab selections near the top of the open hardware design website.

See the quality of the collection here on their website. If not enough, just look at this page now — a lot of parametric configurators are available for YOU to design your own furniture, with parametric exploration applets. As some of you may know, in a talk I recently gave at the Barcelona Design Thinking Week , I tried to focus on this precise issue: that of the transformation of the role of the designer, increasingly becoming the one that designs the process that will allow the user herself to become a final product designer.

To our amusement and excitement the innovation pace in the Open Source Design community is so high that we have still a couple of incredible projects to mention. The first one, Open Desk initiative, was recently launched.

All the OpenDesk designs are available as digital downloads. These digital files are fed into a CNC machine , which produces raw-sown pieces of wood. These are finished by hand, a process that can involve oiling, sanding, polishing, and small parts. The finished pieces can then be assembled by hand on location.

Among other partners, the Opendesk initiative was facilitated by FabHub — the global network of fabricators — that now apparently supports Wikihouse, as well. These projects, also remind me of the italian Slowd.

Even houses. SketchChair is a free, open-source software tool that allows anyone to easily design and build their own digitally fabricated furniture. In a very similar perspective to that of the AtFab applets, Sketchair is exploring the disappearing limitation between professional, amateur and even improvised designers.

Click on the download page , choose your operating system, and then get crazy designing your own chair and table and sharing the design with the others. Many of you might already know OpenRov , the project that was born to build the first open source submarine rover. The project got some incredible visibility in the last few months, especially when the founder, Eric Stackpole, was featured in a super nice Make cover with a smiling face.

Despite the funny stuff, OpenROV is an amazing project that allows you to build a submarine rover and explore the underwater world for less than one thousand dollars, radically democratizing access to marine research and exploration doing so.

We can in fact expect the community to provide new complementary extensions and applications according to the use cases that academics or simple citizen will accomplish with the help of the artifact. Another impressive project is that founded by Cesar Harada: Protei.

According to its website, Protei is:. Shape Shifting, Open Hardware, Sailing robot to sense and clean the oceans […] a platform technology to transport scientific payload and clean-up equipment at sea, developed by an global community of scientists, engineers, makers, and sailors.

A recent post on the TED blog , celebrated the oceanic trip circumnavigating the globe that Cesar completed thanks to the Unreasonable at the Sea initiative.

This initiative actually gave Protei the visibility that the project deserved from the very start. Cesar Harada will be soon interviewed on Open Electronics, so follow us or subscribe to our feed to get informed when the interview will go live. Leaving the sea and shifting our sight to the air for a while, we may notice that the world of UAV unmanned aerial vehicles is definitely ramping up in terms of visibility and adoption among hobbyists.

While drones are sadly known for warfare-related issues, the drone sector is lively and could easily go toward DIY Drones, the super well-known drone firm founded by the former Wired director and Internet superstar Chris Anderson.

I wanted to take this culture to our hardware developments. However, even open science needs some rules to be governed by. This licence gives users the right to use hardware designs released under it freely under certain conditions, such as feeding back modifications to the community. A key example of a design that has benefited from both the OHWR and the OHL is White Rabbit , — a technology that provides control and data-acquisition systems with sub-nanosecond accuracy and synchronisation precision of a few picoseconds.

An open-source approach was built into the design from the very start. White Rabbit ended up being very different as a result.

They fixed it and provided their solution back to the community. This makes possible—and even encourages—studying, troubleshooting, modifying, and improving open hardware. If a piece of open hardware incorporates software of any kind, then that software should generally be released under an approved open source license.

Alternatively, the open hardware's interfaces should be documented in a way that makes writing open source software for the hardware as easy as possible. Essentially, open hardware is all about making the object as easy to remix and reproduce as possible.

Closed hardware uses obfuscation and patent law to make the recreation of the objects as difficult as possible, usually to ensure vendor lock-in in a supply line that doesn't involve hobbyists and makers or other competitors.

Because open hardware projects usually result in the production or prototyping of a physical object, they almost always involve monetary investment for physical materials.

While open software projects do involve labor costs and monetary investment, software can typically be distributed with lower overhead and is sometimes offered "free as in beer" or "gratis". Aside from offering documentation and source files to the public for no cost, it's not financially feasible for most open hardware projects' physical components to be offered gratis.

This doesn't mean that the open hardware movement isn't focused on minimizing cost for developers. In fact, initiatives like the Open Source Hardware Central Bank aid in securing sustainable funding for open hardware projects.

Tools like KiCad help develop schematics for these projects, as well. We recommend checking out the Open Source Hardware Association's site, as well as Wikipedia's entry on open source hardware.

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