%!$ Easy Diy Woodworking Bench Plans For You #!@

open-hardware-foundation-year Open Source Hardware Association — создана для продвижения Open Source устройств, дизайн которых свободно доступен под открытой лицензией. Такие устройства, микросхемы, печатные платы вот уже полтора года помечаются логотипом с шестерёнкой, так что каждый сразу видит, что это — свободное устройство. Базовые требования, которые нужно соблюдать при разработке открытого аппаратного обеспечения: Предустанавливается только свободное программное обеспечение (СПО). Nesta Open Hardware Conference — © Paul Downey, CC BY The nascent open hardware movement had started to gather momentum and in December , Nesta, the UK based charity and innovation foundation, hosted a one day event dedicated to the topic. This served as a pivotal moment for many of those of us who attended and one outcome of this being the formation of the Open Source Hardware User Group. The first OSHUG meeting, April OSHUG was co-founded in early by Paul Downey, Alan Wood and myself.  The Free and Open Source Silicon Foundation has been hosting packed out conferences for a number of years now, with delegates and speakers from across industry and academia. 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, Open Hardware Foundation Data 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. The Open Hardware Summit is for presenting, discussing, and learning about open hardware of all kinds. Copyright Alliance. There are thriving communities of open-source software-defined radio and FPGA tool developers, ope we believe including them in this challenge and having hardware and gateware in the picture will result in a better 5G for hardawre. Themes explored included licensing and communityalong with topics such as software-defined open hardware foundation year and FPGA development. Bug Labs are still around today and it appears their focus shifted from hardware to services.

The infrastructure team at LinkedIn thinks so, and has created the Open19 initiative as an alternative to the Open Compute Project OCP , the open source hardware initiative created by Facebook in Today Open19 announced a foundation and articulated a vision to differentiate its strategy and hardware offerings.

The Open19 Foundation and its founding partners positioned the project as a foundational layer of edge computing, drawing a contrast with Open Compute, whose offerings have been focused on hyperscale data centers. Other companies aligning with the project include hardware suppliers Delta, Inspur, Cumulus Networks and Molex, along with systems integrator Groupware Technology.

The LinkedIn team says it created Open19 to offer options beyond the Open Compute Project , particularly in making standardized solutions available to smaller data centers. Both projects emphasize rack-level design, disaggregated systems and modular integration of components. Some companies will participate in both projects, most notably Microsoft, which has been a prominent contributor to OCP and acquired LinkedIn last year. The two organizations have thus far continued to operate their own data centers.

Bachar says Open19 is differentiated by its focus on a inch rack more on this in a moment and licensing terms that allow participants better control over their intellectual property. The Open19 production hardware designs are under development. Hyperscale providers buy large volumes of servers, storage and network equipment, providing a ready market for vendors that develop new hardware solutions. Bachar says Open19 will have configurations that will appeal to large data center operators, but also has the potential to create markets for open hardware in other use cases.

The founding members of Open19 include several of the leading proponents of this type of distributed infrastructure to support edge applications, including the Internet of Things and autonomous cars.

Vapor IO has launched a platform to enable rapid deployment of edge capacity by wireless network operators and real estate investment trusts REIT specializing in the telecom tower business. We can send a crew out to an edge environment, such as at the base of a cell tower, and stand up a new data center in minutes.

Interchangeable parts mean customer and field ops teams have a common interface that works regardless of the components inside the chassis. The Open19 design is bult atop cages and bricks. Cages are enclosures that fit into a standard inch rack and contain compartments for servers. The common components of the Open19 Foundation data center design platform. Photo: Open Open19 will allow end users to mix and match equipment from multiple vendors.

An early prototype housed servers from five separate vendors. The design allows for as many as 96 servers and 40kW power density per rack, but a typical four-cage setup with two power shells will run around An early adopter of this model will be the Lefdal Mine Datacenter , which just opened in Norway. For the next meeting we were hosted by Erlang Solutions, before returning to BCS London, which then became our new home and continues to be up until the present day.

Not to mention also hands-on workshops covering a wide variety of topics, including software-defined radio, machine learning and Internet of Things, for example. OSHCamp takes place annually — although perhaps not this year… — and in addition to being hosted in Hebden Bridge, was held in Lincoln in , with thanks to Sarah Markall for making this happen.

Having been convener and main event organiser for the first 6 or so years, regular monthly events are now organised by Sevan Janiyan and Andy Bennett, who do an excellent job with programming. I continue as the main organiser for OSHCamp and look forward to its return in Go back ten years and most activity was focused around PCB designs, with the majority being relatively simple.

Hence designs are typically completed by one person or a close knit team and published when complete, or perhaps a little earlier in order to provide opportunity for external design review.

That these may not be developed in a collaborative manner — as is often but not always! However, such projects are comparatively small in number and mech design has similar challenges to PCB design. In addition to which, there have been numerous advances in open hardware licensing and improvements in FOSS tooling. However, an FPGA board capable of hosting the design would have set you back quite a bit and it had few users outside of academia.

This is something that Chip Hack set out to address, with the first event hosted in London in , a second in Cambridge in , and then a much larger event in Hebden Bridge in Meanwhile FPGA development boards have continued to become cheaper and more powerful, with a constantly growing enthusiast community, in part as a result of this and perhaps also while looking for the next challenge.

Meanwhile there have also been groundbreaking advances in tooling — which is a topic for another day. At the time of writing, over 12, LimeSDR boards have been shipped to developers and while this figure is much lower than it would be for, say, Arduino, it is impressive for an advanced design of its specialist nature.

The open hardware design has also enabled derivative designs, such as one that has been integrated into a cubesat. In addition to being integrated into third party solutions and being used as the basis of new designs. The Free and Open Source Silicon Foundation has been hosting packed out conferences for a number of years now, with delegates and speakers from across industry and academia. The foundation also participates in Google Summer of Code, hosts LibreCores , is home to a number a projects and workgroups, and produces a monthly newsletter with a steadily growing readership.

While at the same time being able to take advantage of the earlier work of the OpenCores community, whether utilising an i2c core or some other simpler IP, or just benefiting from an established community and its learning experiences.

This boasts an impressive membership and has bit microcontroller and bit Linux capable core designs, with more to come. Similarly with tools, where there have also been major advances and it would be better to cover these separately. I believe that we will continue to see more and increasingly advanced board designs, both from industry and the wider open hardware community.

The benefits are clear in terms of education, technology transfer, establishing plarforms and expediting innovation, for example. Meanwhile the wider community continues to grow and whether identifying as being part of the open hardware movement, a maker, an electronics hobbyist or a Raspberry Pi enthusiast, this all contributes to more people getting hands-on with electronics.

Ten years ago it would have been impossible to predict the size of the opportunity that would be presented by free and open source silicon FOSSi. Since digital designs generally start out with a text based hardware description that might look like, or even be based upon, a programming language, in hindsight this may now seem blatantly obvious.

After all, it means that a lot of the tooling and processes from software development can be reused. However, the semiconductor industry was seen as being particularly conservative, making use of eye-wateringly expensive tooling under strict NDA, with fabrication costs of millions of dollars. As with so many things, this was true in part and with some measure of misunderstanding. In closing I should note that many important developments and projects will have been omitted.

This post is already much longer than originally intended and there is plenty more to be covered via future posts.

Magnetic Dust Collector Fittings 80 National Hardwood Products Group Task Force 10 Band Saw Blade Data Shop Dust Control System Unit