Examples of open source medical equipment include open-source ventilatorsthe echostethoscope echOpen and a wide range of prosthetic hands listed in the review study by Ten Kate et. The freedom to distribute copies of your modified versions to others. Open source hardware uk limited of Things Solutions. Aaron Clarke, aaronclarke. I continue as the main organiser for OSHCamp and look forward to its return in Joshua D. Hardware from the open-design movement.

Boseji, Electronics For Bharat , A. R Labs. Brett Hagman, Rogue Robotics , Wiring. Brian Collins, Hacromatic. Brian Harling, Modtronics Australia. Briana Mansion, Tenderoo. Bunnie, bunniestudios. Carmen Trudell, Fluxxlab. Carson Reynolds, University of Tokyo. Catarina Mota, openMaterials. Cesar Harada, Protei, sailing drones. Charles Collis, AdCiv. Charles Pax, Pax Instruments.

Charles Edward Pax, Makerbot Industries. Chris Jefferies, Tinaja Labs. Chris Harris, Agency1. Chris Mark, Fellers Tree Services.

Chris Novello, illucia instruments. Chris Walker, Netduino , Secret Labs. Christian Siefkes, keimform. Christopher Lee, Australian Robotics. Constantin Craciun, Harkopen. Dan Clark, GroundZero Labs. Daniel Andarde, Daniel Andrade — art. Daniel Yucra, SomosLibres. Dave Hrynkiw, Solarbotics Ltd. Gareth Coleman, layer zero labs.

Geoffrey L. Barrows, Centeye, Inc. Hans Scharler, ioBridge , ThingSpeak. Jeremy Blum, JeremyBlum. Jose M. Joshua D. Juan Gonzalez-Gomez, Iearobotics.

Marcus A. Mohamed, aSensar , RepRap-India. Morgaine Dinova, Morgaine Dinova on freedomdefined. The first of these being a fellow co-founder of Glasgow hackerspace, the Electron Club , who was excited at the artistic possibilities presented by the new Arduino platform.

Bug Labs are still around today and it appears their focus shifted from hardware to services. Of course, the Arduino story is well known and for many years it served as the open hardware poster child.

What followed next, at least in the most visible sense, was a burgeoning ecosystem of relatively simple board designs — such as breakout modules for surface mount devices, along with Arduino compatibles and add-ons. There was a growing movement and this was focused mostly around microcontrollers and the enthusiast market. Simpler designs, but nevertheless important. At this point it would be remiss not to mention two notable exceptions.

Also another consumer electronics product, the Chumby , an embedded computer with a touch screen and WiFi. In addition to which, Elphel had been quietly producing open hardware and free software powered video cameras for some time.

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. Inspired by the Nesta event and also encouraged by UK semiconductor company, XMOS , which had decided to publish its development board designs as open hardware.

We decided from the outset that, although the focus would primarily be hardware with liberal licensed design artefacts, we would also encourage talks on related topics, such as embedded development, along with tools and techniques employed in hardware design and manufacture. Free and open source software is mainstream.

OSHUG 2. Themes explored included licensing and community , along with topics such as software-defined radio and FPGA development. The eighth meeting was the last that was held at the Osmosoft offices the security arrangements at the Westminster telephone exchange we occupied were… tricky. For the ninth meeting we were kindly hosted by Skills Matter. For the next few years, the now much missed, Centre for Creative Collaboration in Kings Cross became our home.

This featured 3D printing and IoT workshops, along with an exploration of collaboration in open source hardware. 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. You are here Home. Lime pioneered the creation of the single chip transceiver. Software defined, virtualized radio is clearly established as the way forward for the wireless industry offering increased agility, cost savings and the opportunity to scale fast and explore new technologies and models of deployment.

Lime is a leading player behind key initiatives to democratise wireless innovation, revolutionise the way that radio access networks are built and bring transparency to spectrum utilisation. These initiatives are the springboard for transforming the ways for building and deploying communication networks.

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