Open hardware

uCameraCube – Hackster.io

https://www.hackster.io/delmans/ucameracube-c64263 Need for a custom camera module. Check out this intetesting looking project. uCameraCube is a parametric camera module build using OpenSCAD uCube library. It is build with Raspberry Pi and Raspberry Pi camera and comes in three versions, which vary in the type of optics used. Thin Lens version M12 Lens version T-Mount version

From Arduino Prototype to Manufacturable Product – Hackster’s Blog

https://blog.hackster.io/from-arduino-prototype-to-manufacturable-product-cbfa533a7702 Creating a prototype based on an Arduino is an excellent start to bringing a new electronic hardware product to market. The Arduino is almost an ideal platform for proving your product concept. However, there is still a lot of engineering work required to turn it into a product that can be manufactured and sold. This article tries

The Tomu: An Arm Microcontroller That Fits in Your USB Port

https://blog.hackster.io/the-tomu-an-arm-microcontroller-that-fits-in-your-usb-port-31f60af97471 This looks interesting. There are a fair number of USB stick computers on the market. the Tomu is different because it id so small it fits entirely inside your computer’s USB port.  The board is based around Silicon Labs “Happy Gecko” EFM32HG309 Arm Cortex-M0+ microcontroller. It was inspired by the YubiKey 4 Nano. The project is entirely open source with the hardware under

Ultimate Arduino Handbook for Neurohackers

Open-electronics.com article tipped that Ultimate Arduino Handbook creator, Mark Maffei has has published a 200 page book under a Creative Commons BY SA license via the Internet Archive. Download Ultimate Arduino Handbook Neurohackers Edition v1.0 to see yourself what interesting stuff it has in it. The book covers entire spectrum of Arduino awesomeness, with a

ESP8266 IoT Contest – Simplify the Connected World – Hackster.io

https://www.hackster.io/contests/ESP8266 The Internet of Things (IoT) is a hot topic in today’s tech conversations. Many times, IoT development and prototyping cycles are too long and too expensive due to the time and complexity it takes to build a simple IoT prototype. But the creation of IoT projects doesn’t have to be complex or expensive. myDevices,

Lessons for getting started with DIY IoT home automation | Opensource.com

https://opensource.com/life/16/9/iot-home-automation-projects?sc_cid=7016000000127ECAAY We live in an exciting time. Everyday more things become Internet-connected things. They have sensors and can communicate with other things, and help us perform tasks like never before. Especially at home. Home automation is made possible by amaetuer developers and tinkers because the price of microcontrollers with the ability to talk over a network continue to drop.

SYZYGY – Next generation FPGA connectivity

http://syzygyfpga.io/# Open standard for high-performance peripheral connectivity SYZYGY is FPGA-agnostic and is intended to work with products from all major FPGA manufactures including Xilinx, Intel, Lattice, and Microsemi. PMOD and SYZYGY can happily coexist in the FPGA space and even on the same carrier implementations! FMC and SYZYGY can happily coexist in the FPGA space