Thingiverse member “Grid” has created a compact Retropie console aptly named the JoypadOS. Using a little 3D modelling, 3D printing and basic electronics the pocket-sized gaming console was created using a pro-micro Arduino clone. This is a project for retropi console as i had no gamepad, so i decided to make a simple one with […]
JoypadOS Retropie console and controller Read More »
A new innovative technology for wearables is taking over the market of future technology. Wearables are portable systems that house sensors to make measurements from the wearer’s body. Powering these wearables requires flexible batteries that adapt to the specific material, and deliver the power needed for the system. Fraunhofer Institute for Reliability and Microintegration IZM
Malleable Micro – Batteries for Wearable Technology Read More »
Nelectra is crowdfunding a supercapacitor based micro-UPS for Raspberry models B and B+, enabling brownout protection and “last gasp” shutdown sequences. Bratislava, Slovakia based Nelectra’s first product was a generic “Juice4Halt” supercapacitor based micro-UPS (uninterrupted power supply) module aimed at single board computers used in industrial and embedded applications. The adapters protect the SBC’s operation
Raspberry Pi supercapacitor micro-UPS seeks funding Read More »
Some plants require pretty specific environments to thrive. Many beautiful plants grow best in a climate that is nothing like the climate where you live. Orchids are a perfect example of this. They require cool temperatures and very high humidity, nothing like the environment where I live. In an effort to create a better environment
Plant Micro Climate Read More »
With over 3 million boards sold, the Raspberry Pi is by far the most popular ARM Linux board on the market, but people are often asking for hardware upgrades with a faster processor, more RAM and so on. The good news is that a new Raspberry Pi board seems on the way, but since the
Raspberry Pi Model B+ with 4 USB Ports, a micro SD Slot, and More GPIOs Coming Soon Read More »
