Results for ',sET'

All-in-one USB to isolated-UARTx2/CAN/USB/RS485/RS232 converter

Our campaign page is missing certain practical details about how to use the various GetWired modules, and we believe that many of our backers and potential backers are curious about those details. So we pulled together the documentation we had, wrote the bits we didn't have, formatted it all, and added some nice photographs. Introducing the GetWired Quick Launch Guide! This update covers everything you need to know to install and configure every board in the GetWired Basic Bundle.

An open video development board in a PCI express form factor that supports overlaying content on encrypted video signals. Let's bring open video to the digital age!

A connected computer for robots

Control any stepper motor using Wi-Fi

A software agnostic four-axis motion controller with independently configurable integrated motor drivers

Hi everyone! We have a lot of cool stuff to share about current and future products of the SlimeVR team, but today we have a few important announcements for you.

A 64-core, RISC-V motherboard and workstation for native development

Thanks to all of your generous support, our campaign was funded in just 30 hours! In this update we will explain what's next, and answer some questions you all have been sending us since the launch.

Hey Slimes! Since the last update, we have shipped quite a few more sets of SlimeVR trackers, and even briefly had some of the sets in stock. In fact, you can still order Deluxe Tracker Sets from stock and receive them in just a few days! All other orders will have to wait the next shipment. Continue reading to learn about SlimeVR version 1.2.

A hackable, open-source, ESP32-based amateur-radio board for walkie-talkie and data-communication applications

One of the core features promised in the Cynthion announcement is the ability to create your own Low-, Full- or High- speed USB devices using the Facedancer library – even if you don’t have experience with digital-hardware design, HDL or FPGA architecture. If you’ve been eagerly anticipating this feature, we’re pleased to introduce Moondancer, a new Facedancer backend for Cynthion.

Q&A based on our most asked questions: frequency accuracy, FPGA resources, APIs, IIO, etc.

An open-hardware Python microcontroller for LEGO®

A system for weather satellite reception and hydrogen line radio astronomy

The CANFDuino platform can be turned into a handy two-port CAN/FD sniffing tool for basic monitoring of bus traffic without any fancy PC-side software. What’s interesting is that a very old-school terminal protocol developed in the 1970’s for VT100 terminals plays a part. The ANSI X3.64 protocol provided a really simple method for manipulating cursor location and printing to the screen driven by the embedded device (a duty that nowadays is implemented in PC software that can be OS and driver dependent as well as licensed). Enter modern day browsers, for which terminal-emulator web pages have been developed. Or you can turn to the ubiquitous, free, and reliable terminal program PuTTY. Basically any PC-side “terminal emulator” can be used to “CANalyze” bus traffic, regardless of how it runs or what OS it’s on (provided USB to serial drivers). It’s not the most beautiful or elaborate solution, but hey, it’s simple, easy, and cheap. The following update delves deeper into this application of CANFDuino.

Thank you very much for backing our campaign. We have decided to lower our funding goal to $3,000 USD. This update explains further, and also covers why we love RFM69\LoRa radios and Arduino compatible processors from Microchip!

Open source, no-code, battery-powered Edge AI camera with night vision, motion detection, and TensorFlow Lite support

The AquaPing is not a flow meter, it's a leak detector. There is an important difference...

It's taken us a lot of time and effort, but we finally got SlimeVR properly certified with FCC as a wearable device, along with our own FCC ID. That means there are no more obstacles for us to ship Slimes to you, the backers! Which is what we're doing now!