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We are extremely excited to be launching the iotSDR crowdfunding campaign. Our passion for RF technology and our commitment to open hardware brought us here, and we can't think of anywhere we'd rather be! Featuring dual, narrow-band (AT86RF215) transceivers, a GNSS frontend, and a Zynq SoC, iotSDR is packed with features that developers will appreciate. With support for open source software like PYNQ, Jupyter, and GNU Radio—as well as powerful, gRPC-based remote-operation capabilities—iotSDR provides an open hardware foundation upon which you can develop some very cool applications.
Our Ask Me Anything (AMA) is coming up tomorrow! This is a series that takes place on Crowd Supply's Discord server. If you have any questions or simply some interest in STEP400 or stepper motors, please join us! Also, the other day, through an unexpected connection, I had the opportunity to speak with someone who works at an industrial stepper motor manufacturing company. This update will be a recap of our chat, and I think it will be very helpful in understanding what STEP400 is and what it isn't.
In the last update we touched on the basic principles of the PowerEver. In this second part we will go into deeper detail. Bonus: How does it sound to use PowerEver with the wireless unit on my pedalboard?
Have you seen the movie Ford v Ferrari? If you want to make a race car really fast, you've got to shed dead weight. I recently
tried to figure out why the STM32 took so long to read the interrupt flags of
an RF transceiver on the SPI bus. I used the vendor library to communicate with
their RF transceiver.
Welcome to everyone interested in Discovery Dish! We decided to develop Discovery Dish because we were disappointed by the lack of ready-to-use, low-cost, lightweight dish antennas on the market that are suitable for software-defined radio projects like receiving L-Band geostationary and polar-orbiting weather satellites, as well as for 1.5 GHz Inmarsat reception and 1.42 GHz hydrogen line radio astronomy.