First, it's incredibly exciting to see the enthusiasm for the Hub here on Crowd Supply and at the 2019 Teardown Conference last weekend. During the conference I did a presentation on how I've used Jupyter Notebooks to aid the electrical design and testing of this product.
As we have demonstrated through many of our tutorials in the last five weeks, our SKUDO Kryptor board can be easily used with Raspberry Pi boards. This week we will show you how to use SKUDO Kryptor with an Arduino Nano.
In this Teardown Session, Crowd Supply's Helen Leigh talks with Greg Steiert from Altera. Greg has figured out how to build a $5 drag-n-drop FPGA loader using a Raspberry Pi Pico and open-source software, and now he's working on an upgraded version.
We're excited to announce the final milestone in our commitment to open sourcing the TinyBeast design and its associated firmware and software. The simple application described in this update demonstrates direct and DMA access to TinyBeast's LSRAM and DDR4 memory.
Hello supporters and backers.
After too long of a silence following the first production batch fulfillment, we are back to public firmware/software issue-solving, feature additions, and the next production batch.
With our new project, Fomu, we want to replicate the same ease-of-use as Tomu, but with a more advanced FPGA board. Meet Fomu and help us put an FPGA in every USB port!
After many months of development and a long wait, we are thrilled to announce the launch of our Crowd Supply campaign!
UltraMiner is the first affordable, open-source FPGA development board powered by the latest Xilinx Kintex UltraScale+ FPGA. It ships with open-source cryptocurrency mining software, including pre-compiled bitstream files that work out-of-the-box with many popular cryptocurrencies. We also offer a Developer Version of the board – with PCIe support and additional IOs – that is perfect for prototyping high performance designs related to cryptography, software-defined radio, and machine learning.
Since we launched the QuickFeather campaign one week ago, we've received some thought-provoking questions on why we architected our EOS S3 device to include both a Arm Cortex M4 MCU and an embedded FPGA (eFPGA).