"QuickLogic took great care to ensure that the QuickFeather is open source all the way down — even using open source PCB design software KiCad to lay out the board."
"Unlike other development kits based on proprietary hardware and software tools, QuickFeather is based on 100% open source hardware, compatible with the Adafruit Feather form factor, and is built around 100% open source software."
"Instead of using a two-chip solution, QuickLogic QuickFeather board leverages the company’s EOS S3 SoC with a low-power Cortex-M4F core and embedded FPGA fabric."
"Presentado en un factor de forma Feather, este módulo MCU con FPGA embebida tiene tanto el hardware, como el software, como las herramientas de desarrollo, abiertos."
"The thing about this board that I really like about this board is that it's 100% open source across the board. Did I just make a pun? I didn't mean to make a pun... there's a lot going on here and it's all very good."
"QuickLogic has officially launched the a crowdfunding campaign for the QuickFeather, a Feather-compatible fully-open microcontroller and field-programmable gate array (FPGA) development board – and AB Open is proud to be its first backer."
"They bought the Arm core, the put some flexible logic around it, and they built these custom blocks that do a bunch of different things... It handles different functions for IoT-type devices and stuff like that."
QuickFeather is a development board for the QuickLogic EOS S3, a low-power System-on-Chip (SoC) that has both an Arm® Cortex®-M4F MCU and an embedded FPGA to enable the next generation of low-power embedded Machine Learning (ML).
The board ties into the Adafruit Feather ecosystem of over 60 pre-existing add-on boards, can be powered from and charge Li-Po batteries, and has an on-board microphone, accelerometer, and pressure sensor.
As part of our recently announced QuickLogic Open Reconfigurable Computing (QORC) initiative, we took special care to make everything about QuickFeather open source, from the hardware, to the software, to the tools. The FPGA industry is ripe for the sort of change open source has to offer - QuickFeather is our way of welcoming that change!
Not only is the QuickFeather board itself open hardware, it was designed in the open source EDA platform, KiCad. Full KiCad project source files and final Gerber files can be found in our GitHub repository.
It’s easy to use QuickFeather with Zephyr RTOS via our QuickLogic fork. Similarly, we’ve integrated FreeRTOS into our QORC SDK, which explicitly supports the QuickFeather board and includes sample code for getting started.
We worked directly with key members of the SymbiFlow community to make sure the embedded FPGA (eFPGA) in the EOS S3 SoC used on QuickFeather is fully supported by SymbiFlow’s excellent Verilog-to-bitstream tools. We also partnered with Antmicro to add support for the EOS S3 SoC in the open source Renode simulation and testing framework.
QuickFeather’s combination of sensors, programmable logic, and low-power microcontroller make it a perfect hardware platform for the open source TensorFlow Lite machine learning tools.
For rapid development of custom embedded AI algorithms to run on QuickFeather or any other device based on the EOS S3 SoC, we recommend the SensiML Analytics Toolkit.
The QuickFeather board features the QuickLogic EOS S3 System-on-Chip (SoC), which contains a low-power Arm® Cortex®-M4F processor and an embedded FPGA. The EOS S3 SoC is available in a variety of packages, including QFN and BGA. The QFN version is used on the QuickFeather board, however it is being phased out in favor of the BGA version.
An initial run of 250 units has already been produced. The units have been built and tested by trusted manufacturers and are ready to ship to the fulfillment center. Successive production batches are in the works, and our manufacturers are ready to produce at any necessary volume.
QuickFeather units will be shipped to backers from the Crowd Supply warehouse in the United States. Details on Crowd Supply fulfillment can be found in their guide page on ordering, paying, and shipping.
As the hardware has already been through production, this project carries minimal risk. Of course, there is always a chance that the COVID-19 pandemic would slow shipping down and delay the delivery timeline. If such a thing does occur, backers will be notified via project updates.
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