LFX Mentorship
LoRaRISCV
Linux Foundation1 Program Years
LoRaRISCV
Open Source
About the Organization
We propose to recreate the MIT IoTNet solution in silica. It is currently facilitated by mostly ARM processors and external (USB connected) radios. To do this modernization we are going to design a RISC-V solution that incorporates SDR. We are looking at the trade space now since we know there are some vendors that have products that might be ideal for us. However, we are looking specifically at GNU radio. The background for this project is substantially at https://tinyurl.com/mitiotnet In our first attempts we used TI Beagleboards and Pandaboards. For our next version we will use homegrown MIT Beaverboards and BU Terrierboards. We don’t anticipate having a chip design together soon, either through this effort or our ongoing research. But we may participate with a vendor who already has a board in the marketplace. This of course would depend on whether we could either put an (external) radio on a board or find a way to get our firmware onto the board.
Primary Technologies & Languages
dev toolsideeclipsefpga
Technical Topics & Focus Areas
dev toolsideeclipsefpga
Participation Years
Completed Projects Distribution
Annual Completed Projects History
LoRaRISCVHover over bars to view completed counts
4
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2023
Projects1
Years Active1
Stackdev tools
TierTier 1
Past Projects
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LoRaRISCV Mentorship Project
IntermediateWe propose to recreate the MIT IoTNet solution in silica. It is currently facilitated by mostly ARM processors and external (USB connected) radios. To do this modernization we are going to design a RISC-V solution that incorporates SDR. We are looking at the trade space now since we know there are some vendors that have products that might be ideal for us. However, we are looking specifically at GNU radio. The background for this project is substantially at https://tinyurl.com/mitiotnet In our first attempts we used TI Beagleboards and Pandaboards. For our next version we will use homegrown MIT Beaverboards and BU Terrierboards. We don’t anticipate having a chip design together soon, either through this effort or our ongoing research. But we may participate with a vendor who already has a board in the marketplace. This of course would depend on whether we could either put an (external) radio on a board or find a way to get our firmware onto the board.