Off-grid comms has always forced a choice: sub-GHz bands for range, or compromise for throughput. 2.4 GHz LoRa is breaking that trade-off open.
GrayHatGuy has proven MeshCore runs on 2.4 GHz — and built the bridges that connect it back to sub-GHz backbones when you need the long hop.
New post: protocol bridges, channel bridges, frequency bridges, and why the difference matters.
https://gaggl.com/blogs/2026-06-03-lpwan-meshes-2-4ghz-and-the-rise-of-mesh-bridges/
#LoRa #MeshNetworks #MeshCore #LPWAN #OffGrid #CommunityComms
LPWAN Meshes: 2.4GHz and the Rise of the Mesh-Bridge
If you have spent any time in the off-grid radio scene over the last few years, you know the frequency divisions. You either ran on the sub-GHz bands (915 MHz in Australia and the Americas, 868 MHz in Europe) for long-range, bush-penetrating reliability, or you accepted the high-congestion limits of local Wi-Fi. It was a trade-off we took for granted. If you wanted to send a message across 10 km of dense stringybark, you needed the long waves. If you wanted global hardware standardisation, you looked elsewhere.





𝚜𝚎𝚕𝚎𝚊 
🇪🇺