LoRa radio communication devices for Raspberry Pi 17th Jul 2026 Phil King 0 comments Need to send data from a Raspberry Pi–based project located beyond your home’s Wi-Fi network range? Sure, you could use a Wi-Fi extender, or a very long Ethernet cable (up to 100m), but there are other, more reliable solutions that we’ll be exploring here. LoRa is a long-range radio system that can transmit small packets of data at low bit rates (300bps to 50kbps) — ideal for IoT sensors and the like. Its biggest advantage is its resilience to noise and interference, enabling a range of up to 15km (9 miles) in rural areas. LoRa nodes can send data to each other, or you can use a LoRaWAN gateway to receive multiple channels — either an existing one on, say, The Things Network, or your own. For (much) higher data rates, there’s 4G cellular.
We take a look at a couple of add-on solutions here, along with a separate GPS module for ultra-accurate location- and time-stamping. Warning! Radio regulations LoRa uses the ISM (Industrial, Scientific, and Medical) radio bands. Anyone can broadcast here without a licence, but you must adhere to the regional parameters set by local governing bodies (e.g.
Source: https://www.raspberrypi.com/news/lora-radio-communication-devices-for-raspberry-pi/
We take a look at a couple of add-on solutions here, along with a separate GPS module for ultra-accurate location- and time-stamping. Warning! Radio regulations LoRa uses the ISM (Industrial, Scientific, and Medical) radio bands. Anyone can broadcast here without a licence, but you must adhere to the regional parameters set by local governing bodies (e.g.
Source: https://www.raspberrypi.com/news/lora-radio-communication-devices-for-raspberry-pi/