LoRa (long-range) technology ensures reliable long-range communication between a node and gateway, making it well-suited for a range of Internet-of-Things (IoT) applications. The purpose of building a LoRa node is to reduce costs while ensuring long-term, low-power use for devices. LoRa’s low power is affected by several features, covered below. Features Smart programming. The written…

In today’s world of communication, Long Range (LoRa) technology has taken a significant role, providing strong, long-distance connections. LoRa’s way of sending signals and its impressive reach make it an ideal option for many direct and indirect network paths. This article explores how LoRa works in two situations: when devices can see each other (line-of-sight…

Bluetooth, which offers short-range wireless technology, is now standard on most smart devices, including wireless headphones, smart watches, remote controls, game controllers, and many more. Most of these devices are designed to operate with smartphones or computers.  Audio streaming, file sharing, peripheral devices, the Internet of Things (IoT), and smart home devices are some common…

LoRa (Long Range) is a type of wireless communication technology designed to send information over long distances with low power consumption. It uses a special technique called chirp spread spectrum (CSS) modulation, which operates by continuously changing the frequency of a transmitted signal over time. This varying frequency generates a waveform (resembling the sound of…

LoRa (“long-range”) is an excellent wireless communication solution without networking capabilities. It’s a reliable, energy-efficient, encryption-secured, low-cost wireless connectivity technology. And as its name suggests, it offers an extremely long range.  LoRa operates at the physical layer of an OSI model and is implemented at the chip level — excluding the network management protocol. This…