LoRaWAN indoor gateway is a LoRaWAN gateway composed of Raspberry Pi 3, mini pcie LoRaWAN gateway module and Raspberry Pi adapter board. The mini pcie LoRaWAN gateway adds a cooling fan, which can effectively cool the heat generated when the gateway is running.
LoRaWAN indoor gateway can receive 8 LoRaWAN packet signals simultaneously on different channels with different spreading factors. This network architecture offers many advantages over other short-range systems.
LoRaWAN indoor gateway can connect to LoRaWANwan servers, and the server address can be modified to connect to different LoRaWANwan servers, making expansion flexible and convenient.
LoRaWAN Indoor Gateway is for indoor use only. It is recommended to use a 5V2A power adapter for power supply. Connect the antenna before powering on, as shown below:

2 Overview
LoRaWAN Indoor Gateway is a LoRaWAN gateway powered by an industrial-grade Raspberry Pi 3B+. The Raspberry Pi comes with 4 USB interfaces, USB power supply, HDMI interface, 2 RJ45 interfaces, Bluetooth and WIFI functions. It has powerful performance. The built-in adapter board comes with a GPS positioning module and NBIoT data transmission module. The visual distance can reach 15KM, and the urban area can reach 2-3KM. Can meet the following IoT applications:
1.1. Industrial manufacturing: production and manufacturing, equipment operation and maintenance, data visualization, logistics and freight transportation, detection and diagnosis, etc.
1.2. Smart city: infrastructure, intelligent buildings, environmental protection construction, health and elderly care, transportation
1.3. Smart Park: smart office, smart parking, smart hotel, security and fire protection, energy efficiency management
1.4. Smart retail: smart water meters, smart electricity meters, smart gas meters, new energy
1.5. Smart agriculture: smart irrigation, smart farm tools, smart fertilization, soil monitoring, water quality monitoring
1.6. Wireless alarm systems and security systems
LoRaWAN indoor gateway is a gateway that can modify its own program. It can help users realize the development of the entire LoRaWANwan system. Rapid software development can also be carried out on an existing basis. It can be very economical and convenient to solve various applications and scenarios. Such as smart meter reading, smart farms, smart cities and other IoT applications.
The LoRaWAN indoor gateway has built-in 1*SX1301 and SX2*1255/1257, which can simultaneously receive 8 LoRaWAN packet signals on different channels with different spreading factors. This network architecture offers many advantages over other short-range systems.
Due to the diversity of LoRaWAN indoor gateway frequency bands, the terminal level can change the frequency of each transmission in a random pattern. This greatly improves the randomness of the system, the anti-interference ability of the system and the radio performance.