The Indoor Femto Gateway is an office base station for exchanging telemetry data with class A, B and C terminals in industrial machine-to-machine communication networks. Data exchange between the gateway and the server is carried out using the Ethernet interface, Wi-Fi network or an optional external USB 3G/4G modem. The embedded software of the gateway guarantees a quick connection and a subsequent management by LoraWAN Network Server (LNS). Femto is specifically designed for a wide area of IoT applications including, but not limited to home security, automatic meter reading, fault indicators monitoring, street lights monitoring, etc. This gateway is very suitable for small businesses or a private use.

16 channels Outdoor Micro Gateway is designed for exchanging telemetry data with class A, B and C LoRaWAN terminals in industrial machine-to-machine communication networks. The integrated software provides a quick connection to Lora Network Server (LNS) for an easy deployment. There are a 10/100Mbit PoE Interface and a built-in 3G/4G modem to carry out the data exchange between the gateway and the network server. The gateway is equipped with a built-in GNSS module to provide A-GPS functionality of the network server. A fully metal IP 67 enclosure allows this device to be used in severe weather conditions.

The LORA Network Tester handheld roadside meter is equipped with two LoRa modules. It can realize 20dBm LF band (434MHz/470MHz) and 20dBm HF band (868MHz/915MHz) free switching. Built-in high-precision GPS module captures current latitude and longitude for accurate positioning in real time. The built-in temperature sensor accurately detects the current ambient temperature changes. The LCD screen can display information such as time, battery level, and SD card status. In the test mode, LoRa data transmission and reception, downlink rssi snr, GPS information will be displayed on the LCD screen in real time. The user can check the current test results on the screen and decide whether the location of the gateway deployment and the location of the node deployment are optimal or not.