Smart Antenna T80 integrates a high precision GNSS module with multi-band GNSS receiver for fast convergence times and trustworthy performance, and a HARXON X-SURVEY Technology GNSS Antenna (an innovative 4in1 multifunctional antenna with GNSS antenna, 4G antenna, Bluetooth antenna, and WIFI antenna embedded) in a single rugged housing. The embedded 4in1 GNSS antenna supports GPS, GLONASS, BeiDou, Galileo for consistent and robust satellite signals tracking and offers RTK level positioning accuracy for agriculture and machine control.

M320 is a low power wide area IoT wireless communication module based on the STM32WLE5CC chip. This module complies with the LoRaWAN™ Specification 1.0.3 Class A/B/C released by the LoRa Alliance. M320 uses a serial interface to interact with user equipment for data and instructions, and can quickly provide users with services such as LoRaWAN network access and wireless data communication. The module supports connection to a variety of LoRaWAN server platforms, such as The Things Network (TTN), ChirpStack,etc., it also supports LoRa point to point (P2P) communication mode, helping you quickly implement your own customized remote LoRa network. M320 has the characteristics of small size, low power consumption, long transmission distance, and strong anti-interference ability. It is suitable for various low power wide area IoT application scenarios.

E316 is an indoor LoRaWAN gateway that can be used in various LoRaWAN application scenarios such as smart buildings, environmental monitoring, smart factories, smart homes, etc. It has the characteristics of wide coverage and strong signal output capability. The gateway has built-in Ethernet and WiFi connections, making configuration and operation simple. It supports PoE power supply, which is convenient for use in application scenarios where it is difficult to install power cords on walls or ceilings. In addition, the gateway also supports LTE uplink communication connections and connections to a variety of mainstream LoRaWAN server platforms, such as The Things Network (TTN), ChirpStack, AWS, etc., to facilitate user standardized platform docking and application service development.

E301 is a LoRaWAN data transmission terminal with RS232/RS485 communication. It adopts high performance industrial grade chip solutions, can directly connect RS232/RS485 devices, realize transparent data transmission, and also provides 5-way I/O communication, which can realize digital and analog input and output functions. E301 complies with the standard LoRaWAN protocol and supports multiple frequency bands such as CN470, EU433, EU868, US915, AS923 and KR920. It also has the functions of automatic packet splitting, packet grouping and buffering of redundant packets, which greatly facilitates users to directly connect existing systems to the device and realize transparent data transmission. E301 provides users with a simple and easy-to-use intelligent wireless upgrade solution by using LoRaWAN wireless technology, saving users wiring costs. It is particularly suitable for the transformation and upgrading of old equipment systems. It is mainly used in irrigation systems, smart industry, smart metering, smart cities and building automation.

E318 is an outdoor LoRaWAN gateway that can be used in various LoRaWAN application scenarios such as smart agriculture, smart cities, smart industry, smart logistics, etc. It has the characteristics of wide coverage and strong signal output capability. The gateway is based on the MT7628 main control chip and integrates the Semtech baseband processing chip SX1302 and the radio frequency chip SX1250.It supports up to 16 uplink Multi-SF channels (SF7~SF12),1 downlink common channel,and the maximum transmit power is up to 27dBm, the sensitivity can reach -139dBm. Under specific transmission cycle and data length conditions,a single gateway can access tens of thousands of nodes. The gateway has built-in Ethernet and WiFi connections, making configuration and operation simple. It supports PoE power supply. In addition, the gateway also supports LTE uplink communication connections and connections to a variety of mainstream LoRaWAN server platforms, such as TTN, ChirpStack, AWS, etc., to facilitate user standardized platform docking and application service development.In addition, the gateway also supports GPS positioning function and LoRaWAN Class B working mode.

M302 is a LoRaWAN gateway module that integrates Semtech SX1302, SX1250 and SX126X baseband and radio frequency chips. It has a listen before talk function and can be easily integrated into routers or other network equipment. It has a standard mPCIe interface and supports two communication interfaces, SPI and USB. In addition, the module also supports GNSS positioning function and supports LoRaWAN Class B working mode. SX1302 is a new generation LoRa gateway baseband chip launched by Semtech. It is equipped with front-end SX1250 and can support spreading factors SF5~SF12. Compared with the previous generation SX1301 gateway solution, it can support higher-speed data communication, while significantly reducing power consumption, simplifying the thermal design of the gateway, and significantly improving performance. The M302 gateway module is specially designed for M2M and IoT applications to facilitate users to develop LoRaWAN gateway devices, realize LoRaWAN network functions, and quickly bring products to market.

M2 is a compact, integrated radio modem featuring both a transceiver and receiver. It operates on the 868/915MHz ISM frequency band, which is license-free. Designed for seamless integration, this modem boasts a long communication range, exceptional reception quality, robust interference resistance, and low energy consumption. It is specifically engineered to cater to the lawn mower market and various IoT wireless communication needs.

M1 is a built-in mini transceiver designed for multiple protocols, supporting high and low power switching, air baud rate switching, serial baud rate switching, and configuration parameter changes. With a small size, light weight, and easy integration, this product exhibits excellent compatibility with radio protocols, superior reception performance, strong anti-interference capabilities, and low power consumption. It is specifically developed for the surveying market and precise agricultural applications.