LoRaWAN Transceiver IoT-LG-X

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As a wireless communication base station, the LoRaWAN Transceiver can receive data of 8 channels at the same time and packs the them into an Ethernet data protocol packet, and instantaneously forwards to the LoRaWAN network server to implement terminal data reporting. Also it can accept single task of the server to send data requests, convert Ethernet data to wireless RF data then send it to the corresponding terminal. It provides technical solutions for solving the two-way transmission of Internet of Things.

Features

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Hardware:

• Working temperature: -30 ° C ~ 65 ° C, Humidity: 5% ~ 95%, Altitude less than 5 km;
• 2* RJ45 ports: one connected to the WAN port and the other connected to the serial port;
• 1* TF card interface and 1* SIM card interface;
• 1* 12V DC power plug;
• 1* factory reset button;
• LTE supports three module options, including China, Europe, US；
• 1* GPS module that provides positioning and time, as well as PPS signals to the SX1301;
• 2* RF antenna N-head interfaces: one LTE and one LoRa;
• Built-in GPS/WiFi antenna;
• 6* indicators for power supply, system, LoRa, WAN, 4G, GPS;
• IP65 protection

Software:

• Linux 3.18.17;
• Support standard LoRaWAN V1.1 CLASS A/B/C;
• 8 *uplink channels, 1 * downlink channel;
• Support WiFi AP hotspots to access to the gateway;
• Support WEB interface to view gateway status and modify configuration;
• Support firewall protection, SYN-flood defense;
• Support DNS resolution rebinding protection;
• Support button or interface to restore factory settings;
• Support system self-diagnosis and self-repair;
• Support OTA remote upgrade;
• Support remote delivery of LoRa gateway parameter configuration;
• Support remote command delivery, such as restarting;
• Support the daily communication log storage of gateway via TF card;
• Support network backup switching, WAN and 4G online at the same time, priority to use WAN, automatically switch 4G once WAN is abnormal;
• Support 4G reconnection after offline;
• Support 3500 Class A nodes, report one frame UnConfirmedDateUp every 15 minutes, payload 7 bytes (node ADR needs to be turned on);
• CN470-510 supports FDD full-duplex. Start the LoRa core program takes about one minute to initialize calibration receiving and transmitting RF, for high-frequency (868/915) half-duplex it takes about 5 seconds.

Dimensions

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