Planet LCG-300-NR IoT LoRaWAN industrial gateway, 5G/4G, 5x LAN 1Gb, DIN, IP30, -40/+75C, 9-54VDC

Description

PLANET LCG-300-NR

5G/LTE industrial LoRaWAN gateway with stable and reliable connectivity for deployment in IoT and Modbus applications . With support for the LoRaWAN protocol, it helps to connect the LoRa wireless network to the IP network. The LoRa wireless network allows sensors to transmit data over extremely long distances with low power consumption.

• Global 5G NR (NSA/SA) and 4G LTE network with single SIM slot for mobile network redundancy
• GNSS localization in space with GPS/GLONASS/BeiDou/Galileo/QZSS support
• Fully compatible with LoRaWAN protocol
• 2× DI/DO, 1× RJ-45 serial port (RS-485) for Modbus applications
• Dual-WAN for failover
• Automatic failover between 5G NR and Gigabit WAN
• Support for Planet NMS control systems and CloudViewer application
• SSL VPN and robust hybrid VPN (IPSec/PPTP/L2TP over IPSec)
• Supports connection of up to 300 end nodes
• Pre-configured standard LoRaWAN frequency bands for different countries
• AIoT network implementation support

LoRa gateway supporting LoRa and LoRaWAN standards. Transmitters (sensors) configured with LoRa devices, such as CO2 and water sensors, are built into end nodes or sensor devices that capture and transmit data to the gateway over longer distances via a wireless network. This gateway can then send information via Ethernet to a network server responsible for network management functions, which then transmits information to individual applications.

BASIC SPECIFICATIONS

Physical properties:

Ports: 5× RJ-45 10/100/1000 Base-T (3× LAN, 1× LAN/WAN, 1× WAN), 1× RS-485 (RJ-45), 5× SMA (1× for LoRa antenna), 1× SIM slot (redundant), 2× digital input DI, 2× digital output DO, 1× alarm

Mobile connection: 5G-NR (New Radio), 1× SIM slot, 5× SMA connector (1× for LoRa antenna)

MODBUS support: yes

Design: DIN rail, desktop, wall-mounted

Power supply: DC 9-54 V (max. 1.5), total power consumption up to 11.6 W (power supply not included)

Operating temperature: -40 to +75 °C, humidity up to 90%

Dimensions: 135 × 135 × 50 mm

Weight: 924g

Supported LoRaWAN bands and frequencies:

Supported LTE bands and frequencies:

Administration functions:

Management: Web, SNMP v1/v2c/v3, SSH v2, TLS v1.2, UNI-NMS controller support, Smart Discovery utility and Planet CloudViewer application

Network Security: Cybersecurity, Firewall, SPI (Stateful packet inspection)tion), blocking DoS/DDoS attacks, content filtering, MAC/IP filter, NAT ALGs, blocking SYN/ICMP Flooding

Routing: static, dynamic, OSPF

DHCP server: yes

VPN support: max. 60 tunnels, max 108 Mbps, IPSec/Remote Server (Net-to-Net, Host-to-Net), GRE, PPTP Server, L2TP Server, SSL Server/Client (Open VPN)

Other downloads

LoRa is one of the wireless network protocols used in the world of IoT (Internet of Things).

LoRaWAN (Long Range Wide Area Network) is another low-power wireless network protocol designed for low-cost and secure two-way communication in the Internet of Things. It uses a band up to 1 GHz and the transmission speed is then from 0.3 kb/s to 50 kb/s .

Communication between end elements and gateways is spread across different frequency bands and data rates. The choice of data rate is a compromise between communication range and message length. Individual communication streams with different data rates do not interfere with each other (due to spread spectrum technology) and create a set of “virtual” channels to increase the capacity of the gateway.

To maximize the end device battery life and overall network capacity, the LoRaWAN network server manages the transmission rate and RF output for each end device individually, through an adaptive data rate (ADR) system.

LoRaWAN distinguishes several classes of devices:

class A – end devices support bidirectional communication (each uplink is followed by two data reception windows)

class B – in addition to the “forced” downlink of class A, devices of this class open extraordinary receiving windows at a set time

Class C – reception windows are open almost continuously and close only when transmitting