Comparison chart: LoRa gateways

Device Management: Web UI, SNMP, Rest API

LoRaWAN compatability

Frequency band:

Sensor activation:

Lora channels:

Range:

Maximum number of wireless sensors:

Antenna:

Sensitivity:

Protocol:

Interface

LAN:

OS:

Memory RAM:

CPU:

Clock: Built-in clock

Timer: Built-in watchdog

The maximum number of physical sensors/devices: wireless LoRa sensors, CAN sensors, dry contacts, and relays

The maximum number of elements: physical sensors/devices

+

virtual elements (notifications, triggers, timers, logic, SNMP Get, SNMP Trap, Modbus TCP, Dial task, and other elements)

Networking / Protocol support

LTE Gateway mode: Internet access for internal network through the unit

LTE Access mode: Internet access over LTE

Network protocols: LoRaWAN, DHCP; HTTP; HTTPS; SNMP v1, v2c, v3; SMTP; FTP; Syslog; TLS (v1.0, v1.1, v1.2, v1.3)

Modbus TCP / IP

Static routing

Dynamic DynDNS

Authentication via RADIUS server

VPN: secure data communications;

+

secure change of connection between LTE and LAN

SSL installation

Alerts / Notifications

Alert types: E-mail, FTP log, Syslog, SMTP, SNMP Traps, Web-to-SMS, Telegram, HTTP request

+

SMS (LTE modem is ordered separately)

A maximum number of "mail to" recipients in an email notification:

A maximum number of "SMS to" recipients in an SMS notification: also the maximum amount of phone numbers

Virtual sensors

Pings: Built-in function for server pinging. Test the reachability of a host in a network.

IP cameras: Connect the IP MJPEG camera with a proxy via the master module. Only view, no record.

Get SNMP: Read data from external equipment via SNMP PDU GET (v1/2c, v3)

Logic schemes: Used to specify automatic actions to events that occur in the system.

Timers: Allows you to plan the events in the system.

Triggers: Generate events in the system if logic is triggered.

SNMP traps

Virtual Math element: Combine several sensor data and calculate new data

Modbus TCP/IP: read/write

Power

Energy efficiency: (EU Energy level)

Main power input:

Reserve power input:

Redundant battery power input:

Fuse:  Fuse at the inlet

Min. power consumption:

Max. power consumption:

The maximum current load on the relay:

Outputs

Relays outputs: 12V 0.25A

Inputs

CAN port: 

Dry contact inputs: (contact closures/digital inputs)

Video

USB cameras

IP cameras

Other connectors

Ethernet port: 10/100Mbit

USB 2.0 Type C

Switch Normal - Recovery: returns the device to factory settings

Switch DHCP - Static: IP mode selection

External Memory / Logs

Micro SD memory card slot (SDXC up to 512 Gb)

SD card formatting function (FAT32)

USB flash drive: logs, sensor readings, item settings, etc.

Send system log to e-mail: Logs, sensor data, elements settings, etc.

Sensor dump files: save the per-second samples of analog and discrete sensors

Syslog

Send to FTP server: Logs, sensor data, element settings, etc.

Maximum number of log files:

Sample rate/period (logs, graphs)

Modem (extension ordered separately)

4G LTE modem: ordered separately. 

Modem modes:

• Gateway: Internet access

• Access: Internet access over LTE

• SMS: SMS notifications 

Modem LED: STATUS

Embedded PCB sensors

Temperature sensor:

(accuracy +/- 1 °C)

Power supply voltage sensor: Accuracy (1%)

LED indication

LAN port:

CAN bus:

System:

12V 0.25A outputs: STATUS

Lora radio board:

Environmental characteristics

Operating temperature: -10 to 70 °C

Storage temperature: –25 to 85 °C

Operating humidity: 0 to 90 %, non-condensing

Storage humidity: 0 to 95 %, non-condensing

Physical characteristics

Installation: 

Ingress Protection:

Casing:

Case dimensions:

Weight:

External chassis grounding:

Other Features

Origin of goods:

HS Code:

EAN code:

Approvals

Regulatory:

CE, CE(RED)

Environmental:

RoHS

Web interface

Web UI access:

Access tiers:

Dashboard panel:

Overall statistics panel:

System tree panel: sensors and devices displayed in a hierarchy

LoRaWAN panel:

Dry inputs panel:

Event log panel:

Logic schemes panel:

Cameras panel: