An Insight on Industrial 4G Routers
Industrial router
is an IoT wireless communication router that utilizes a public wireless network
to provide users with wireless long-distance data transmission capabilities.
Has been widely used in the M2M industry in the Internet of Things industry
chain, such as smart grid, intelligent transportation, smart home, finance,
mobile POS terminals, supply chain automation, industrial automation,
intelligent building, fire protection, public safety, environmental protection,
weather, digital Medical, remote sensing, agriculture, forestry, water, coal,
petrochemical and other fields.
Introduction
The 4G
industrial router
is an IoT wireless communication router that uses the public LTE network to
provide users with long-distance wireless data transmission capabilities.
Currently, the mobile LTE network
is being initially tested and has not yet been commercialized in China.
Existing 4G Routers are already compatible with the original 3G networks:
WCDMA, TD-CDMA, EVDO, and HSPA+ with 3.75G network. The actual network
application will be faster than the existing 3G network, and the uplink and
downlink speeds will exponentially increase, which greatly solves the
shortcomings of the delays in the application of wireless networks to large
data transmissions, such as the transmission of high-definition video images.
This also solves the drawbacks of the fiber that must be applied to the large
amount of data and high-definition video images in the past, which will ease
the existing wired network.
Industry standard
2.1 Industrial
Application Design
2.1.1. High-performance
industrial grade wireless module
2.1.2. Adopt high-performance industrial 32-bit communication processor
2.1.3. Supports low-power modes, including sleep mode, scheduled
offline mode and timer switch mode (only special version support)
2.1.4. Metal case, protection class IP30. Metal housing and system are
safely isolated, especially suitable for industrial control applications
2.1.5. Wide power
input (DC 5~35V)
2.2 Stable and
reliable
2.2.1. WDT
watchdog design ensures system stability
2.2.2. Adopt
a complete anti-drop mechanism to ensure that the data terminal is always
online
2.2.3. Ethernet
interface built-in 1.5KV electromagnetic isolation protection
2.2.4. RS232/RS485/RS422
interface with built-in 15KV ESD protection
2.2.5. SIM/UIM
card interface built-in 15KV ESD protection
2.2.6. Power
interface with built-in reverse phase protection and overvoltage protection
2.2.7. Antenna
interface lightning protection
2.3 Standard and
use
2.3.1. Provide
standard RS232 (or RS485/RS422), Ethernet, and WIFI interfaces for direct
connection to serial devices, Ethernet devices, and WIFI devices
2.3.2. Provide a
standard wired WAN port (support standard PPPOE protocol), can directly connect
ADSL equipment
2.3.3. Smart data
terminal, you can enter the data transmission state after power on
2.3.4. Provide
powerful central management software to facilitate device management
2.3.5. Easy to
use, flexible, and a variety of work modes
2.3.6. Convenient
system configuration and maintenance interfaces (including local and remote WEB
mode or CLI mode)
2.4 Powerful
2.4.1. Supporting
Dual-link Smart Switching Backup Function for Wireless Public Network and Wired
WAN
2.4.3. Supports
mirroring of data on the WIFI interface. The mirrored data is sent to the LAN
port (one of LAN1, LAN2, LAN3, and LAN4) without affecting the normal use of
the port.
2.4.4. WIFI
Interface Supports WIFI AP, AP Client and WDS Function Simultaneously
1.4.5. Support
multiple offline trigger mode, including SMS, phone ringing, serial data,
network data trigger online mode
2.4.6. Support
APN/VPDN
2.4.7. Support
wireless video surveillance and dynamic image transmission
2.4.8. Supports
DHCP Server, DHCP Client, DDNS, Firewall, NAT, DMZ Host, etc.
2.4.9 Supports
Perfect Network Protocols such as TCP/IP, UDP, TELNET, FTP, and HTTP
Parameter Configuration
3.1 Configure the
connection
Before configuring
the router, you need to connect the router and PC for configuration through the
factory-configured network cable or WIFI. When connecting with a network cable,
one end of the network cable is connected to any Ethernet interface of the
router "Local Network" (hereinafter referred to as LAN interface),
and the other end is connected to the Ethernet interface of the PC. When
connecting with WIFI, the factory default SSID of the router is
"FOUR-FAITH" and no password verification is required.
3.2 Log in to
Configuration Page
3.2.1 PC IP
Address Settings
3.2.1.1. Obtaining
an IP Address Automatically
3.2.1.2.
Specifying an IP Address
Set the IP address
of the PC to 192.168.1.9 (or the IP address of another 192.168.1 network
segment). Set the subnet mask to 255.255.255.0 and the default gateway to
192.168.1.1. DNS is set to a locally available DNS server.
3.3 Management and
Configuration
3.3.1 Settings
The first page
opened by clicking "Settings" is the basic setting. Through this
page, you can follow the prompts to make changes to the basic settings, click
the "Save Settings" button to change but not effective, click the
"Apply" button to make the changes take effect, or click the
"Cancel Changes" button to cancel change.
3.3.1.1 Basic
Settings
The "WAN
Connection Type" setting section describes how to configure the router to
connect to the Internet. You can get this detailed information from your ISP.
WAN Connection Type
From the drop-down
menu, select the type of Internet connection your ISP provides for you. The WAN
connection type includes 7 ways: Disabled, Static IP, Auto-Config-DHCP, PPPOE,
PPTP, L2TP, 3G/UMTS/4G/LTE.
3.3.1.2 Dynamic
DNS (DDNS)
If the IP address
obtained by the router's Internet access is dynamically assigned by the
operator, the IP address obtained by the router at each time may be different.
In this case, a dynamic domain name service can be used. The domain name
provider allows you to register a domain name that always corresponds to the
current dynamic IP address of the router. In this way, the latest Internet IP
address of the router can be accessed by accessing the domain name.
DDNS service: This
route supports a variety of DDNS servers, such as: DynDNS, freedns, Zoneedit,
NO-IP, 3322, easyDNS, TZO, DynSIP.
3.3.1.3 MAC
address cloning
Some ISPs may
require you to register your MAC address. If you do not want to re-register
your MAC address, you can clone the router's MAC address to your registered MAC
address at the ISP.
3.3.1.4 Advanced
Routing
On the Advanced
Routing page, you can set the operating mode and static routes. For most users,
gateway mode is recommended.
Working mode:
Select the correct operating mode. If the router is sharing an Internet
broadband connection, keep the default gateway settings (for most users, we
recommend using gateway mode). If you want to use only the router's routing
capabilities on your network, select the router.
3.3.1.5 VLANs
VLANs function can
be divided according to the user's own wishes to different VALN ports, the
system supports VLAN0-VLAN15 this 16 VLAN port, but the time of the port is
only 5, including one WAN port, LAN port 4, according to their own needs
Divided, the LAN port and WAN port cannot be divided into the same VLAN
port
3.3.1.6 Network
Tags: Allows you
to create a new VLAN interface, a target interface, through the filter
interface, using the defined tag number.
Bridge - Create
Bridge: Creates a new bridge for use. STP stands for Spanning Tree Protocol and
you can set the priority of the bridge. The lowest number has the highest
priority.
Bridged - Assigned
to Bridge: Allows you to specify any valid interface to an already established
bridge.
Current Bridge
List: Displays the current bridge list
WAN Port
Assignment: Designate the assigned interface of the WAN port. Default: VLAN1
Multiple DHCPD:
Uses multiple DHCPD enabled dnsmasq DHCP services.
Comments
Post a Comment