I(P)WMR-3204DF
Industrial Multifunction VPN Router Managed switch w/up to 2x WiFi 11ac + up to 2 LTE 4G + 2 serial ports + 4 GigaT (incl. 4 PoE) + 2 Dual Speed SFP w/ Load Balancing, VPN, Protocol Gateway, Storage**; 24V input
I(P)WMR-3204DF
Industrial Multifunction VPN Router Managed switch w/up to 2x WiFi 11ac + up to 2 LTE 4G + 2 serial ports + 4 GigaT (incl. 4 PoE) + 2 Dual Speed SFP w/ Load Balancing, VPN, Protocol Gateway, Storage**; 24V input
I(P)WMR-3204DF
Industrial Multifunction VPN Router Managed switch w/up to 2x WiFi 11ac + up to 2 LTE 4G + 2 serial ports + 4 GigaT (incl. 4 PoE) + 2 Dual Speed SFP w/ Load Balancing, VPN, Protocol Gateway, Storage**; 24V input
OVERVIEW
Lantech I(P)WMR-3204DF series is a next generation industrial multi-function VPN router w/up to 2x 802.11ac WiFi + up to 2x LTE modem + 4 GigaT + 2 Dual Speed SFP incl. 4 PoE ports (PoE model) + 2 serial ports that supports advanced function of VPN, Load-balancing, EMMC Flash Storage**, Protocol gateway(Modbus), WiFi roaming and LTE quad SIM fail-over for industrial applications. The dual core CPU with 1.6GHz + 256M flash enables the router to multi-task smoothly.
Support AP/Bridge/Client mode, Mesh roaming
I(P)WMR-3204DF supports AP/Bridge/Client mode for different applications.
It also supports client-base roaming to swap between the APs in a network.
Built-in Wireless mesh network（WMN）
I(P)WMR-3204DF supports Mesh networks composed of different nodes. The set of SSIDs allow the wireless client to roam freely without the need for complicated account management. With Mesh protocol, it can provide a reliable, scalable, stable and seamless network topology.
Dual concurrent LTE design 4G/3G for load-balancing
With dual LTE module design (2L model), 4 SIM card slots, I(P)WMR-3204DF can allow auto-swap, failover & failback between multiple service providers for real non-stop connection. With concurrent LTE modules, it can also allocate bandwidth by Load Balancing with 8 schemes between multiple WANs. With one mobile LTE module (1L model), 2 SIM card slots, I(P)WMR-3204DF provides redundant link between two service providers. Both GPS and Russian GLONASS systems are supported.
IEEE 802.11ac dual band radio up to 2.6Gbps bandwidth
With IEEE 802.11ac capability, I(P)WMR-3204DF can operate either 5GHz or 2.4GHz bands, offering the maximum speed of 2.6Gbps bandwidth (1.3Gbps per 1AC). It is also compatible with 802.11g/n that can work with 2.4GHz for longer range transmission. The WiFi 11ac supports AP/BRIDGE/AP Client modes can be diverse for most of wireless application. Working with Load-balancing “Priority” mode, the AP client can enable router to transmit on WiFi with first priority.
MIMO technology with 3T3R and SMA type connectors
Lantech I(P)WMR-3204DF series adapts MIMO technology with smart antenna transmission and reception for 3T3R. With six external detachable omni connectors and optional antennas, I(P)WMR-3204DF can have better Wi-Fi & LTE/GPS coverage.
Wireless WMM QoS
I(P)WMR-3204DF supports 802.11e standard which defines a set of Quality of Service for wireless LAN applications as well as WMM (WIFI multimedia)
Advanced security & 16 SSIDs
The security support standards including 64/128bits WEP, WPA/WPA2 PSK (TKIP, AES), 802.1x ensures the best security and active defense against security treads. Lantech I(P)WMR-3204DF support up to 16 SSIDs, each SSID has its independent security and encryption.
Load Balancing with 5 mechanisms for multi-WANs
I(P)WMR-3204DF supports Load Balancing for LTE/WAN connections. There are five schemes for Load Balancing function:
Pack
|Algorithm
|Description
| | --- | --- | --- | |Basic
|Fixed
|All traffic will be distributed to a single WAN.
| | |Failover
|Routes connections through preferred WAN link while others stand-by. Sequentially activating another link if the preferred link fails.
| | |Priority
|Select the active WAN according to priority.
| | |Weighted Round-Robin
|Evenly distribute the traffic over all working WAN links in circular order according to the specified weights.
| | |Custom Route
|Routing through the selected WAN for each specific traffic, ex: TCP/UDP port number and IP address.
|2 port serial connection, Modbus gateway
It builds in 2 port serial connection for RS232, RS422, RS485. The built-in Modbus gateway can convert Modbus RTU/ASCII to Modbus TCP for device control.
VPN and firewall
Besides traditional VPN peer to peer tunneling, I(P)WMR-3204DF support latest Multi-Site VPN function that is an efficient way for mesh tunneling. The registration is under cloud service and encrypted by SSH makes the connection easy and safe. It supports Multi-Site VPN, OpenVPN, L2TP over IPsec, IPsec, L2 over GRE , IPGRE, and NAT for various VPN applications. The built-in Layer-4 firewall includes DDoS, IP address filter / Mac address filter / TCP/UDP port number.
Support Routing Protocol: Static route / RIPv2 / OSPF / BGP / EIGRP
Lantech router series supports two routing methods: static routing and dynamic routing. Dynamic routing makes use of RIPv2, OSPF, EIGRP and BGP. The user can either choose one routing method to establish the routing table.
DIDO for alarm & email notice; Event log; Remote Web control
2 sets of DIDO function can support additional high/low physical contact for designate applications besides Port / Power events, for example, DIDO function can trigger alarm if the router was moved or stolen. In case of events, the I(P)WMR-3204DF will immediately send email and trap. When the router is at remote area with limited access, Web control can help to get router status or remotely reboot by Web.
Wide range input voltage from 9V-56VDC (24V model); PoE model built-in 6 port PoE at/af with 80W budget
The I(P)WMR-3204DF is able to work from 9VDC to 56VDC (24V Model) and PoE model built-in PoE at/af with PoE budget 80W that is particular good for vehicle, rail train, depot etc. application.
Environmental monitoring for inside router info& alerting; Graphic WIFI & LTE signal strength
The built-in environmental monitoring can detect router ambient temperature, voltage, current where can send the syslog and email when abnormal.
Built-in Managed Switch Function
Managed switch function is built-in and provides various L2+ functions for network access deployment. It delivers port management, VLAN, QoS, multicast, redundant ring and security functions.
USB port for back up, restore configuration and upgrade firmware; Dual image firmware
The built-in USB port can upload/download the configuration through USB dongle for router replacementIt supports dual-image firmware to choose which one to start.
Optional EMMC Flash storage**
The optional EMMC flash storage on the router can offer 8G/16G/32G capacity.
Optional eSIM**
By replacing physical SIM, optional eSIM chip will allow users to purchase data plans at low prices from local carriers in the world.
Editable login page of captive portal
The I(P)WMR-3204DF supports editable captive portal function that allows administrator to force end-users redirect to authentication page.
Ruggedized industrial design and FCC, CE & E-marking** certificate
The I(P)WMR-3204DF is designed to meet with industrial network environment. It passed serious tests under extensive Industrial EMI and environmental vibration and shocks standards.With CE & FCC radio certification for WIFI and LTE and E-marking certificate, the I(P)WMR-3204DF is best for outdoor community, vehicle, process control automation etc application. For more usage flexibilities, I(P)WMR-3204DF supports wide operating temperature from -40°C to 65°C.
*Future Release
**Optional
SPECIFICATIONS
WLAN Interface
Pack
|Algorithm
|Description
| | --- | --- | --- | |Radio
|Radio Frequency Type
|DSSS, OFDM [cite: 1]
| | |Wireless Standard
|IEEE 802.11ac/n/a 5GHz, IEEE 802.11b/g/n 2.4GHz [cite: 1]
| | |Wireless bandwidth
|5GHz: Up to 1300Mbps, 2.4GHz: Up to 450Mbps [cite: 1]
| | |Modulation
|802.11b: DSSS; 802.11a/g: OFDM (BPSK, QPSK, 16-QAM, 64-QAM); 802.11n: OFDM (BPSK, QPSK, 16-QAM, 64-QAM); 802.11ac: OFDM (BPSK, QPSK, 16-QAM, 64-QAM, 256-QAM) [cite: 1]
| | |Operating Frequency
|IEEE 802.11 a/b/g/n ISM Band, 2.412GHz~2.472GHz, 5150MHz~5850MHz [cite: 1]
| | |Transmission Rate
|IEEE802.11ac: up to 1300Mbps; IEEE802.11b: 1 / 2 / 5.5 / 11 Mbps; IEEE802.11a/g: 6 / 9 / 12 / 18 / 24 / 36 / 48 / 54 Mbps; IEEE802.11n: up to 450Mbps [cite: 1]
| |Performance
|IEEE 802.11b/g/n (2.4GHz)
|Output Power: 18dBm (1~54Mbps), 20/20dBm (MCS0~7); Rx Sensitivity: ≦-95dBm (1~11Mbps) to ≦-76dBm (MCS7) [cite: 1]
| | |IEEE 802.11a/n/ac (5GHz)
|Output Power: 20dBm (6~24Mbps) to 13dBm (MCS9); Rx Sensitivity: ≦-92dBm (6~18Mbps) to ≦-66dBm (MCS9) [cite: 1]
| |Security
|Encryption Security
|WEP (64/128-bit), WPA /WPA2 (AES), WPA-PSK (256-bit), EAP-TLS, EAP-TTLS, PEAP [cite: 1]
| | |Wireless Security
|SSID broadcast disable [cite: 1]
|Cellular Interface
Location Solutions
|GPS, Glonass
| |Band Options
|Europe & North America (EUNA model)
LTE = B1, B2※, B3, B4※, B5※, B7, B8, B12※, B13※, B20, B25※, B26※, B29※, B30※, B41※ (TDD)
DC-HSPA+/ HSPA+/ HSPA/ UMTS = B1, B2※, B3, B4※, B5※, B8
Data Rates – LTE
|Europe & North America (EUNA model)
Downlink (Cat 6):
FDD: 300 Mbps
TDD: 222 Mbps
Uplink (Cat 6):
FDD: 50 Mbps
TDD: 26 Mbps
Physical Ports & System
Pack
|Algorithm
|Description
| | --- | --- | --- | |Connectors
|10/100/1000T: 4x ports RJ 45 + 2 Dual Speed SFP (PoE model incl 4 PoE ports) [cite: 1]
| | | |USB x 1; RS-232 connector: 1 x RJ 45; Serial connector : 2 DB9 [cite: 1]
| | | |SIM card slots : 4(2L) or 2(1L) [cite: 1]
| | | |2L-1AC model: SMA for LTE: 4; SMA for GPS: 1; RP-SMA for Wi-Fi: 2 [cite: 1]
| | | |1L-2AC model: SMA for LTE: 2; SMA for GPS: 1; RP-SMA for Wi-Fi: 4 [cite: 1]
| | | |1L-1AC model: SMA for LTE: 2; SMA for GPS: 1; RP-SMA for Wi-Fi: 3 [cite: 1]
| | | |Power & P-Fail connector: 1 x 6-pole terminal block [cite: 1]
| | | |DIDO : 1 x 5-pole terminal block [cite: 1]
| | |Serial Baud Rate
|1000Kbps for RS232; 12Mbps for RS422/RS485 [cite: 1]
| | |Serial Data Bits
|5, 6, 7, 8 [cite: 1]
| | |Serial Parity
|odd, even, none, mark, space [cite: 1]
| | |Serial Stop Bits
|1, 1.5, 2 [cite: 1]
| | |RS-232
|TxD, RxD, RTS, CTS, DTR, DSR, DCD, GND [cite: 1]
| | |RS-422
|Tx+, Tx-, Rx+, Rx-, GND [cite: 1]
| | |RS-485 (2-wire)
|Data+, Data-, GND [cite: 1]
| | |Isolation protection
|Input power to I/O / Ethernet / PoE port: 1.5KV isolation [cite: 1]
| | |EMMC Storage**
|8/16/32 GB [cite: 1]
| | |DI/DO
|2 Digital Input (DI): Level 0: -30~2V / Level 1: 10~30V; Max. input current: 8mA [cite: 1]
| | | |2 Digital Output (DO): Open collector to 40 VDC, 200mA [cite: 1]
| |LED Indicators
Power & System indicator
|Per unit: Power 1 (Green), Power 2 (Green), P-Fail (Red) , Ring Master(Green), Storage(Green), Serial1/Serial2(Green) ,Ready(Green)
| |10/100/1000Base-T(X) port indicator
|Link/Activity (Green), Speed (1000T: Yellow; 10/100TX: off), PoE (Green, PoE model)
| |SIM
|Green for Link/Act
| |GPS
|Green for Link/Act
| |Fault
|Red: Ethernet link down or power down
|Fault Contact
Relay
|Relay output to carry capacity of 1A at 24VDC
|Power
Input power
|Single DC input, 9~56VDC
| |PoE Budget (PoE model)
|80W
| |Power consumption (Typ.)
|30.5 Watts
|Physical Characteristic
Enclosure
|IP 30 Metal case
| |Dimension
|74 (W) x 142 (D) x 152 (H) mm (1L-1AC model)
74 (W) x 142 (D) x 159 (H) mm (1L-2AC / 2L-1AC model)
Weight
|900g
|Environmental
Storage Temperature
|-40°C ~ 85°C (-40°F ~ 185°F)
| |Operating Temperature
|-40°C ~ 65°C (-40°F ~ 149°F)
| |Operating Humidity
|5% to 95% Non-condensing
|Regulatory Approvals
Pack
|Algorithm
|Description
| | --- | --- | --- | |Safety
|EN 62368
| | |EMC
|FCC Part 15B Class A, EN 55032: 2015, EN 55024: 2010, IEC 61000-6-2, IEC 61000-6-4
| [cite: 1] | |EMS
|IEC 61000-4-2 (ESD), IEC 61000-4-3 (RS), IEC 61000-4-4 (EFT), IEC 61000-4-5 (Surge), IEC 61000-4-6 (CS), IEC 61000-4-8 (PFMF)
| [cite: 1] | |Radio Frequency
|EN 301 489-1, EN 301 489-17, EN 301 489-19, EN 301 489-52, EN 302 502, EN 301 893, EN 300 328, EN 301 908-1※, EN 303 413, EN 62311
| [cite: 1] | |Vehicle certificate
|E13**
| [cite: 1] | |MTBF
|564,950hrs (IEC62380 standards)
| [cite: 1] | |Warranty
|5 years
| [cite: 1] |Software
IPv6/4
|Present
| |Operation Mode
|AP/Bridge/Client/MESH mode
| |Roaming
|Client-base roaming
| |MESH
|Support 802.1s
| |WMM
|WIFI multimedia and 802.11e traffic prioritization
| |VPN
|Multi-site VPN, Open VPN, L2TP, IPSec , L2 over GRE
| |Firewall
|DDoS, IP address filter / Mac address filter / TCP/UDP port number
| |Security
|WEP64/128bits/ WPA/ WPA-PSK (TKIP,AES)/ WPA2/ WPA2-PSK (TKIP,AES)/SSH/SSL/HTTPS
| |Authentication
|Radius Authentication, EAP-TLS, EAP-TTLS ,PEAP; SSID broadcast disable supported
| |SSID
|16 sets
| |Login Security
|Supports IEEE802.1x Authentication/RADIUS
| |Access Security
|HTTP/HTTPS/Telnet/SSH & Administration; SNMP v1/v2/v3 access for authentication via MD5/SHA(v3) and Encryption via DES/AES(v3)
| |Routing
|Static route / RIPv2 / OSPF / BGP / EIGRP
| |Protocol
|PPPoE Client,DHCP server/client, Adjustable MTU, Port forwarding (NAPT), DMZ; NAT, SNTP, Firewall(Firewall(DDoS; IP address filter / Mac address filter / TCP/UDP port name ),VRRP, DDNS
| |Protocol Gateway
|Modbus on serial ports
| |Management
|SNMP v1,v2c,v3/ Web/Telnet/CLI
| |Environmental Monitoring
|System status for input voltage, current , ambient temperature to be shown in GUI and sent alerting if any abnormal status
| |Graphic signal display
|Graphic WIFI & LTE signal strength
| |Timer
|Built-in Real Time Clock to keep track of time always(RTC)
| |Discovery
|IEEE 802.1ab Link Layer Discovery Protocol (LLDP)
| |SNMP trap
|Device cold / warm start
Port link up / link down
DI/DO high / low
Remote Web control
|To reboot router by WebUI
| |Captive portal
|Editable captive portal login page
| |Maintenance
|Firmware upgradeable through TFTP/HTTP
| |Configuration backup & restore
|Supports text configuration file for system quick installation
USB port to upload/download configuration by USB dongle
Software - Load Balancing
5 schemes for multiple WAN(client mode)
|Pack
|Algorithm
|Description
| | --- | --- | --- | |Basic
|
Fixed
|All traffic will be distributed to a single WAN.
| | |Failover
|Routes connections through preferred WAN link while others stand-by. Sequentially activate another link if preferred link failure occurs.
| | |Priority
|Routes connections through preferred WAN link while others stand-by. Sequentially activate other links if overflow occurs.
| | |Weighted Round-Robin
|Evenly distribute the traffic over all working WAN links in circular order according to the specified weights
| | |Custom Route
|Routing through the selected WAN for each specific traffic ex: TCP/UDP port number and IP address.
|RF Performance Table
Pack
|Algorithm
|Description
| | --- | --- | --- | |IEEE 802.11b (2.4GHz)
|Data Rate / TX Power (3 chains) / RX Sensitivity
|1Mbps: 25dBm / ≦-95dBm; 2Mbps: 25dBm / ≦-94dBm; 5.5Mbps: 25dBm / ≦-92dBm; 11Mbps: 25dBm / ≦-90dBm [cite: 1]
| |IEEE 802.11g (2.4GHz)
|Data Rate / TX Power (3 chains) / RX Sensitivity
|6Mbps: 26dBm / ≦-94dBm; 9Mbps: 26dBm / ≦-93dBm; 12Mbps: 26dBm / ≦-93dBm; 18Mbps: 26dBm / ≦-90dBm; 24Mbps: 26dBm / ≦-90dBm; 36Mbps: 25dBm / ≦-85dBm; 48Mbps: 24dBm / ≦-82dBm; 54Mbps: 23dBm / ≦-80dBm [cite: 1]
| |IEEE 802.11n (2.4GHz) HT20
|MCS Rate / TX Power (3 chains) / RX Sensitivity
|MCS 0: 26dBm / ≦-94dBm; MCS 1: 26dBm / ≦-92dBm; MCS 2: 26dBm / ≦-89dBm; MCS 3: 25dBm / ≦-84dBm; MCS 4: 25dBm / ≦-83dBm; MCS 5: 25dBm / ≦-80dBm; MCS 6: 23dBm / ≦-79dBm; MCS 7: 21dBm / ≦-77dBm [cite: 1]
| |IEEE 802.11n (2.4GHz) HT40
|MCS Rate / TX Power (3 chains) / RX Sensitivity
|MCS 0: 25dBm / ≦-93dBm; MCS 1: 25dBm / ≦-91dBm; MCS 2: 25dBm / ≦-89dBm; MCS 3: 24dBm / ≦-84dBm; MCS 4: 24dBm / ≦-82dBm; MCS 5: 24dBm / ≦-80dBm; MCS 6: 23dBm / ≦-79dBm; MCS 7: 21dBm / ≦-75dBm [cite: 1]
| |IEEE 802.11a (5GHz)
|Data Rate / TX Power (3 chains) / RX Sensitivity
|6Mbps: 25dBm / ≦-94dBm; 9Mbps: 25dBm / ≦-94dBm; 12Mbps: 25dBm / ≦-92dBm; 18Mbps: 25dBm / ≦-91dBm; 24Mbps: 25dBm / ≦-90dBm; 36Mbps: 23dBm / ≦-86dBm; 48Mbps: 21dBm / ≦-83dBm; 54Mbps: 20dBm / ≦-80dBm [cite: 1]
| |IEEE 802.11n/ac (5GHz) VHT20
|MCS Rate / TX Power (3 chains) / RX Sensitivity
|MCS 0: 24dBm / ≦-93dBm; MCS 1: 24dBm / ≦-90dBm; MCS 2: 24dBm / ≦-87dBm; MCS 3: 23dBm / ≦-83dBm; MCS 4: 23dBm / ≦-80dBm; MCS 5: 22dBm / ≦-77dBm; MCS 6: 21dBm / ≦-74dBm; MCS 7: 19dBm / ≦-73dBm; MCS 8: 18dBm / ≦-71dBm [cite: 1]
| |IEEE 802.11n/ac (5GHz) VHT40
|MCS Rate / TX Power (3 chains) / RX Sensitivity
|MCS 0: 23dBm / ≦-90dBm; MCS 1: 23dBm / ≦-88dBm; MCS 2: 23dBm / ≦-85dBm; MCS 3: 22dBm / ≦-82dBm; MCS 4: 22dBm / ≦-80dBm; MCS 5: 21dBm / ≦-75dBm; MCS 6: 20dBm / ≦-73dBm; MCS 7: 19dBm / ≦-73dBm; MCS 8: 18dBm / ≦-70dBm; MCS 9: 18dBm / ≦-68dBm [cite: 1]
| |IEEE 802.11ac (5GHz) VHT80
|MCS Rate / TX Power (3 chains) / RX Sensitivity
|MCS 0: 23dBm / ≦-89dBm; MCS 1: 23dBm / ≦-87dBm; MCS 2: 23dBm / ≦-85dBm; MCS 3: 22dBm / ≦-83dBm; MCS 4: 22dBm / ≦-80dBm; MCS 5: 21dBm / ≦-78dBm; MCS 6: 20dBm / ≦-75dBm; MCS 7: 19dBm / ≦-72dBm; MCS 8: 18dBm / ≦-70dBm; MCS 9: 18dBm / ≦-68dBm [cite: 1]
|
*Future Release
**Optional
※Standard test of the following bands are not listed in EN 301 908-1 report:
(EUNA not listed bands) LTE = B2, B4, B5, B12, B13, B25, B26, B29, B30, B41
WCDMA = B2, B4, B5;
ORDERING INFORMATION
EMMC Flash Storage
OPTIONAL ACCESSORIES - Management System
OPTIONAL ACCESSORIES - Cellular Antenna
| 2G/3G/4G dipole antenna, 791-960/1710~2170/2500~2700MHz, 3dBi, SMA plug, EU |
| ANT11000042
| 2G/3G/4G dipole antenna, 704-960/1710~2170MHz, 3dBi, SMA plug, US |
| ANT11000046
| LTE hinge rotatable antenna, 698-960MHz, 1710-2690MHz, Diameter 10mm, Length 108mm, SMA Connector |
OPTIONAL ACCESSORIES - GPS Antenna
| SMA GPS antenna, 28dB, 300m |
OPTIONAL ACCESSORIES - Wi-Fi Antenna
| 2.4/5GHz SMA dipole Wi-Fi antenna, 3dBi (2.4GHz), 4dBi (5GHz) |
| ANT11000056
| Wi-Fi hinge rotatable antenna, WiFi Dual Bands 2.4/5.8GHz, SMA Connector |
OPTIONAL ACCESSORIES - Antenna Base
| Magnetic antenna base for Wi-Fi, RP SMA Jack Base, Length : 1M |
| ADA11000053
| Magnetic antenna base for 3G/4G, RP SMA Jack Base, Length : 1M |
OPTIONAL ACCESSORIES - DIN Rail Power
OPTIONAL ACCESSORIES - Mini GBIC (SFP)