Multi-Tech rCell MTCBA-E1-EN2, MTCBA-E1-EN2-GP, MTCBA-G2-EN2, MTCBA-G2-EN2-GP, MTCBA-C1-EN2, MTCBA-C1-EN2-GP, MTCBA-H5-EN2, MTCBA-H5-EN2-GP, MTCBA-EV2-EN2, MTCBA-EV2-EN2-GP Wireless Router User Guide
تبلیغات
تبلیغات
MultiModem
®
rCell
Intelligent Wireless Router
User Guide
MultiModem® rCell User Guide
Intelligent Wireless Router
MTCBA-Xx-EN2 , MTCBA-Xx-EN2-GP
S000485G, Revision H
Copyright
This publication may not be reproduced, in whole or in part, without prior expressed written permission from Multi-Tech Systems, Inc. All rights reserved.
Copyright © 2015 by Multi-Tech Systems, Inc.
Multi-Tech Systems, Inc. makes no representation or warranties with respect to the contents hereof and specifically disclaims any implied warranties of merchantability or fitness for any particular purpose.
Furthermore, Multi-Tech Systems, Inc. reserves the right to revise this publication and to make changes from time to time in the content hereof without obligation of Multi-Tech Systems, Inc., to notify any person or organization of such revisions or changes. Check Multi-Tech’s
Website for current versions of our product documentation.
Revisions
74B 98B
Revision
A
B
C
D
E
F
G
H
Date
08/31/10
10/25/10
12/27/10
10/19/11
01/07/13
02/04/13
04/30/13
10/06/15
Description
Initial release of MultiModem rCell with GPS and without GPS for C1,E1,G2,H4, and EV2 models.
Added Sprint and Verizon Activation into a new Carrier Activation chapter (Chapter 3) and restructured installation.
Changed Carrier Activation chapter to incorporate new website activation.
Applied template. Removed references to product CD and to printed quick start guide.
Removed references to H4. Added H5 information. Updated RoHS and other regulatory information.
Added pacemaker statement.
HSPA to HSPA+
Edited specifications
For H5, added Shutdown/Powering Down Your Device – caution to avoid corruption of device file system
Trademarks
Trademarks and registered trademarks of Multi-Tech Systems, Inc. include MultiModem, the Multi-Tech logo, and Multi-Tech. Windows is a registered trademark of Microsoft Corporation in the United States and other countries. All other products or technologies referenced in this manual are the trademarks or registered trademarks of their respective holders.
Contacting Multi-Tech Support
Online Support Portal: https://support.multitech.com
To better serve our customers, manage support requests and shorten resolution times, we have created the online web portal allowing you to submit questions regarding Multi-Tech products directly to our technical support team. Get answers to your most complex questions, ranging from implementation, troubleshooting, product configuration, firmware upgrades and much more.
To create an account and submit a Support Case on the Portal, visit https://support.multitech.com
.
Knowledge Base and Support Services
:
www.multitech.com/support.go
The Knowledge Base provides immediate answers to your questions and gives you access to support resolutions for all Multi-Tech products.
Visit our support area on the website for other support services.
World Headquarters
Multi-Tech Systems, Inc.
2205 Woodale Drive, Mounds View, Minnesota 55112 U.S.A.
Phone: 763-785-3500 or 800-328-9717 Fax: 763-785-9874
Internet Address: www.multitech.com
Technical Support
Business Hours: M-F, 9am to 5pm CST
Country
Europe, Middle East, Africa:
U.S., Canada, all others:
By Email
[email protected] [email protected]
Warranty
Warranty information can be found at: http://www.multitech.com/warranty.go
By Phone
(44) 118 959 7774
(800) 972-2439 or (763) 717-5863
MultiModem rCell User Gu ide 2
Contents
Cellular Information ............................................................................................................. Error! Bookmark not defined.
3
MultiModem rCell User Gu ide
Contents
MultiModem rCell User Guide 4
5
Contents
MultiModem rCell User Guide
Contents
MultiModem rCell User Guide 6
Chapter 1 – Product Overview
This User Guide describes the MultiModem® rCell intelligent wireless routers with an Ethernet II interface. You can configure the MultiModem rCell Router for one of three connectivity modes: always-on, wake-up on ring, or dial-on demand.
The always-on network connection automatically establishes a wireless data connection and allows for around the clock surveillance, monitoring or real time data acquisition of any remote Ethernet device such as a Web camera.
If the data link is dropped due to poor reception or a complete loss of service, this feature automatically reestablishes the data link.
The wake-up on ring configuration allows the router to “wake up” and initiate a connection when it detects an incoming ring. For security reasons, you can setup the router to wake up based on a particular caller ID number.
This configuration is ideal for reducing the costs associated with the modem being online and available 24/7.
When configured for dial-on demand, the router only accesses the Internet when data is present. This configuration is ideal for sharing Internet access among networked computers.
Model
MTCBA-E1-EN2
MTCBA-E1-EN2-GP
MTCBA-G2-EN2
MTCBA-G2-EN2-GP
MTCBA-C1-EN2
MTCBA-C1-EN2-GP
MTCBA-H5-EN2
MTCBA-H5-EN2-GP
MTCBA-EV2-EN2
MTCBA-EV2-EN2-GP
Description
Quad-band E-GPRS Class 12 performance without GPS option
Quad-band E-GPRS Class 12 performance with GPS option
Quad-band GPRS Class 10 performance without GPS option
Quad-band GPRS Class 10 performance with GPS option
Multi-band CDMA2000 1xRTT performance without GPS option
Multi-band CDMA2000 1xRTT performance with GPS option
Tri-band UMTS/HSPA 7.2 performance without GPS option
Tri-band UMTS/HSPA 7.2 performance with GPS option
Dual-band 800/1900 MHz EV-DO Rev A performance without GPS option
Dual-band 800/1900 MHz EV-DO Rev A performance with GPS option
MultiModem rCell User Guide 7
Related Documentation
The following table describes additional documentation for each model.
Chapter 1 – Product Overview
Model Additional Documentation
MultiModem MTCBA-E1-EN2 (EDGE) You can configure the MultiModem MTCBA-E1-EN2 wireless router using the EDGE AT Commands. For more information refer to the
Reference Guide for the MultiModem Wireless EDGE Modems, part number S000474x.
MultiModem MTCBA-G2-EN2 (GPRS) You can configure the MultiModem MTCBA-G2-EN2 wireless modem using the GPRS AT Commands. For more information, refer to the
Reference Guide for the MultiModem Wireless GPRS Modems, part number S000463x
MultiModem MTCBA-C1-EN2 (CDMA) You can configure the MultiModem MTCBA-C1-EN2 wireless router using the CDMA-C1 AT Commands. For more information, refer to the
Reference Guide for the MultiModem Wireless CDMA-C1 Modems, part number S000478x.
MultiModem MTCBA-H5-EN2 (HSPA) You can configure the MultiModem MTCBA-H5-EN2 wireless router using the HSPA AT Commands. These commands are documented in the Reference Guide part number S000574x.
MultiModem MTCBA-EV2-EN2
(EV-DO)
You can configure the MultiModem MTCBA-EV2-EN2 wireless router using the EV-DO AT Commands. These commands are documented in the Reference Guide part number S000482x.
Safety Warnings
Ethernet Ports Caution
Ethernet ports are not designed to be connected to a Public Telecommunication Network or used outside the building.
Handling Precautions
To avoid damage due to the accumulation of static charge, use proper precautions when handling any cellular device. Although input protection circuitry has been incorporated into the devices to minimize the effect of static build-up, use proper precautions to avoid exposure to electronic discharge during handling and mounting the device.
Caution:
Maintain a separation distance of at least 20 cm (8 inches) between the transmitter’s antenna and the body of the user or nearby persons. The modem is not designed for or intended to be used in portable applications within 20 cm (8 inches) of the user’s body.
8 MultiModem rCell User Guide
Chapter 1 – Product Overview
RF Interference Issues
Follow any special regulations regarding the use of radio equipment due to the possibility of radio frequency (RF) interference. Follow the safety advice given below.
●
Switch OFF your wireless device when in an aircraft. Using cellular telephones in an aircraft may endanger aircraft operation, disrupt the cellular network, and is illegal. Failing to observe this restriction may lead to suspension or denial of cellular telephone services to the offender, legal action, or both.
●
Switch OFF your wireless device when around gasoline or diesel-fuel pumps and before filling your vehicle with fuel.
●
Switch OFF your wireless device in hospitals and any other place where medical equipment may be in use.
●
Respect restrictions on the use of radio equipment in fuel depots, chemical plants, or where blasting operations are in progress.
●
Operating your wireless device close to other electronic equipment may cause interference if the equipment is inadequately protected. Observe any warning signs and manufacturers’ recommendations.
Interference with Pacemakers and Other Medical Devices
Potential interference
Radiofrequency energy (RF) from cellular devices can interact with some electronic devices. This is electromagnetic interference (EMI). The FDA helped develop a detailed test method to measure EMI of implanted cardiac pacemakers and defibrillators from cellular devices. This test method is part of the Association for the
Advancement of Medical Instrumentation (AAMI) standard. This standard allows manufacturers to ensure that cardiac pacemakers and defibrillators are safe from cellular device EMI.
The FDA continues to monitor cellular devices for interactions with other medical devices. If harmful interference occurs, the FDA will assess the interference and work to resolve the problem.
Precautions for pacemaker wearers
If EMI occurs, it could affect a pacemaker in one of three ways:
●
Stop the pacemaker from delivering the stimulating pulses that regulate the heart's rhythm.
●
Cause the pacemaker to deliver the pulses irregularly.
●
Cause the pacemaker to ignore the heart's own rhythm and deliver pulses at a fixed rate.
Based on current research, cellular devices do not pose a significant health problem for most pacemaker wearers.
However, people with pacemakers may want to take simple precautions to be sure that their device doesn't cause a problem.
●
Keep the device on the opposite the side of the body from the pacemaker to add extra distance between the pacemaker and the device.
●
Avoid placing a turned-on device next to the pacemaker (for example, don’t carry the device in a shirt or jacket pocket directly over the pacemaker).
MultiModem rCell User Guide 9
Chapter 1 – Product Overview
Vehicle Safety
●
Do not use your device while driving, unless equipped with a correctly installed vehicle kit allowing Hands-
Free Operation.
●
Respect national regulations on the use of cellular telephones in vehicles.
●
If incorrectly installed in a vehicle, operating the wireless device could interfere with the vehicle’s electronics.
To avoid such problems, use qualified personnel to install the device. The installer should verify that vehicle electronics are protected from interference.
●
Using an alert device to operate a vehicle’s lights or horn is not permitted on public roads.
Internal Lithium Battery
A lithium battery on the board provides backup power for the time-keeping capability. The battery has an estimated life expectancy of ten years. Contact Multi-Tech if you suspect a failed battery. If data and time are incorrect after having the unit powered off, it may be due to a weak battery or incorrect setup.
Warning:
You risk explosion if you replace the battery with the wrong type.
●
This product uses a lithium battery to provide backup power for timekeeping. This battery has an estimated life expectancy of ten years. When the battery starts to weaken, the date and time may be incorrect. If you suspect battery failure, contact Multi-Tech.
●
Lithium cells and batteries are subject to the Provisions for International Transportation. Multi-Tech Systems,
Inc. confirms that the lithium batteries used in the Multi-Tech product(s) referenced in this manual comply with Special Provision 188 of the UN Model Regulations, Special Provision A45 of the ICAO-TI/IATA-DGR (Air),
Special Provision 310 of the IMDG Code, and Special Provision 188 of the ADR and RID (Road and Rail Europe).
Front Panel
The front panel contains the following LEDs:
●
Power and Status LEDs—The Power LED indicates that DC power is present. The Status LED blinks when the unit is functioning normally
●
Two Ethernet LEDs—The two Ethernet LEDs indicate transmit and receive activity and connection speed of 10 or 100Mbps on the Ethernet link.
●
Two modem LEDs—The two modem LEDs indicate carrier detection and link status.
●
Three signal LEDs—The three signal LEDs display the signal strength level of the wireless connection.
The SIM door on the right side of the router provides access to the SIM card holder on the E1, G2, and H5 versions.
Model MTCBA-C1/EV2-EN2
Model MTCBA-E1/G2/H5-EN2
10 MultiModem rCell User Guide
Chapter 1 – Product Overview
LED Indicators
Power
Indicates presence of DC power when lit.
Status
The LED is a solid light when the rCell is booting up, saving the configuration, restarting, or updating the firmware.
When the Status LED begins to blink, the router is ready.
LNK
Link. Blinks when there is transmit and receive activity on the Ethernet link. It shows a steady light when there is a valid Ethernet connection.
SPD
Speed. Lit when the Ethernet is linked at 100 Mbps. If it is not lit, the Ethernet is linked at 10 Mbps.
CD Carrier Detect. Lit when data connection has been established.
LS Link Status Dependent on Model
-E1 version* (AT^SSYNC=1)
Permanently off. ME is in one of the following modes: Power Down mode, Airplane mode Non-Cyclic
Sleep mode with no temporary wake-up event in progress.
600 ms on/600 ms off
Limited Network Service: No SIM card inserted or no PIN entered, or network search in progress or ongoing user authentication, or network login in progress
.
75 ms on/3 sec off
Idle mode: The mobile is registered to the GSM network
(monitoring control channels and user interactions). No call is in progress.
75 ms on/ 75 ms off/75 ms on/3 sec off
One or more GPRS contexts activated.
500 ms on/ 25 ms off
Packet switched data transfer in progress.
Permanently on
CSD call – Connected to remote party.
G2 version C1 version
Permanently On: Not registered on network.
Flashing states:
200 ms on/2 sec off
Registered on network.
200 ms on/600 ms off
Registered on the network and communications in progress
100 ms on/200 ms off
Software downloaded is either corrupted or non-compatible (“bad software”)
Permanently On:
Not registered on network.
Flashing states:
200 ms on/2 sec off
Registered on network.
200 ms on/600 ms
off
Registered on the network and communications in progress
100 ms on/200 ms off
Software downloaded is either corrupted or noncompatible (“bad software”)
-H5 and EV2 versions
Permanently On:
Powered on and connected, but not transmitting or receiving.
Signal
ALL OFF - Unit is off, not registered on network, or extremely week signal (0 < = RSSI < 6).
1 Bar “ON” – Very weak signal (7 < = RSSI <14)
1 Bar and 2 Bar “ON” – Weak signal (15 < = RSSI <23)
1 Bar, 2 Bar, and 3 Bar “ON” – Good signal (24 <= RSSI > = 31)
* To be accurate, the AT^SSYNC command must be set to 1 so that the factory default LED timings are used.
MultiModem rCell User Guide 11
Package Contents
This section describes items in the MultiModem rCell package.
Your wireless provider supplies the SIM card.
Unbundled Package with No Accessories
1 router
Note:
You supply mounting screws, AC or DC power supply, and an antenna.
Bundled Package with Accessories
1 router
1 antenna
1 Ethernet cable
1 RS-232 cable
1 power supply
Note:
You supply mounting screws.
Chapter 1 – Product Overview
12 MultiModem rCell User Guide
Chapter 1 – Product Overview
Specifications
MTCBA-E1-EN2
General
Standards EDGE: E-GPRS Class 12
GPRS: Multislot Class 12
Quad-band: 850/900/1800/1900 MHz Frequency Bands
Speed
Packet Data* EDGE: E-GPRS up to 240 Kbps, coding scheme MCS1-9, mobile station Class B, LLC layer, 4 time slots
GPRS: Full PBCCH support, coding scheme 1-4, mobile station Class B
Up to 14.4 Kbps, non-transparent Circuit Swithed Data
Physical Description
Dimensions
Weight (Device Only)
2.93 in x 7.0 in x 1.24 in
7.44 cm x 17.78 cm x 3.15 cm
0.75 lbs
0.340 Kg
Connectors
Antenna Connector
SIM Holder
LAN Connector
RS232 Connector
Power Connector
50 ohm SMA (female connector)
Standard 1.8 and 3V SIM receptacle
RJ-45, 10/100 BaseT
DE9
2.5mm miniature (screw-on)
Environment
Operating Temperature** -31° to 167° F
-35° to 75° C
Storage Temperature -40° to 185° F
-40° to 85° C
Humidity
Power Requirements
Relative humidity 20% to 90% noncondensing
9V to 32V DC Operating Voltage
SMS
SMS Text and PDU
Point-to-Point
Cell broadcast
Certifications and Compliance
EMC Compliance
Radio Compliance
Safety Certifications
Network Certifications
FCC Part 15
EN55022 Class B
EN55024
FCC Part 22, 24
RSS132, 133
EN301 489-1
EN489-3 (GPS models only)
EN301 489-7
EN301 511
AS/ACIF S042.1, S042.3
UL/cUL 60950-1 2nd Ed
IEC60950-1 2nd Ed am.1
PTCRB
AT&T
MultiModem rCell User Guide 13
GPS
Accuracy
Open Sky TTFF
Sensitivity Tracking
Protocol
Position 2.5m CEP, Velocity 0.1 m/sec
Hot start 1 second
Cold start 29 seconds
Reacquistion <1s
-165 dBm
NMEA-0183, V3.01, GGA, GLL, GSA, GSV, RMC, VTG
MTCBA-C1-EN2
General
Standards
Frequency Bands
Speed
Packet Data*
Circuit Switched Data
Physical Description
Dimensions
CDMA2000 1xRTT
Dual band 800/1900 MHz
Up to 153.6 Kbps forward and reverse
IS-95A, IS-95B up to 14.4 Kbps forward and reverse
Weight
2.93 in x 7.0 in x 1.24 in
7.44 cm x 17.78 cm x 3.15 cm
0.75 lbs
0.340 Kg
Connectors
Antenna Connector
LAN Connector
RS232 Connector
Power Connector
Environment
GPS
Accuracy
Open Sky TTFF
Sensitivity Tracking
Protocol
50 ohm SMA (female connector)
RJ-45, 10/100 BaseT
DE9
2.5 mm miniature (screw-on)
Operating Temperature** -40° to 185° F
-40° to 85° C
Storage Temperature -40° to 185° F
-40° to 85° C
Humidity Relative humidity 20% to 90% noncondensing
Power Requirements
Operating Voltage 9V to 32V DC
Certifications and Compliance
EMC Compliance FCC Part 15
Radio Compliance
Safety Compliance
FCC Part 22, 24
UL/cUL 60950-1 2nd Ed
IEC60950-1 2nd Ed am.1
Position 2.5m CEP, Velocity 0.1 m/sec
Hot start 1 second
Cold start 29 seconds
Reacquistion <1s
-165 dBm
NMEA-0183, V3.01, GGA, GLL, GSA, GSV, RMC, VTG
Chapter 1 – Product Overview
14 MultiModem rCell User Guide
Chapter 1 – Product Overview
MTCBA-G2-EN2
General
Standards
Frequency Bands
Speed
Packet Data*
GPRS Class 10
Quad band 850/900/1800/1900 MHz
Circuit Switched Data
Physical Description
Dimensions
Up to 85.6 Kbps, coding schemes CS1 to CS4
Up to 14.4 Kbps transparent and non-transparent
Weight
2.93 in x 7.0 in x 1.24 in
7.44 cm x 17.78 cm x 3.15 cm
0.75 lbs
0.340 Kg
Connectors
Antenna Connector
SIM Holder
LAN Connector
RS232 Connector
Power Connector
SMS
SMS
50 ohm SMA (female connector)
Standard 1.8 and 3V SIM receptacle
RJ-45, 10/100 BaseT
DE9
2.5 mm miniature (screw-on)
Environment
Operating Temperature** -40° to 185° F
-40° to 85° C
Storage Temperature -40° to 185° F
-40° to 85° C
Humidity Relative humidity 20% to 90% noncondensing
Power Requirements
Operating Voltage 9V to 32V DC
Text and PDU
Point-to-Point
Cell broadcast
Certifications and Compliance
EMC Compliance FCC Part 15
EN55022 Class B
EN55024
Radio Compliance
Safety Compliance
Network Compliance
FCC Part 22, 24
RSS132, 133
EN301 489-1
EN489-3 (GPS models only)
EN301 489-7
EN301 511
AS/ACIF S042.1, S042.3
UL/cUL 60950-1 2nd Ed
IEC60950-1 2nd Ed am.1
PTCRB
AT&T
MultiModem rCell User Guide 15
Chapter 1 – Product Overview
GPS
Accuracy
Open Sky TTFF
Position 2.5m CEP, Velocity 0.1 m/sec
Hot start 1 second
Cold start 29 seconds
Reacquistion <1s
-165 dBm Sensitivity Tracking
Protocol NMEA-0183, V3.01, GGA, GLL, GSA, GSV, RMC, VTG
*
UL Listed @ 40° C, limited by power supply. UL Certification does not apply or extend to an ambient above 40° C and has not been evaluated by UL for ambient greater than 40° C.
**
UL has evaluated this device for use in ordinary locations only. Installation in a vehicle or other outdoor locations has not been evaluated by UL. UL Certification does not apply or extend to use in vehicles or outdoor applications or in ambient above 40° C.
MTCBA-H5-EN2
General
Standards
Frequency Bands
Speed
Packet Data*
HSPA+
Penta band 850/900/1700/1900/2100 MHz
Power Requirements
Operating Voltage
SMS
SMS
HSDPA data service of up to 21.0 Mbps
HSUPA data service of up to 5.76 Mbps
Physical Description
Dimensions
Weight
2.93 in x 7.0 in x 1.24 in
7.44 cm x 17.78 cm x 3.15 cm
0.75 lbs
0.340 Kg
Connectors
Antenna Connector
SIM Holder
LAN Connector
RS232 Connector
Power Connector
50 ohm SMA (female connector)
Standard 1.8 and 3V SIM receptacle
RJ-45, 10/100 BaseT
DE9
2.5 mm miniature (screw-on)
Environment
Operating Temperature** -22°to 167° F
-30° to 75° C
Storage Temperature -40° to 185° F
-40° to 85° C
Humidity Relative humidity 20% to 90% noncondensing
9V to 32V DC
Text and PDU
Point-to-Point
Cell broadcast
16 MultiModem rCell User Guide
Chapter 1 – Product Overview
Certifications and Compliance
EMC Compliance
Radio Compliance
Safety Compliance
Network Compliance
FCC Part 15
EN55022 Class B
EN55024
FCC Part 22, 24, 27
RSS132, 133, 139
EN301 489-1
EN489-3 (GPS models only)
EN301 489-7
EN301 489‐24
EN301 511
UL/cUL 60950-1 2nd Ed
IEC60950-1 2nd Ed am.1
PTCRB
AT&T
GPS
Accuracy
Open Sky TTFF
Sensitivity Tracking
Position 2.5m CEP, Velocity 0.1 m/sec
Hot start 1 second
Cold start 29 seconds
Reacquistion <1s
-165 dBm
Protocol NMEA-0183, V3.01, GGA, GLL, GSA, GSV, RMC, VTG
*
UL Listed @ 40° C, limited by power supply. UL Certification does not apply or extend to an ambient above 40° C and has not been evaluated by UL for ambient greater than 40° C.
**
UL has evaluated this device for use in ordinary locations only. Installation in a vehicle or other outdoor locations has not been evaluated by UL. UL Certification does not apply or extend to use in vehicles or outdoor applications or in ambient above 40° C.
MultiModem rCell User Guide 17
MTCBA-EV2-EN2
General
Standards EV-DO Rev A backwards compatible to EV-DO Rev 0 and CDMA2000 1xRTT
Dual band 800/1900 MHz Frequency Bands
Speed
Packet Data* Peak download 3.1 Mbps
Peak upload 1.8 Mbps
IS-95A, IS-95B up to 14.4 Kbps forward and reverse Circuit Switched Data
Physical Description
Dimensions
Weight
2.93 in x 7.0 in x 1.24 in
7.44 cm x 17.78 cm x 3.15 cm
0.75 lbs
0.340 Kg
Connectors
Antenna Connector
LAN Connector
RS232 Connector
Power Connector
Environment
SMS
SMS
50 ohm SMA (female connector)
RJ-45, 10/100 BaseT
DE9
2.5 mm miniature (screw-on)
Operating Temperature** -40° to 167° F
-40° to 75° C
Storage Temperature -40° to 185° F
-40° to 85° C
Humidity Relative humidity 20% to 90% noncondensing
Power Requirements
Operating Voltage 9V to 32V DC
Text and PDU
Point-to-Point
Cell broadcast
Chapter 1 – Product Overview
Certifications and Compliance
EMC Compliance FCC Part 15
Radio Compliance
Safety Compliance
FCC Part 22, 24
RSS132, 133
UL/cUL 60950-1 2nd Ed
IEC60950-1 2nd Ed am.1
GPS
Accuracy
Open Sky TTFF
Sensitivity Tracking
Protocol
Position 2.5m CEP, Velocity 0.1 m/sec
Hot start 1 second
Cold start 29 seconds
Reacquistion <1s
-165 dBm
NMEA-0183, V3.01, GGA, GLL, GSA, GSV, RMC, VTG
*
UL Listed @ 40° C, limited by power supply. UL Certification does not apply or extend to an ambient above 40° C and has not been evaluated by UL for ambient greater than 40° C.
**
UL has evaluated this device for use in ordinary locations only. Installation in a vehicle or other outdoor locations has not been evaluated by UL. UL Certification does not apply or extend to use in vehicles or outdoor applications or in ambient above 40° C.
18 MultiModem rCell User Guide
Chapter 1 – Product Overview
RF Specifications
GSM 850 EGSM 900
GSM 1800
Frequency RX
869 to 894 MHz 925 to 960 MHz 1805 to 1800
MHz
Frequency TX
824 to 849 MHz 880 to 915 MHz 1710 to 1785
MHz
RF Power
Stand
2W at 12.5% duty cycle
2W at 12.5% duty cycle
1W at 12.5% duty cycle
GSM 1900
1930 to 1990
MHz
1850 to 1910
MHz
1W at 12.5% duty cycle
CDMA 800
869 to 894
MHz
824 to 849
MHz
-
CDMA 1900
1930 to 1990
MHz
1850 to 1910
MHz
-
Power Specifications
MTCBA-E1-EN2
9 volts
20 volts
32 volts
Sleep Typical
0.175A, 1.6W 0277A, 2.5W
Maximum Peak TX
0.506A, 4.5W 2.50A
0.090A, 1.8W 0.133A, 2.7W 0.240A, 4.8W 1.00A
0.060A, 1.9W 0.089A, 2.8W 0.150A, 4.8W 0.60A
MTCBA-EI-EN2-GP
9 volts
20 volts
32 volts
Sleep Typical Maximum Peak TX
0.188A, 1.7W 0.297A, 2.7W 0.513A, 4.5W 2.50A
0.095A, 1.9W 0.138A, 2.8W 0.240A, 4.8W 1.00A
0.061A, 1.9W 0.092A, 2.9W 0.152A, 4.8W 0.625A
MTCBA-C1-EN2
9 volts
20 volts
32 volts
Sleep Typical Maximum
0.186A, 1.7W 0.283A, 2.6W 0.457A, 4.1W
0.091A, 1.8W 0.137A, 2.7W 0.214A, 4.3W
0.061A, 2.0W 0.088A, 2.8W 0.138A, 4.4W
MTCBA-C1-EN2-GP
9 volts
20 volts
32 volts
Sleep Typical Maximum
0.186A, 1.7W 0.384A, 3.5W 0.541A, 4.8W
0.091A, 1.8W 0.193A,3.9W 0.256A, 5.1W
0.061A, 2.0W 0.122A, 3.9W 0.162A, 5.2W
MultiModem rCell User Guide 19
GSM850
9 volts
20 volts
32 volts
HSDPA
9 volts
20 volts
32 volts
MTCBA-G2-EN2
9 volts
20 volts
32 volts
Sleep Typical Maximum Peak TX
0.163A, 1.5W 0.240A, 2.2W 0.340A, 3.0W 1.300A
0.082A, 1.6W 0.114A, 2.3W 0.153A, 3.1W 0.518A
0.055A, 1.8W 0.077A, 2.5W 0.100A, 3.2W 0.343A
MTCBA-G2-EN2-GP
9 volts
20 volts
32 volts
MTCBA-H5-EN2
Sleep Typical Maximum Peak TX
0.195A, 1.8W 0.285A, 2.6W 0.408A, 3.7W 2.25A
0.099A, 2.0W 0.136A, 2.7W 0.183A, 3.7W 0.960A
0.066A, 2.1W 0.093A, 3.0W 0.120A, 3.8W 0.650A
Chapter 1 – Product Overview
Sleep Typical Maximum Peak TX
0.170A, 1.58W 0.183A, 1.70W 0.281A, 2.60W 1.48A
0.090A, 1.80W 0.102A, 2.04W 0.150A, 3.00W 0.696A
0.060A, 1.92W 0.070A, 2.24W 0.100A, 3.20W 0.468A
Sleep Typical Maximum Peak TX
0.170A, 1.58W 0.285A, 2.62W 0.455A, 4.17W 0.660A
0.090A, 1.80W 0.138A, 2.76W 0.197A, 3.94W 0.350A
0.060A, 1.92W 0.092A, 2.94W 0.132A, 4.22W 0.254A
Peak Rst
(Inrush)
3.21
3.10
2.62
Peak Rst
(Inrush)
3.21
3.10
2.62
20 MultiModem rCell User Guide
Chapter 1 – Product Overview
MTCBA-H5-EN2-GP
GSM850
9 volts
20 volts
32 volts
Sleep Typical Maximum Peak TX
0.178A, 1.64W 0.183A, 1.69W 0.281A, 2.59W 1.35A
0.089A, 1.78W 0.109A, 2.18W 0.155A, 3.10W 0.630A
0.060A, 1.92W 0.072A, 2.30W 0.102A, 3.26W 0.412A
HSDPA
Sleep Typical Maximum Peak TX
9 volts
20 volts
32 volts
MTCBA-EV2-EN2
0.178A, 1.64W 0.315A, 2.91W 0.450A, 4.14W 0.570A
0.089A, 1.78W 0.139A, 2.78W 0.197A, 3.94W 0.288A
0.060A, 1.92W 0.091A, 2.91W 0.130A, 4.16W 0.144A
CDMA2000
9 volts
20 volts
32 volts
Sleep Typical Maximum
0.125A, 1.15W 0.215A, 1.98W 0.600A, 5.45W
0.060A, 1.20W 0.130A, 2.60W 0.297A, 5.94W
0.044A, 1.41W 0.085A, 2.72W 0.195A, 6.05W
EV-DO
9 volts
20 volts
32 volts
Sleep Typical Maximum
0.125A, 1.15W 0.335A, 3.08W 0.672A, 6.10W
0.060A, 1.20W 0.190A, 3.30W 0.320A, 6.40W
0.044A, 1.41W 0.125A, 4.00W 0.204A, 6.53W
MTCBA-EV2-EN2-GP
CDMA2000
9 volts
20 volts
32 volts
Sleep
0.245A, 2.26W
0.125A, 2.50W
0.083A, 2.66W
MultiModem rCell User Guide
Typical Maximum
0.340A, 3.12W 0.690A, 6.27W
0.166A, 3.32W 0.330A, 6.60W
0.110A, 3.52W 0.210A, 6.72W
Peak Rst
(Inrush)
3.10
3.01
2.45
Peak Rst
(Inrush)
3.10
3.01
2.45
21
Chapter 1 – Product Overview
EV-DO
9 volts
20 volts
32 volts
Sleep
0.0465A, 2.27W
0.125A, 2.50W
0.238A, 7.62W
Typical
0.370A, 3.40W
0.220A, 4.40W
0.145A, 4.64W
Maximum
0.780A, 7.13W
0.374A, 7.48W
0.385A, 7.62W
Note:
Multi-Tech Systems, Inc. recommends that the customer incorporate a 10% buffer into their power source when determining product load.
Powering Down Your Device (H5)
CAUTION:
Failing to properly shutdown the device before removing power may corrupt your device's file system.
For the H5, to properly power down your device, use the following sequence:
1. Issue the AT#SHDN command.
2. Wait 30 seconds.
3. Power off the device. Disconnect power from the device.
Cellular Information
Antenna System for Cellular Devices
The cellular/wireless performance depends on the implementation and antenna design. The integration of the antenna system into the product is a critical part of the design process; therefore, it is essential to consider it early so the performance is not compromised. If changes are made to the certified antenna system of the MultiModem, then recertification is required by specific network carriers such as Sprint. The Antenna System is defined as the
UFL connection point from the MultiModem to the specified cable specifications and specified antenna specifications.
PTCRB Requirements for the Antenna
There cannot be any alteration to the authorized antenna system. The antenna system must maintain the same specifications. The antenna must be the same type, with similar in-band and out-of-band radiation patterns.
FCC Requirements for the Antenna
The antenna gain, including cable loss, for the radio you are incorporating into your product design must not exceed the requirements at 850 MHz and 1900 MHz as specified by the FCC grant for mobile operations and fixed mounted operations as defined in 2.1091 and 1.1307 of the FCC rules for satisfying RF exposure compliance. The antenna used for transmitting must be installed to provide a separation distance of at least 20cm from all persons and must not transmit simultaneously with any other antenna transmitters. User and installers must be provided with antenna installation instructions and transmitter operating conditions to satisfying RF exposure compliance.
Antenna Specifications
CDMA RF Specifications
22
Frequency RX
Frequency TX
CDMA 800
869 to 894 MHz
824 to 849 MHz
CDMA 1900
1930 to 1990 MHz
1850 to 1910 MHz
MultiModem rCell User Guide
Chapter 1 – Product Overview
CDMA Antenna Requirements/Specifications
Frequency Range
Impedance
VSWR
Typical Radiated Gain
Radiation
Polarization
Antenna Loss
TRP/TIS
824 – 894 MHz / 1850 – 1990 MHz
50 Ohms
VSWR shall not exceed 2.0:1 at any point across the bands of operation
3 dBi on azimuth plane
Omni-directional
Vertical
Free space not to exceed -3dB
The total radiated power (TRP) at the antenna shall be no less than +21/20 dBm for PCS/CELL channels respectively, and the total isotropic sensitivity (TIS) at the antenna shall be no less than -104/104 dBm for PCS/CELL channels respectively.
GSM/EGSM RF Specifications
Frequency RX
Frequency TX
GSM 850
869 to 894 MHz
824 to 849 MHz
EGSM 900 GSM 1800 GSM 1900
925 to 960 MHz 1805 to 1880 MHz 1930 to 1990 MHz
880 to 915 MHz 1710 to 1785 MHz 1850 to 1910 MHz
MultiModem rCell User Guide 23
GSM Antenna Requirements/Specifications
Frequency Range
Impedance
VSWR
Typical Radiated Gain
Radiation
Polarization
Antenna Loss
TRP/TIS
Chapter 1 – Product Overview
824 – 960 MHz / 1710 – 1990 MHz
50 Ohms
VSWR shall not exceed 2.0:1 at any point across the bands of operation
3 dBi on azimuth plane
Omni-directional
Vertical
Free space not to exceed -3db
Including cable loss the total radiated power (TRP) at the antenna shall be no less than +22/24.5 dBm for 850/1900 MHz respectively, and the total isotropic sensitivity (TIS) at the antenna shall be no less than -99/101.5 dBm for 850/1900
MHz respectively.
GPS (Global Positioning) RF Specifications
Frequency RX
LNA Bias Voltage
LNA Current Consumption
GPS L1
1575.42
5V
40mA Max
GPS Antenna Requirements/Specifications
Frequency
Impedance
VSWR
Input voltage
GPS TIS
1575MHz
50 Ohms
1.5db
3.0V +/- 0.3V
The total isotropic sensitivity (TIS) at the antenna shall be no less than
47 dBm
Global Positioning System (GPS)
Point the GPS toward the sky, as the GPS antenna needs to find the satellites that provide location information.
Global Positioning System (GPS) – Underwriters Laboratories, Inc. Statement
Underwriters Laboratories Inc. (“UL”) has not tested the performance or reliability of the Global Positioning
System (“GPS”) hardware, operating software or other aspects of this product. UL has only tested for fire, shock or casualties as outlined in UL’s Standard(s) for Safety.UL60950-1 Certification does not cover the performance or reliability of the GPS hardware and GPS operating software. UL MAKES NO REPRESENTATIONS, WARRANTIES OR
CERTIFICATIONS WHATSOEVER REGARDING THE PERFORMANCE OR RELIABILITY OF ANY GPS RELATED
FUNCTIONS OF THIS PRODUCT.
24 MultiModem rCell User Guide
Chapter 1 – Product Overview
RS232 9-Pin Functions of the Female End Connector
The following table explains the pin functions.
Serial Cable
External Power
Signal
Pin 1 CD
Pin 2 RX
Pin 3 TX
Pin 4 DTR
Pin 5 GND
Pin 6 DSR*
Pin 7 RTS
IN/OUT
O
O
I
I
--
O
I
Pin 8 CTS O
Pin 9 RI O
Note:
The DSR signal on pin 6 is always asserted by the router.
Female Connector
MultiModem rCell User Guide 25
Chapter 2 – Installing the Router
Inserting the SIM Card into Holder, for GSM Network Access
The router requires the power supply connection to begin operation. It also requires a SIM card (Subscriber
Identity Module) to operate on a GSM network. To install the SIM, do the following:
1.
Using a small Phillips screwdriver, remove the two SIM door screws and remove the SIM door.
Note:
When changing a SIM, ensure that power is removed from the unit.
2.
Insert the SIM card into the card holder. The above graphic illustrates the correct SIM card orientation.
3.
Verify that the SIM card fits into the holder properly and then replace the cover.
Making the Connection
MTCBA-XX-EN2 MTCBA-XX-EN2-GP (GPS antenna)
1.
Connect a suitable antenna to the SMA connector (see antenna specifications in Chapter 1)
2.
Optional: If you have the GPS version, connect a suitable GPS antenna to the GPS connector. Ensure that when you position the GPS antenna, the antenna can see the sky to locate the satellites for accurate values.
3.
Using an Ethernet cable, connect one end of the cable to the ETHERNET connector on the back of the router and the other end to your computer either directly or through a switch or hub.
4.
If you are connecting a customer’s serial legacy device to the router, connect the serial, RS-232 cable from the customer’s device to the RS232 connector on the back of the router.
5.
Depending on the power source, connect either the power supply module with the appropriate blade or the optional DC power cable. If you are using the power supply module, remove the protective shipping cover.
Attach the appropriate interchangeable blade piece to the power supply module.
MultiModem rCell User Guide 26
Chapter 2 – Installing the Router
6.
Screw on the power lead from the power supply module into the power connection on the router. Plug the power supply into your power source.
Using Optional Direct DC Power
1.
Screw-on the DC power cable to the power connector on the router.
2.
Then attach the two wires at the other end of the DC power cable to a DC fuse/terminal block in which you are mounting the router.
3.
Connect the red wire to the "+" (positive) terminal and the black wire to the "–" (negative) terminal. Be sure the GND connection is correct.
Warning:
Over-voltage protection is provided on the device. To ensure complete protection, you may want to add additional filtering to the DC input.
Notes:
●
For an application involving a battery: you can use permanent “+” or key-switched “+” source. Connect the power supply to its source (for example, in a mobile situation, to the DC fuse/terminal block).
●
The POWER LED. The POWER LED lights after power-up.
●
The Status LED is a solid ON when the router is booting up, saving a configuration, or updating firmware.
When the Status LED begins to blink, the router is ready.
Using the Reset Button
Press and hold in the
Reset
button until the Status Light goes out. Then release the button. This sets the username and password back to admin and admin, as well as sets the IP address to the default of 192.168.2.1.
Powering Down and Resetting Hardware for MTCBA-C1 Router
Before you turn off power to the router, and before you reset the hardware, it is recommended you complete the following sequence.
The shutdown sequence informs the network that the mobile station is going offline, and saves critical data to the module‘s non-volatile memory (flash).
1.
Issue the following command:
2.
AT+CFUN=0 (issue this command)
Wait for this response from the modem
+WIND:10 ()
You can now power off the router or reset it.
If you do not see the +WIND:10 response, you may need to activate the unsolicited message by using the command AT+WUSLMSK=00020000,0
MultiModem rCell User Guide 27
Chapter 2 – Installing the Router
Optional – Attaching the Router to a Flat Surface
Before you mount your router to a permanent surface, verify signal strength. For more information, refer to Verify
Signal Strength in this chapter.
The router can be panel mounted with screws spaced according to the measurement shown.
Note:
Use either #6 or #8 pan head screws for all four mount locations.
Setting TCP/IP Address
This section describes how to configure a TCP/IP address so the computer can communicate with the router.
1.
From the Start menu, select Control Panel. In the window that opens, double-click Network Connections. The
Network Connections window opens.
28 MultiModem rCell User Guide
Chapter 2 – Installing the Router
2.
Right-click Local Area Connection. From the menu that appears, select Properties.
The Local Area Connection Properties window opens.
3.
Select Internet Protocol [TCP/IP].
4.
Click Properties. The Internet Protocol (TCP/IP) Properties window opens.
MultiModem rCell User Guide 29
Chapter 2 – Installing the Router
Note:
If this window displays your current IP configuration, it is recommended that you record this information for future reference. This information is handy, for example, if you want to return the computer to its original settings.
Setting a Static IP Address
To set a static IP address:
1.
Select Use the following IP address.
2.
In the IP address field type the IP address of the computer, for example 192.168.2.x.
3.
Note
: The x in the address stands for numbers 101 and up.
In the Subnet mask field, type the number of the subnet mask, for example: 255.255.255.0
4.
In the Default Gateway field, type the default gateway, for example, 192.168.2.1
Note:
The computer settings must be in the same subnet range as the router.
The factory default settings for the router are:
IP Address: 192.168.2.1
Subnet Mask: 255.255.255.0
5.
Select Use the following DNS server addresses. a. Enter the IP Address for the Preferred DNS Server. Example: 205.171.3.65 b. Click OK.
6.
To close the Local Area Properties window, click OK.
7.
Close the Control Panel.
8.
Repeat these steps for each computer on your network.
30 MultiModem rCell User Guide
Chapter 2 – Installing the Router
Configuring Ethernet Interface
You use the router's factory-installed Web Management software to configure the Ethernet interface. Access this software using a Web browser.
1.
Ensure that the Status LED is blinking, indicating that the router is ready.
2.
On the computer, open a Web browser
3.
In the browser’s address field, type the default Gateway Address: http://192.168.2.1
4.
After entering the Address, the Login page opens. a. In the User Name field, type the default user name: admin (all lower-case). b. In the Password field, type the default password: admin (all lower-case). c. Click Login. The Web Management Home page opens.
The user name and password are case-sensitive. You must use lower-case for both.
A password can be up to 12 characters. If Windows displays the AutoComplete message, click No so that the operating system does not remember the password. This helps maintain computer security.
It is recommended that you change the default password to better protect the security of your router. Use a safe password.
Quickly Configuring the Router by Using Wizard Setup
The Wizard Setup tool helps you quickly configure the router. Benefits of using this tool include:
●
Saves time by allowing you to configure the basic setup in one place.
●
The information entered defaults to other windows that require this information.
●
Lets you enter and save information needed to create a connection to the Internet.
This section describes how to configure the basic parameters to start using your router. You can configure more than the basics by using other features of the Web Management software. For more information, see Chapter 3.
To use Wizard Setup to setup basic router features:
1.
From the Web Management software’s menu bar, select Wizard Setup.
MultiModem rCell User Guide 31
Chapter 2 – Installing the Router
2.
The Wizard Setup page opens, where a minimum router configuration is provided.
The table that follows describes the basic parameters you need to set before you can connect to the Internet.
IP Configuration
IP Address
Mask
DNS
PPP Configuration
PPP
The default is 192.168.2.1. To change it, type a new IP address.
The default is 255.255.255.0
Enter the primary DNS IP address for the system. The default is 0.0.0.0
Dial-on-Demand
Idle Time Out
Dial Number
APN
The default is disable. To connect to the Internet, you need to enable PPP.
Depending on the model, commands may need to be issued to the integrated cellular modem before connecting to the wireless service. To issue commands to the integrated cellular modem, PPP must be disabled and telnet port 5000 used.
The default is disable.
Sets the time the PPP link stays active before disconnecting. Setting the value to zero causes the link to stay active continuously.
Enter the dial number. This number connects you to the Internet.
For GSM, the number is *99***1#.
For CDMA, the Dial Number is #777.
For GSM models, enter the APN (Access Point Name). Your wireless service provider assigns the
APN. If you don’t know the name, ask your provider for it.
An access point is an IP network to which a MultiModem rCell Router connects. The Web
Management software asks for the APN on the Wizard Setup and the PPP screen.
For CDMA models, the APN does not apply.
Init String
PPP Authentication
You can set up to 4 router initialization strings.
3.
Authentication Type
Username
Password
Select the radio button of the authentication protocol used to negotiate with the remote peer:
PAP, CHAP, or PAP-CHAP. The default is PAP-CHAP
Enter the PPP Username. This name authenticates the remote peer.
Enter the PPP Password. This password authenticates the remote peer.
To save changes, click Submit.
4.
To cause your changes to go into effect, from the Menu bar, click Save & Restart. The router reboots.
You don’t need to click Save & Restart after every change you make. You can submit several changes on various pages, and then click Save & Restart.
32 MultiModem rCell User Guide
Chapter 2 – Installing the Router
Verifying Signal Strength
This section describes how to verify signal strength by using telnet to communicate directly with the modem.
Before You Begin
●
1.
Ensure that the Status LED is blinking, indicating that the router is ready.
●
Ensure that PPP is disabled.
To verify signal strength:
Use one of the following methods to open a command prompt:
●
●
From the Start menu, select Run. In the Open window, enter cmd and then press ENTER.
From the Start menu, select All Programs, Accessories, Command Prompt
2.
In the command window, type telnet 192.168.2.1 5000
3.
At the Login prompt, type the default user name: admin (all lower-case). Press ENTER
4.
At the Password prompt, type the default password: admin (all lower-case). Press ENTER
5.
6.
In the command window, type AT+CSQ . The router responds with the received signal strength (rssi).
Signal Strength
– RSSI
10 – 31
0 – 9
99
Sufficient
Weak or Insufficient
Insufficient
To find the best location in which to run the router, check the signal from a few different locations.
Verifying Provider Fees
Your provider charges you for data usage so be aware of your payment obligations. If you use the router for large data transfers, Multi-Tech recommends an unlimited data plan with your account. Multi-Tech is not responsible for any charges relating to your cellular bill.
Activating an Account for Wireless Devices
See Multi-Tech’s Cellular Activation Website at http://www.multitech.com/activation.go
for information on activating your cellular modem.
Setting Up the Account to Enable Remote Configuration
You can remotely configure the MultiModem over the Internet if your wireless provider has provisioned some features for you.
●
Make sure your wireless network provider has provisioned for mobile terminated data.
●
The provider also needs to setup a fixed or dynamic public IP address to which the network can redirect any incoming connection.
MultiModem rCell User Guide 33
Chapter 3 - Using the WEB Management Software
This chapter describes how to configure the router by using the Web Management software.
Software Interface Overview
This section explains the menu structure and the navigation buttons of the router’s Web Management software.
Menu Bar Overview
You can select the following items from the menu bar:
IP Setup
PPP
Networks & Services
Packet Filters
GRE Tunnels
DHCP Server
Sets up a General Configuration, HTTP, DDNS, SNTP, Static Routes, and Remote
Configuration.
Used to configure the PPP authentication, dial-on-demand, router authentication, and
Wakeup on Call.
Used to configure networks and services to make them available to other functions such as allowed packet filters, static routes, remote configuration, DNAT, and GRE tunnels and routes.
Defines filter rules, DNAT configuration, and ICMP rules.
Used to define Generic Routing Encapsulation (GRE). Defines the remote network and the tunnel through which traffic is routed.
Used to configure the DHCP server settings.
IPSec
Serial Port
Tools
Allows the device to support LAN-to-LAN VPN tunneling with 3DES and AES 128-192-256 encryption support
Adds support for RS-232 serial port so that Ethernet and legacy serial devices can share the same cellular connection.
Sets DDNS Force Update, displays DDNS Status, resets the modem, and provides interfaces for Firmware Upgrade, Load Configuration, and Save Configuration.
Shows statistics and logs maintained by the router.
Statistics & Logs
Save & Restart
Help Index
Saves your settings and reboots your router.
Opens the online Help file.
Submitting, Saving and Restarting Overview
Nearly every page of the software’s interface includes a Submit button. This button allows you to save changes you make to the software pages and their parameters.
To ensure your changes go into effect, you must eventually use Save & Restart, located on the Menu bar. You do not need to click Save& Restart after each change you make. You can change several areas, and then click Save &
Restart.
MultiModem rCell User Guide 34
Chapter 3 – Using the Web Management Software
Overview of the Web Management Software’s Interface
Menu bar Submenu title Submenu list
Navigation bar
Page name
Navigation bar
Home
Wizard Setup
Logout
Help
To return to the home page, click Home.
To use the Wizard Setup tool for quick set up of your MultiModem, click Wizard Setup. This tool helps you configure basic settings needed to run the rCell Router.
To log out of the software, click Logout. You return to the login screen.
To open an online help file, click Help.
MultiModem rCell User Guide 35
Chapter 3 – Using the Web Management Software
Submenus
The submenus display on the left side of the page. The following table lists the submenu selections under each main menu category.
IP Setup PPP
General
Configuration
HTTP Configuration
DDNS
Configuration
SNTP Configuration
Static Routes
Remote
Configuration
GPS Configuration
DHCP Server
Subnet Settings
Fixed Addresses
PPP Configuration
Wakeup on Call
Power On Config
Modem
Commands
IPSec
IP Sec
Networks &
Services
Network
Configuration
Service
Configuration
Serial Port
Serial Port Settings
Client Settings
Server Settings
Packet Filters
Packet Filters
DNAT
Configuration
Advanced
Tools
Tools
Firmware
Upgrade
Load
Configuration
Save
Configuration
GRE
Tunnels
GRE Tunnels
GRE Routes
Statistics & Logs
SysInfo
Ethernet
PPP
PPP Trace
DHCP Statistics
GRE Statistics
Modem Info
Service Status
TCP/UDP Client Live
Log
TCP/UDP Server Live
Log
IPSec Live Log
IPSec Log Traces
36 MultiModem rCell User Guide
Chapter 3 – Using the Web Management Software
IP Setup, General Configuration Parameters
MultiModem rCell User Guide 37
Chapter 3 – Using the Web Management Software
General Configuration Group
In the General Configuration group , set the general system-based parameters.
Date
The system date: MM/DD/YYYY
Time
HH:MM:SS. A real time clock is part of SNTP to display proper time.
IP Configuration Group
Use the IP Configuration group to configure the Ethernet interface. If desired see Appendix A for a table of commonly supported subnets.
IP Address
Mask
(Default is 192.168.2.1),
(Default 255.255.255.0),
Default Gateway
(Default 0.0.0.0),
Primary DNS
(Default 0.0.0.0),
Secondary DNS
(Default 0.0.0.0).
Auto Dial out Configuration Group
Auto Dialout
Check the box to enable or disable Auto Dialout. Default is Enable. The Auto Dialout settings allow you to use the integrated cellular modem directly with no router functions. This is accomplished using redirector software on your computer. This software creates a virtual serial port allowing your computer to communicate with the integrated cellular modem over IP using telnet.
Check the box to enable or disable raw mode for an Auto Dialout session. Default is Disable.
Raw Dialout
Auto Dialout
Login
Check the box to enable or disable Auto Dialout Login feature. Default is Enable. The Auto Dialout port is the telnet port used by the redirector software on your computer to communicate to the integrated cellular modem.
Auto Dialout Port
Enter the serial Auto Dialout Port number. Default is 5000.
Handle EIA Signal
Check the box to enable or disable the EIA standard signal characteristics (time and duration) used between different electronic devices.
Inactivity
Enter the seconds that the auto dialout session stays active before going inactive.
Syslog Configuration Group
Check the box to enable or disable Syslog. Default is Disable.
Syslog
Syslog Server IP
Address
If a Remote Syslog Server IP Address is specified, the syslog feature acts as a remote Syslog.
Auto Discovery Group
Auto Discovery
Server Port
Broadcast Timer
Check the box to enable or disable Auto Discovery to broadcast (MAC level), the MAC Address, IP
Address, and DHCP information to the configured server port. Default is Enable. The router sends a broadcast packet on the specified server port every 10 seconds or whatever interval the broadcast timer is set to.
Enter the Server Port Number. Default port is 1020.
Enter the amount of time in seconds for the auto-discovery packet granularity of periodic broadcasting. Default is 10 seconds.
38 MultiModem rCell User Guide
Chapter 3 – Using the Web Management Software
Auto Reboot Timer Configuration Group
Auto Reboot Timer:
Enter the hours that lapse between each automatic reboot. The default of zero deactivates the timer.
Range is 0 to 999.
Telnet Configuration Group
Enables or disables the Telnet port. The default is Enable. This is specifically for telnet port 23 for technical support debug. You can still access the integrated cellular modem using port 5000 when this is disabled. Ensure that PPP is also disabled before telnetting to the port.
Submitting and Saving Your Changes
Click Submit to save these settings.
C lick Save and Restart after you complete and submit all the pages where you changed parameters.
MultiModem rCell User Guide 39
Chapter 3 – Using the Web Management Software
IP Setup, HTTP Configuration Parameters
HTTP Configuration Group
HTTP Port
Enter the port number on which the HTTP server listens for requests. The default is 80.
HTTP Time-0ut
Set the HTTP session in seconds. The default is 120 seconds.
Authentication Group
Use the Authentication group to change the user name and password. The Username and password combination provide access the Web Management software, as well as telnet access to the router and integrated cellular modem.
Username
Enter the name of a user who is allowed access to the Web Management software. Default is
admin.
Password
Enter the Password associated with the user who is allowed access to the Web Management software. Default is admin. It can be up to100 characters. Use a safe password. Your first name spelled backwards is not a sufficiently safe password; a password similar to xfT35$4 is better.
Submitting and Saving Your Changes
To save these settings, click Submit.
To ensure your changes go into effect, click Save and Restart.
40 MultiModem rCell User Guide
Chapter 3 – Using the Web Management Software
IP Setup, DDNS Configuration Parameters
DDNS (Dynamic Domain Naming System) allows you to have a static domain name with a dynamic IP address.
When the dynamic IP address changes, it is submitted to the DDNS server. Here, the domain name is updated to point to the new IP address.
You must register with a DDNS server to use this feature.
General Group
This section describes the parameters that you can configure in the General group.
DDNS
Check the Enable or Disable box. This enables/disables DDNS. Default is Disable.
Use Check IP
Check the Enable or Disable box. If enabled, the program queries the server to determine the IP address before it performs the DDNS update (the IP address is still assigned by the wireless provider and the DDNS is updated based on the address returned by Check IP
Server). If disabled, the program performs the DDNS update using the IP address that it obtains from the PPP link. Default is Enable.
Check IP Server
Enter the Server name from which the currently assigned IP address is obtained. This server is a server the router accesses to check its current IP address.
Check IP Port
Server
Enter the port number of the Check IP Server. Default is 80.
Enter the Server name to which the IP Address change is registered; for example, members.dyndns.org
Port
Max Retries
Enter the Server port number. Default is 80.
Enter the maximum number of tries that are allowed if the update fails. Default is 5. Range is 0 – 100.
Update Interval
Enter the interval, in days, that lapse before the IP Address can change. At the end of this interval, the existing IP Address is updated in the server so that it does not expire. Default is
28 days. Range is 1 – 99 days.
System
Domain
Sets the system registration type as either Dynamic or Custom. Default is Dynamic.
Enter the registered Domain name.
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Authentication Group
This section describes the parameters that you can configure in the Authentication group.
Username
Enter the Username of the person who can access the DDNS Server. Default is NULL. You received your username when you registered with the DDNS service.
Password
Enter the Password of the user who can access the DDNS Server. Default is NULL. You received your password when you registered with the DDNS service.
Submitting and Saving Your Changes
To save the changes you made to these parameters, click Submit.
To ensure your changes go into effect, click Save and Restart.
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IP Setup, SNTP Configuration Parameters
General Configuration Group
SNTP Client
Server
Polling Time
Enable or disable the SNTP Client to contact the configured server on the UDP port 123 and set the local time. The default is Disable.
Enter the SNTP server name or IP address that the SNTP Client contacts to update the time.
No default.
Enter the time, in minutes, after which the SNTP client requests the server to update the time. Default is 300 minutes.
Time Zone Configuration Group
Time Zone:
Enter the time zone. Default is UTC (Universal Coordinated Time, Universal Time). See the following website for Time Zone information: http://wwp.greenwichmeantime.com/info/current-time.htm
Time Zone Offset:
Enter +/- hh:mm. Default is +00:00. Offset is the amount of time varying from the standard time of a Time Zone.
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Daylight Configuration Group
.
Daylight Saving
Enable or disable Daylight Saving mode. The default is Enable.
Daylight Saving
Offset
Set the offset to use during Daylight Saving mode. Default is +60 minutes. Enter the time in
+ / - minutes
Daylight Saving Start Time Group
Start Ordinal
Set the start ordinal to use during Daylight Saving mode. Options are first, second, third, fourth and last. Default is second. Daylight Saving time usually starts at the same time on the same day of the week in the same month every year. Each day of the week occurs four or five times a month. Therefore, select the week in which daylight saving time starts, either the first, second, third, fourth or the last of the month.
Start Month
Start Day
Start Time
Set the start month to use during Daylight Saving mode. Default is March.
Set the start weekday to use during Daylight Saving mode. Default is Sunday.
Set the start time to use during Daylight Saving mode. Default is 02:00 (hh:mm).
Daylight Saving End Time Group
End Ordinal
Set the end ordinal to use during Daylight Saving mode. Select the week in which daylight saving time ends. Options are first, second, third, fourth and last. Default is first.
End Month
End Day
End Time
Set the end month to use during Daylight Saving mode. Default is November.
Set the end weekday to use during Daylight Saving mode. Default is Sunday.
Set the end time to use during Daylight Saving mode. Default is 02:00 (hh:mm).
Submitting and Saving Your Changes
To save your changes, click Submit.
To ensure your changes go into effect, click Save and Restart.
IP Setup, Static Routes Parameters
Networked computers use routing information to identify whether they are sending data packets directly to the firewall or to another network.
After you define and add a route, you can use the table at the bottom of the group to delete or edit the route.
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Add Static Routes Group
IP packets destined for the network indicated in the drop down list are routed to the IP address in field pointed to by the arrow. You can define the networks in the drop down list under the ‘Networks & Services’ tab. The Static
Route page does not display until the network is defined under Networks & Services.
Static Route:
Select a static route from the drop down list, and then click Add.
Add Button:
After you click Add, the new route appears in the table.
IP Setup, Remote Configuration Parameters
Remote Configuration Group
To add a network or host for remote configuration:
1.
From the drop down list, select a network or host. Options are Any, LAN, and WAN Interface.
2.
To define more networks or hosts use the Network & Services tab.
Click Add. The network or host is added and appears in the table.
3.
Repeat these steps for all that apply.
4.
To delete Any and WAN Interface in the Options columns after either is added, click Delete.
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IP Setup, GPS Configuration Parameters
An rCell unit with a –GP build option enables the GPS Configuration. The –GP option allows you to configure forwarding of NMEA (National Marine Electronics Association) sentences from the built in GPS receiver to a device connected to the serial port or over the network to a remote host.
The TCP Server, TCP/UDP Client and Serial Port Dump can be enabled simultaneously.
All enabled sentences are forwarded periodically using the interval specified in the NMEA Configuration group.
Before forwarding, the rCell inserts an ID Prefix and ID to each enabled NMEA sentence.
Available NMEA sentences are: GPGGA, GPGSA, GPGSV, GPGLL, GPRMC, GPVTG.
For detailed descriptions of the supported NMEA sentences, see the Universal IP AT Commands Reference Guide.
You can download this guide from the Multi-Tech website.
Local Configuration Group
The Local Configuration group allows you to configure the TCP server port and allows for a serial port dump.
TCP Server
Enable or disable TCP Server. The default is Disable.
Port
Password
Sets the port on which the server is listening. The default is 5445. The port range is from 1 to 5 digits, each digit between 0 and 9 inclusive. Note that numbers above 65,535 are illegal as the port identification fields are 16 bits long in the TCP header.
If a password is supplied, the TCP server requests that the remote client supply a password before sending the NMEA sentences.
Serial Port
Dump
Enable or disable the Serial Port. The default is Disable. The serial port configuration settings are used to configure the port. The serial port client/server must be disabled in order to use the serial port for GPS.
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Remote Configuration Group
The Remote Configuration group allows the device to connect to a remote server using the IP and port information for uploading GPS data.
TCP/UDP Client
Enable or disable the TCP/UDP Client and defines the protocol of the client. The defaults are Disable and TCP.
Remote Host
Password
Displays the IP address and port number of the Remote Host.
If the Remote Host requests a password, the password entered here is sent to the server in response.
NMEA Configuration Group
The NMEA Configuration allows you to configure the time interval, any additional prefix or ID information and forward NMEA sentences.
Interval
The Interval is defined in seconds. The default is 10 seconds. The range is 1 to 255 seconds.
Add ID Prefix
Add ID
NMEA
Sentences
The ID Prefix is 0 to 10 character prefix added to the ID.
The ID is a unique remote asset identification string. You can specify up to 20 characters for the ID string. The & and $ are invalid characters. The ID must follow the standard NMEA sentence structure. The Universal IP AT Commands Reference Guide, which you can download from the Multi-Tech website, describes sentence structure.
GGA, GSA, GSV, GLL, RMC, and VTG are the NMEA sentences. You can turn each sentence
On or Off. The default is On.
Communication Examples
Communication is shown from the remote side.
TCP Server example
read: "PASSWORD\r\n" write: "serverpasswd\r\n" read: "OK\r\n" read: "&&rcell$GPGGA,192913.002,4505.9845,N,09311.7705,W,1,10,1.0,249.0,M,-29.0,M,,0000*6F\r\n" read: "&&rcell$GPGSA,A,3,13,07,03,05,19,06,23,08,16,10,,,1.8,1.0,1.6*3F\r\n" read: "&&rcell$GPGSV,3,1,12,07,59,308,33,13,59,202,32,03,55,083,33,19,50,136,33*76\r\n" read: "&&rcell$GPGSV,3,2,12,06,43,065,26,23,35,177,26,08,24,296,27,16,19,059,21*79\r\n" read: "&&rcell$GPGSV,3,3,12,10,14,286,29,05,07,321,28,24,06,087,23,21,01,029,*76\r\n" read: "&&rcell$GPGLL,4505.9845,N,09311.7705,W,192913.002,A,A*43\r\n" read: "&&rcell$GPRMC,192913.002,A,4505.9845,N,09311.7705,W,000.0,117.3,220710,,,A*76\r\n" read: "&&rcell$GPVTG,117.3,T,,M,000.0,N,000.0,K,A*09\r\n" read: "&&rcell$GPGGA,192915.002,4505.9842,N,09311.7699,W,1,10,1.0,248.9,M,-29.0,M,,0000*62\r\n" read: "&&rcell$GPGSA,A,3,13,07,03,05,19,06,23,08,16,10,,,1.8,1.0,1.6*3F\r\n" read: "&&rcell$GPGSV,3,1,12,07,59,308,33,13,59,202,33,03,55,083,33,19,51,136,33*76\r\n" read: "&&rcell$GPGSV,3,2,12,06,43,065,25,23,35,177,26,08,24,296,27,16,19,059,21*7A\r\n" read: "&&rcell$GPGSV,3,3,12,10,14,286,28,05,07,321,28,24,06,087,23,21,01,029,*77\r\n" read: "&&rcell$GPGLL,4505.9842,N,09311.7699,W,192915.002,A,A*46\r\n" read: "&&rcell$GPRMC,192915.002,A,4505.9842,N,09311.7699,W,000.0,117.3,220710,,,A*73\r\n" read: "&&rcell$GPVTG,117.3,T,,M,000.0,N,000.0,K,A*09\r\n"
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TCP Client Example with password
write: "PASSWORD\r\n" read: "clientpasswd\r\n" write: "OK\r\n" read: "&&rcell$GPGGA,193038.002,4505.9798,N,09311.7646,W,1,10,1.0,230.2,M,-29.0,M,,0000*6B\r\n" read: "&&rcell$GPGSA,A,3,13,07,03,05,19,06,23,08,16,10,,,1.8,1.0,1.5*3C\r\n" read: "&&rcell$GPGSV,3,1,12,07,60,309,31,13,59,201,30,03,54,082,30,19,51,135,28*75\r\n" read: "&&rcell$GPGSV,3,2,12,06,42,064,21,23,34,177,25,08,24,297,20,16,18,060,20*70\r\n" read: "&&rcell$GPGSV,3,3,12,10,13,285,31,05,07,320,28,24,07,086,26,21,01,028,*7E\r\n" read: "&&rcell$GPGLL,4505.9798,N,09311.7646,W,193038.002,A,A*4B\r\n" read: "&&rcell$GPRMC,193038.002,A,4505.9798,N,09311.7646,W,000.0,117.3,220710,,,A*7E\r\n" read: "&&rcell$GPVTG,117.3,T,,M,000.0,N,000.0,K,A*09\r\n" read: "&&rcell$GPGGA,193040.002,4505.9796,N,09311.7646,W,1,10,1.0,230.1,M,-29.0,M,,0000*69\r\n" read: "&&rcell$GPGSA,A,3,13,07,03,05,19,06,23,08,16,10,,,1.8,1.0,1.5*3C\r\n" read: "&&rcell$GPGSV,3,1,12,07,60,309,32,13,59,201,29,03,54,082,31,19,51,135,28*7F\r\n" read: "&&rcell$GPGSV,3,2,12,06,42,064,22,23,34,177,26,08,24,297,19,16,18,060,21*7B\r\n" read: "&&rcell$GPGSV,3,3,12,10,13,285,32,05,07,320,28,24,07,086,25,21,01,028,*7E\r\n" read: "&&rcell$GPGLL,4505.9796,N,09311.7646,W,193040.002,A,A*4A\r\n" read: "&&rcell$GPRMC,193040.002,A,4505.9796,N,09311.7646,W,000.0,117.3,220710,,,A*7F\r\n" read: "&&rcell$GPVTG,117.3,T,,M,000.0,N,000.0,K,A*09\r\n"
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PPP, PPP Configuration Parameters
NAT Configuration Group
NAT:
Enable or disable NAT (Network Address Translation). The default is Enable.
Note:
For routing to take effect, enable then save the configuration.
Enabling NAT
Your LAN can use one set of IP addresses for internal traffic and a second set of addresses for external traffic. The router with NAT does the simple IP routing between the LAN interface and the WAN interface. NAT hides the LAN address behind a single IP address on the wireless side.
Your internal addresses are shielded from the public Internet.
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Disabling NAT
The router functions without performing any address translation on the packets passing through it.
Masquerading of packets originating from the LAN is disabled.
Address translation of packets arriving from the WAN is also disabled.
Any DNAT Configuration previously setup in the DNAT Configuration screen is disabled. This prevents the user from adding any DNAT rules, which if allowed defeat the purpose of enabling Routing.
PPP General Group
PPP:
Enable or disable PPP. The default is Disable. When enabled, the unit functions as a router. PPP must be disabled to access the integrated cellular modem directly using telnet port 5000. If PPP is enabled, you cannot access the integrated cellular modem.
Dial-on-Demand:
Enable or disable Dial-on-Demand. The default is Disable. If you disable it, the router always stays connected unless the Idle Time Out expires. When Dial-on-Demand is enabled, use the ‘Wakeup on Call’ settings under the PPP menu to configure the settings for re-establishment of the connection.
Idle Time Out:
Set the amount of idle time that passes before the router timeouts. The default is 180 seconds. If the time expires, the PPP connection to the Internet disconnects. Any IP packets from the LAN side or IP traffic from the wireless side resets this timer and prevents the connection from dropping.
Connect Time Out:
Set the number of seconds to wait for a connection while in receive mode before timing out.
Dialing Max Retries: Enter the number of dialing retries allowed. The default is zero, which means an infinite number is allowed. Range 0 to 100.
Authentication Group
Authentication Type:
Set the authentication protocol type that negotiates with the remote peer: pap/chap/papchap. Default is pap-chap.
Username:
Enter the Username with which the remote peer authenticates. You can leave this field blank, if desired. Username is limited to 60 characters.
Password:
Enter the Password with which the remote peer authenticates. You can leave this field blank, if desired. Password is limited to 60 characters.
ICMP Keep Alive Check
Keep Alive Check:
Enable or disable Keep Alive Check. The default is Disable. This is used to periodically check that the Internet connection is up. If it is not, the router tries to reconnect.
Keep Alive Type:
Select ICMP or TCP (the protocol type for Keep Alive).
Host Name:
Enter the Host Name or IP Address for Keep Alive Check. No default.
TCP Port:
Enter the TCP Port number to connect with the TCP server.
Interval:
Set the number of seconds for Keep Alive Check. Default is 60 seconds.
ICMP Count:
Set the number of ICMP Keep Alive Checks to be sent to the specified host. Default is 10.
Modem Configuration Group
To know the proper information to enter into this group, refer to the Customer Activation Notices included with the product.
Dial Number:
Set the dial number to be dialed. Default is NULL.
For GSM models, the Dial Number is *99***1#
For CDMA models, the Dial Number is #777
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Dial Prefix:
Set the modem dial prefix. The default is ATDT.
Connect String:
Set the modem Connect String. The default is CONNECT.
APN:
Enter the APN (Access Point Name). The APN is assigned by your wireless service provider.
Init String 1-4:
Configure the modem init strings. You can set up to 4 modem initialization strings.
Baud Rate:
The Baud Rate option is only displayed on certain models and is set at 230.4K, by default. The default setting is set for maximum performance. Setting the baud rate higher, particularly on the G2 models, is not recommended as it may adversely affect the performance.
Submitting and Saving Your Changes
To save these settings, click Submit.
To ensure your changes go into effect, click Save and Restart.
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PPP, Wakeup-on-Call Parameters
The Wakeup-on-Call feature allows the router to wake up and initiate a connection when there is an incoming call or LAN activity. . The Wakeup-on-Call feature reduces the cost incurred when a router is online and available 24/7.
If you desire some security with this feature, you can set up the router to wake up based on Caller ID or SMS instead of allowing all incoming calls to wake up the router. Dial-on-Demand in the IP Setup menu must be enabled for wakeup-on-call features to go into effect.
Note:
When provisioning this feature, you must allow incoming calls, SMS capability, and caller-id.
Wakeup-on-Call Configuration Group
Wakeup on Call:
Enable or disable the Wakeup-on-Call feature. The default is Disable. Wakeup on Call occurs when a ring or caller ID is detected. This triggers the router to reconnect after the ‘Time Delay’ expires.
Time Delay:
Enter the amount of time that you want to pass between the reception of a call and the initiation of the Wakeup-on-Call connection. A time delay is needed to make sure that the incoming call has ended before the connection is initiated. The default is 10 seconds.
Dial-on-Demand from LAN:
The default is disable. When enabled, the router reconnects when it sees IP traffic on the LAN is needed to route. If this feature is disabled, Dial-on-Demand initiates a PPP connection to the Internet only from the WAN, not from the LAN.
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Init Strings:
Configure the router initialization strings. These init strings need to be specific to the integrated cellular modem. Some initialization may be required for the integrated cellular modem to accept SMS for
‘Wakeup on Call’. Init-num can range from 1-5. The default is NULL. Refer to the following table for examples of
Init Strings depending on model.
Model
C1-EN2-GP
E1-EN2-GP
G2-EN2-GP
H5-EN2*
H5-EN2- GP*
Init 1
AT+CMGF=1
AT+CMGF=1
Init 2 Init 3
AT+CNMI=2,2,0,0,1
AT+CSMS=1 AT+CNMI=2,2,0,0,1
AT+CSMS=1 AT+CNMI=2,2,0,0,1
AT+CLIP=1
AT+CLIP=1
EV2-EN2* AT+CLIP=1
EV2-EN2- GP* AT+CLIP=1
*Does NOT support Wakeup On Call using SMS.
Submit:
Click Submit to save these settings.
Init 4
AT+CLIP=1
AT+CLIP=1
AT+CLIP=1
Ack
AT+CNMA
AT+CNMA
AT+CNMA
Comment
Ring with CLI, SMS with ACK
Ring with CLI, SMS with ACK
Ring with CLI, SMS with ACK
Ring with CLI
Ring with CLI
Ring with CLI
Ring with CLI
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Caller ID Configuration Group
Add “Wakeup on Call” Caller ID:
To add Caller ID to the Wakeup-on-Call function, enter the Caller ID that can wake up the router. Enter ‘RING’ (all Caps) to wake up on any call.
Enter a CID phone number or an SMS message.
Ensure the SMS message string does not contain any spaces between words.
After entering the Caller ID, click the Add button. The Caller ID displays at the bottom of the page. You can enter any number of IDs.
A Caller ID can be edited or deleted using Options, which are available once a Caller ID is displayed.
Caller Acknowledgement Configuration
Acknowledgement String to Caller:
The configured string of (0 to 40 characters) that is sent to the integrated cellular modem upon receiving a valid caller ID from the WAN. The default is NULL string.
Note:
If the string is not configured, acknowledgement to the caller is not sent upon successful caller ID reception.
Submitting and Saving Your Changes
To save these settings, click Submit.
To ensure your changes go into effect, click Save and Restart.
Wakeup-On-Call Examples
Example 1 – Set Up the Ethernet Router to Activate on Incoming SMS Message
1.
On the
PPP > PPP Configuration
page, configure the following parameters:
●
PPP General
Make sure that PPP is Enabled (the default).
●
Make sure Dial-on-Demand is Enabled (the default).
Set the Idle Time Out to the number of seconds you desire.
Authentication
Your wireless service provider may require you to have a separate PPP Username and Password. If so, enter them here.
Note: If a username and password are required, your wireless provider likely gave these items to you when you activated your account.
●
Modem Configuration
Make sure your Dial Number is entered correctly.
For GSM models, the Dial Number is *99***1#
For CDMA models, the Dial Number is
#777
Enter your APN. Your wireless service provider assigns the APN.
Example: AT+CGDCONT=1,"IP","Internet" The Example: AT+CGDCONT=1,”IP”,”Internet” needs to be removed. Just the APN name needs to be entered in the APN field.
2.
To save the changes made on this page, click Submit.
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3.
On the
PPP > Wakeup-on-Call
screen, configure the following parameters:
●
Wakeup-on-Call Configuration
Select Enable for Wakeup-on-Call.
●
Set the Time Delay. You can use the 10 second default.
Enter the Init Strings from the model dependent table described in the Wakeup-on-Call Configuration.
4.
To save the changes made on this page, click Submit.
●
Caller ID Configuration
Enter an SMS to add to the Caller ID list.
Note:
Add the SMS message string into the Caller ID list. The SMS message string must not contain any spaces between words. When the configured string matches the SMS message string, it activates the
Wakeup-on-Call feature.
●
To save each message as it is entered into the Caller ID list click Add.
Caller Acknowledgement Configuration
Enter a configured string (0 to 40 characters) that is sent to the integrated cellular modem upon receiving a valid Caller ID from the WAN.
Set the Wakeup Acknowledgement string configuration with the command at+cnma
To save the Acknowledgement Configuration, click the Submit.
5.
To ensure your changes go into effect, click Save and Restart. The device saves all the settings and reboots the computer.
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Example 2 – Determine if the router Is Supporting Incoming Calls and Caller ID
1.
On the PPP > PPP Configuration page, make sure that PPP is Disabled.
2.
On the PPP > Wakeup-on-Call screen, make sure that Wakeup-on-Call is Disabled.
3.
To open a command prompt, from the Start button and select Run.
4.
Type CMD to open the command window. Click OK.
5.
When the command window opens, telnet to the router
.
Note:
5000 is the router port number. d. Enter your username and password to login. e. Enter an AT command to make sure you receive a response; i.e., OK. f. To determine the dial number of your router, enter the command AT+CNUM.
6.
For the Wakeup-on-Call function to work the RING or CALLER ID information must appear.
To determine if the RING message shows, from another phone, call your router using the dial number of your router.
7.
To enable Caller ID, enter the AT+CLIP=1 command. Make the call again to verify Caller ID information.
Some wireless providers do not provide caller ID information if you have only a data plan.
Example 3 – Set Up the Ethernet Router to Activate on ALL Incoming Calls
1.
On the
PPP >PPP Configuration
page, set up the following parameters:
PPP General
●
Make sure that PPP is Enabled.
●
Make sure Dial-on-Demand is Enabled.
●
Set the Idle Time Out to the number of seconds you desire.
Authentication
●
Your wireless service provider may require you to have a separate PPP User name and Password. If so, enter them here.
Note:
If a username and password are required, your wireless provider likely gave you these items when you activated your account.
Modem Configuration
●
●
Make sure your Dial Number is entered correctly:
For GSM models, the Dial Number is *99***1#
●
Submit
For CDMA models, the Dial Number is #777
●
Click the Submit button to save the changes made on this screen.
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2.
On the
PPP > Wakeup-on-Call
screen, set up the following parameters:
Wakeup-on-Call Configuration
●
Select Enable for Wakeup-on-Call.
●
●
Set the Time Delay to 3 seconds. You can use the 10 second default.
Ensure all Init Strings are empty.
●
●
Submit Button
Click the Submit button to save these settings.
Caller ID Configuration
●
Enter the string RING to the Caller ID list.
3.
●
Click the Add Button to save the string to the Caller ID list.
To ensure your changes go into effect, click Save and Restart. The device saves all the settings and reboots the computer.
Example 4 – Set Up the Ethernet Router to Activate on Matching Caller IDs Only:
1.
On the
PPP > PPP Configuration
screen, set up the following parameters:
PPP General
●
Make sure that PPP is Enabled.
●
●
Make sure Dial-on-Demand is Enabled.
Set the Idle Time Out to the number of seconds you desire.
Authentication
●
Your wireless service provider may require you to have a separate PPP username and password. If so, enter them here.
Note:
If a username and password are required, your wireless provider likely gave you these items when you activated your account.
Modem Configuration
●
Make sure your Dial Number is entered correctly:
For GSM models, the Dial Number is *99***1#
For CDMA models, the Dial Number is #777
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2.
To save the changes, click Submit.
3.
On the
PPP > Wakeup-on-Call
screen, set up the following parameters:
Wakeup-on-Call Configuration
●
Select Enable for Wakeup-on-Call.
●
Set the Time Delay. You can use the 10 second default.
●
●
Enter the Init Strings:
To set Wakeup Init String 1 type AT+CLIP=1.
●
To save settings, click Submit.
Caller ID Configuration
●
●
●
To add a caller’s ID, to the Caller ID list, type that id.
Click Add.
To save each Caller ID as it is entered to the Caller ID list, click Add.
●
To ensure your changes go into effect, click Save and Restart. The device saves all the settings and reboots the computer.
PPP, Power-On Configuration Parameters
The Power-On Configuration feature allows you to set an initialization string that is sent to the router upon boot up.
Power-On Init String:
You can enter a string of 0 to 40 characters that is sent to the router upon boot up. All commands initializes before you proceed with regular PPP related activity.
Note:
When no initialization string is configured, regular functions of the router is retained.
To save this setting click SUBMIT.
To ensure your changes go into effect, click Save and Restart.
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PPP, Modem Commands Parameters
You can configure modem commands to allow an external application to query modem information.
●
The application can use the URL
UU
HTTP://xxx.xxx.xxx.xxx/modeminfor.html
UU
to determine the IP address that is currently assigned to the integrated cellular modem after the PPP connection is established.
●
You can also display the results of up to ten AT commands.
Modem AT Commands Configuration Group
These commands are sent when a PPP connection to the network is initiated.
Useful HSDPA AT commands include:
Command
AT+CGSN
AT+CGMR
AT+CNUM
AT+COPS?
AT+CREG?
AT+CSQ
Description
Product Serial Number
Software Version
Wireless Subscriber Number
Network Information (Operator)
Network Registration
Signal Quality
Retrieving Modem Information without using a browser:
To obtain the integrated cellular modem information without using a browser:
1.
Make a TCP connection to port 80 (same as the Web Admin port) and send data as:
2.
GET /atinfor.html HTTP/1.1
Press Enter twice.
Refer to the AT Command Reference Guides for other commands.
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Networks & Services, Network Configuration Parameters
Network Configuration Group
Use this group to add networks or hosts. After you define and add a network, you can delete or edit it by using the table.
4.
To add the network, click Add. The defined network appears in the table.
Configuring the Network
Before you configure the network, note the following:
●
You cannot edit a Network/Host Name.
●
You cannot delete a Network/Host another configuration is using it.
●
Network/Host changes are reflected in all the configurations in the Web Management software where they are used.
●
Network/Hosts that you add here are displayed in the following sections: Static Routes, DNAT, and Packet
Filters.
To configure:
1.
In the Name field, type the name of the Network/Host. Make sure the same address-mask pair does not already appear in the list. The Name is limited to 15 characters maximum.
2.
In the IP Address field, type the IP Address of the Network/Host. Make sure the same address-mask pair does not already appear in the list.
3.
In the Subnet Mask field, type the Network Mask of the Network/Host. For Host addresses, the mask is entered as 32.
Note:
See Appendix A -- Table of Commonly Supported Subnets.
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Networks & Services, Service Configuration Parameters
Service Configuration Group
These parameters let you specify the standard set of well known services available on the system. These services enable the configuration of the user-defined services. You can delete or edit services after defining and adding them. Use the table at the bottom of the screen.
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Configuring New Services
Before you configure the network, note the following:
●
A Service Name cannot be edited.
●
A Service cannot be deleted if it is used in another configuration.
●
1.
Service changes are reflected in all the configurations in the Web Management software where they are used.
●
Services added here are displayed in the following sections: DNAT, Packet Filters.
To configure:
For the new service, configure the following parameters:
Name:
Enter the name of the Service which is limited to 16 characters. It has to be unique.
Protocol:
Enter the type of protocol (TCP, UDP).
Source Port:
Enter the Destination Port for this service. The source and destination ports can be entered either as a single port or a range using a colon as the separator.
2.
Destination Port:
Enter the name of the Destination Port for the service.
Click Add. The new service is added and appears on the page.
Packet Filters, Packet Filters Parameters
You can Delete or Edit a packet filter rule after it has been defined and added by using the table at the bottom of the screen.
Packet Filter Group
From (Host/Networks):
Enter the network/host from which the packet must originate for the filter rule to match.
The Any option, which matches all IP addresses regardless of whether they are officially assigned addresses or private addresses, may also be entered. The network/host must be pre-defined in the Networks section.
Service:
Enter the service that is to be matched with the filter rule. These services must be pre-defined in the
Services section. These services precisely define the traffic to be filtered.
To (Host/Networks):
Enter the network/host to which the packet must send for the filter rule to match. The Any option, which matches all IP addresses regardless of whether they are officially assigned addresses or private addresses, may also be entered. The network/host must be pre-defined in the Networks section.
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Action:
Enter the action that the packet filter executes if the rule matches any traffic traversing the firewall. Types of actions defined are:
●
Accept:
Allows/accepts all packets that match this rule.
●
Reject:
Blocks all packets that match this rule. The host sending the packet is informed that the packet has been rejected.
●
Drop:
Blocks all packets that match this rule, but the host is not informed; that is, this is a silent drop.
●
Log:
Packets matching the rule; that is, the corresponding source address, destination address, and service are logged.
Add Button:
Click the Add button. The defined packet filter rule is added and appears at the bottom of the screen.
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Packet Filters, DNAT Configuration Parameters
DNAT Configuration Group
Destination Network Address Translation (DNAT) allows you to place servers within the protected network and make them available for a certain service to the outside world. The DNAT process running on the router translates the destination address of incoming packets to the address of the real network server on the LAN. The packets are then forwarded.
You can Delete or Edit a DNAT rule after it has been defined and added by using the table at the bottom of the screen.
Note:
When adding rules, at least one host must be defined in the Network Configuration section.
Allow Access:
Select a network or host to which IP packets are allowed and re-routed. The network/host must be pre-defined in the Network Configuration section.
External Service:
Select the External Service that you want allowed. The service must be defined in the Service
Configuration section.
LAN IP: Select the LAN IP to which the packets are to be diverted. Only one host can be defined as the destination.
Internal Service: Select the Internal Service to be the destination.
Internal Source:
Select the source address for packets that are going to be sent. If you do not want to change the address, select NOCHANGE.
Save Button:
Click Save. The defined DNAT configuration is added and appears at the bottom of the page. Entries can be deleted or edited by clicking the Edit or the Delete buttons.
Example: Setting Up DNAT and Port Forwarding to an Internal Device
Note:
The internal device can be camera, meter, security device, and so on.
Situation:
Assume the device is on a LAN with an IP address of 192.168.2.100 and the port to access the device is port 7700.
1.
In the
Network & Services > Network Configuration
group, define the following parameters:
Name –
Enter a name for the LAN device.
IP Address and Subnet Address –
Enter the IP address and subnet address of the device.
Example:
Name = MeterIP
IP Address = 192.168.2.100
Subnet Address = 255.255.255.255. The subnet mask in the network configuration is not defined using x.x.x.x notation. It uses ‘bit’ notation. So 255.255.255.255 = 32.
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2.
To save this configuration, click Add.
3.
In the
Network & Services > Service Configuration
group, define a service name. For this example, the service is a meter.
Name –
Enter a name for the service (use a name that identifies the service for you).
Example:
MeterPort
Protocol –
Select a protocol.
Example:
tcp or udp
S-Port / Client –
Enter the source port for this service. Example: 1:65535
D-Port / Server –
Enter the destination port for this service. Example: 7700
4.
Add –
Click the Add button to save this configuration.
In the Packet Filters > DNAT Configuration group, define the DNAT rule.
Allow Access –
Select the original target network/host of the IP packets that you now want rerouted. The original target network/host is the one previously defined in the Network Configuration section.
Example:
Any
External Service –
Select the External Service that you want allowed. The service must be defined in the
Service Configuration section.
LAN IP –
Select the LAN IP to which the packets are to be diverted. Only one host can be defined as the destination.
Internal Service –
Select the Internal Service to be the destination.
Pre DNAT Service –
Select the service for the Pre-DNAT destination. This service was just defined in the
Service Configuration section.
Example:
MeterPort
Post DNAT IP –
Select the destination to which the IP packets are to be diverted. Only one host can be defined as the Post DNAT destination.
Example:
MeterIP
Post DNAT Service –
Select the service for the Post DNAT configuration.
Example:
MeterPort
Internal Source –
Select the source address for packets that are going to be sent. If you do not want to change the address, select NOCHANGE.
Example:
NOCHANGE
5.
To save this configuration, click Save.
Note:
You must click Save and Restart once you have completed and submitted all the screens on which you have made changes. The device saves all the settings and reboot the computer.
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Packet Filters, Advanced Parameters
Connection Tracking Group
H323:
Enable or disable the forwarding of H323 packets across the firewall.
PPTP:
Enable or disable PPTP Packet Pass-through (PPTP NAT support).
Note:
H323 and PPTP are disabled by default.
ICMP Configuration Group
Use the Internet Control Message Protocol (ICMP) to test the network connections and the firewall. You can also use ICMP for diagnostic purposes. ICMP on Firewall and ICMP Forwarding always apply to all IP addresses; i.e.,
Any. When these are enabled, all IP hosts can Ping the firewall (ICMP on Firewall) or the network behind it (ICMP
Forwarding).
ICMP on LAN:
Enable or disable the transfer of ICMP packets on the LAN interface.
ICMP on WAN:
Enable or disable the transfer of ICMP packets on the WAN interface.
ICMP Forward:
Enable or disable the forwarding of ICMP packets through the firewall into the local network.
Note:
ICMP on the LAN, WAN, and Forward are enabled by default.
Submitting and Saving Your Changes
To save these settings, click Submit.
To ensure your changes go into effect, click Save and Restart.
GRE Tunnels
Generic Routing Encapsulation (GRE) includes GRE tunneling and GRE routing
First, you create the GRE Tunnels by using the GRE Tunnel Configuration group.
Then, you configure the routes for the remote networks that are routed through a tunnel, by using the GRE
Routes Configuration group. All the traffic destined to remote networks associated to a tunnel are routed through that tunnel.
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GRE Tunnels > GRE Tunnels
Tunneling allows the use of a public network to convey data on behalf of two remote private networks. It is also a way to transform data frames to allow them to pass networks with incompatible address spaces or even incompatible protocols. If you want to read more about how this works, see the online Help.
GRE Tunnel Configuration Group
Tunnel Name:
Enter a name for the new tunnel.
Local IP:
Select the local interface on which the tunnel is created. Eventually, the packets destined for this tunnel are routed through it.
Note:
When adding a tunnel, use only one of the following: Remote IP or FQDN.
Remote IP:
Select the Remote IP address that marks the other end point of the tunnel. This is where the routed packets are received).
OR
FQDN:
Enter the FQDN (Fully Qualified Domain Name) for the Remote IP, which can be either the IP Address or an
FQDN.
Add Button:
Click the Add button. The defined GRE tunnel configuration is added and appears at the bottom of the screen.
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Remote Network: Select the remote network for which the traffic destined to it must be routed through the given tunnel.
Tunnel Name:
Select the name of the tunnel through which the traffic is routed.
Note: To add a tunneled route, the remote network and the tunnel must have been defined in Network
Configuration. The tunnel configuration must be completed before setting the GRE route configuration.
Add Button:
Click Add. The defined GRE route configuration is added and appears at the bottom of the page.
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DHCP Server, Subnet Settings
General Configuration
DHCP (Dynamic Host Configuration Protocol) is a protocol that allows individual devices on an IP network to get their own network configuration information (IP address, subnet mask, broadcast address, etc.) from a DHCP server. The overall purpose of DHCP is to make it easier to administer a large network.
DHCP:
Enable or disable the DHCP server.
Subnet:
Enter the subnet address. If you want to change the DHCP subnet address, you first have to delete all the subnet settings below.
Mask:
Enter the subnet mask.
Gateway:
Enter the gateway address.
DNS:
Enter the DNS address.
Lease Time:
Select the DHCP Lease Time from the selection box. Lease time is set in days, hours, and minutes. A
Lease Time of 00-00-00 is an Infinite Lease Time.
To save your changes, click SUBMIT.
To ensure your changes go into effect, click Save and Restart.
Subnet Settings
From-To Range:
Enter the range of IP addresses to be assigned by DHCP.
Add:
Click the Add button. The address range is added and appears in the table at the bottom of the screen. Once the range displays, you can delete if necessary.
Note:
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DHCP Fixed Configuration
The DHCP server can be made to assign a fixed IP address for a particular user by identifying the MAC address.
This binding can be made permanent by configuring it here. The same IP address is not be used for any DHCP client with a different MAC address, even if there is no active DHCP connection with that IP address.
MAC Address:
Enter the MAC address to which the specified IP address binds.
IP Address:
Enter the fixed IP address to be assigned.
Add:
Click the Add button. The addresses are added and appear in the table at the bottom of the page from where they can be deleted or changed.
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IPSec
The IPSec (IP Security) protocol suite, based on modern cryptographic technologies, provides security services like encryption and authentication at the IP network layer. It secures the whole network traffic providing guaranteed security for any application using the network.
You can use IPSec to create private secured tunnels between two hosts, two security gateways, or a host and a security gateway. Up to three tunnels can be active at any given time. You can save more than three active tunnels, but they are not active.
IPSec provides encryption and authentication services at the IP level of the protocol stack. IPSec can protect any traffic carried over IP.
Authentication and Encryption Overview
IPSec provides the following services:
●
Authentication only
●
Encryption only
To transmit and receive data securely over an unprotected network:
1.
Select the type of IPSec service—authentication or encryption—required for the connection.
2.
Establish a secure connection by a key exchange process, using one of the following:
●
●
Manual Keying where the authentication and encryption keys are provided manually on both sides of the connection.
Auto Keying using IKEv2 Protocol where the authentication and encryption keys are generated on either side of the connection and exchanged by different methods.
3.
Transfer data using the connection.
IPSec > IPSec
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IPSec
VPN Status: Check the VPN Status checkbox to enable IPSec. Click Save.
Add a New Connection
Add IKE Connection:
Click Add IKE Connection. A page opens where you can configure an IKE connection.
Add Manual Connection:
Click Add Manual Connection. A page opens where you can configure a manual connection.
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Add IKE Connection
Add an IKE Connection
Connection Name
: Type a name for the connection.
Compression:
Check the compression checkbox to enable IPCOMP, the compression algorithm.
Perfect Forward Secrecy (PFS):
Check the PFS checkbox to enable PFS, a concept in which the newly generated keys are unrelated to the older keys). This is enabled by default.
Authentication Method:
Authentication can be done using Pre-Shared Secrets.
Pre-Shared Key:
The Pre-Shared Key must be agreed upon and shared by the VPN endpoints. Configured it at both endpoints of the tunnel.
Select Encryption:
Select the encryption method. 3DES is recommended. Options include 3DES, AES-128, AES-192,
AES-256
IKE Life Time:
The duration for which the ISAKMP SA lasts, from successful negotiation to expiration. The default value is one hour and the maximum is 8 hours.
Key Life:
The duration for which the IPSec SA lasts, from successful negotiation to expiration. The default value is one hour and the maximum is 24 hours.
Number of Retries:
Specify the number of retries for the IPSec tunnel. Enter zero for unlimited retries.
Local WAN IP:
This is the interface initiating the IPSec tunnel.
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Local LAN:
Internal subnet of the local security gateway for which the security services are provided. If the router acts as a host, configured as None.
Remote Gateway IP:
Interface where the IPSec tunnel ends. In the case of a Road Warrior with a Dynamic IP address, configure to ANY.
FQDN:
FQDN is a Fully Qualified Domain Name that resolves to the Local Wan IP of the router or in the case of
GRE/IPSEC, it is used to identify the Wan IP of the remote location. This is provided by your ISP or created by you if you are using a Dynamic DNS service. When FQDN is selected, leave the Remote Gateway IP blank.
Remote LAN:
Internal subnet of the remote security gateway for which the security services are provided. If the remote end is the host, set this to None.
UID (Unique Identifier String):
Check the UID box to enable the Local ID and Remote ID. Local ID and Remote ID are active only when UID is enabled.
Local ID
Enter a string identifier for the local security gateway.
Remote ID
Enter a string identifier for the remote security gateway.
NetBIOS Broadcast:
Check this option to enable broadcasts over the connection. It allows computers on the network to share Microsoft file and printer sharing information.
103B11 3B
Save Button: Click the Save button to save these settings.
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Add Manual Connection
Connection Name:
Type name to identify the connection.
Compression:
Check the compression checkbox to enable IPCOMP, the compression algorithm.
Authentication Method:
Select the authentication algorithms used for the respective security services. Options are MD5-96 and SHA1-96.
Authentication Key:
The VPN firewall can use either MD5-96 or SHA1-96 for authentication. For example, MD5-96 with a key of abcdefgh12345678.
Authentication Protocol Key Length Accepted Characters
SHA1-96 Must be 20 characters Alphanumeric characters
MD5-96 Must be 16 characters Alphanumeric characters
Encryption Method:
Select the encryption method. Options include 3DES, AES-128, AES-192, AES-256, and NULL
(no encryption).
Encryption Key:
The router can use any one of the methods specified in its encryption algorithm. For example
3DES uses 24 alphanumeric characters (192 bits) as its encryption key. Example: 1234567890abcdefabcdabcd
Encryption Protocol Key Length Accepted Characters
Null
3DES
AES-128
AES-192
Must be 24 characters
Must be 24 characters
Must be 16 characters
Must be 24 characters
Alphanumeric Characters
Alphanumeric Characters
Alphanumeric Characters
Alphanumeric Characters
AES-256 Must be 32 characters Alphanumeric Characters
SPI Base:
The Security Parameter Index identifies a manual connection. The SPI is a unique identifier in the SA
(Secure Association – a type of secure connection) that allows the receiving computer to select the SA under which a packet is processed. The SPI Base is a number needed by the manual keying code. Enter any 3-digit hexadecimal number, which is unique for a security association. Enter in the format of 0xhex (0x100 through 0xfff is recommended). If you have more than one manual connection, then the SPI Base must be different for each one.
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Left Next Hop:
Next Hop is the address of the next device in a routing table’s path that moves a packet to its destination. You can configure this setting or leave it as a static value: 0.0.0.0. When not configured, the value is set to the Gateway of the Box/Gateway configured on the Interface/Right IP. The selection is based on the Left and Right IP.
Local WAN IP:
Select the Interface to initiate the IPSec tunnel (Left Security Gateway).
Local LAN:
Select the internal subnet of the local security gateway for which the security services are to be provided. If the router acts as a host, configure as None. Other options are Any, LAN, LAN Interface, WAN 1, WAN
1 Interface.
Remote Gateway IP:
Select the interface in which the IPSec tunnel ends. In the case of Road Warriors with a
Dynamic IP addresses, set to ANY. Other options include: LAN, LAN Interface, WAN 1, WAN 1 Interface, and None.
FQDN:
FQDN is a Fully Qualified Domain Name that resolves to the Local Wan IP of the router or in the case of
GRE/IPSEC, it is used to identify the Wan IP of the remote location. This is provided by your ISP or created by you if you are using a Dynamic DNS service. When FQDN is selected, leave the Remote Gateway IP blank.
Remote LAN:
This is the internal subnet of the remote security gateway for which the security services are to be provided. If the remote end is a host, set to None.
NetBIOS Broadcast:
Check this option to enable broadcasts over the connection. This allows computers on the network to share Microsoft file and printer sharing information.
Save Button:
Click Save to save these settings.
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Serial-Port, Serial Port Settings Parameters
Serial-Port Configuration Group
Serial-Port Configuration lets you configure the serial terminal connected to the RS-232 connector DE9 on the back of the unit.
Baud Rate:
Sets the baud-rate at which the serial terminal is communicating. The default is 115200.
Flow Control:
Sets the flow control for the serial port. Options are None or RTS-CTS. The default is None.
Data Bits:
Sets the data bits for the serial port. Data bit selection is 7 or 8. The default is 8.
Stop Bits:
Sets the stop bits for the serial port. Options are 1 or 2. The default is 1.
Parity:
Sets the parity for the serial port. Options are None, Even, or Odd. The default is None.
Buffer Length:
Sets the length up to which the data from the serial device is buffered before IP transmission. The default length is 32-characters.
Timeout:
Sets the timeout value for the serial terminal of how long it waits before IP transmission. The default is
1-second.
Submit Button:
Click Submit to save these settings.
Power Management Configuration Group
Configures when the processor or radio is placed in low power mode. The device only wakes up when there is data on the serial port. If there is no data on the serial port, and the amount of time that you specify in the Timer option is expired, then the processor or radio goes into low power mode.
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●
●
The feature is only supported when the TCP client is enabled. This feature is not supported if you are using a UDP client or if a
TCP/UDP Server is enabled. Also, you cannot place an H5 radio (for MTCBA-H5-EN2-xx models) into low power mode.
Allows
: Determines which items, if any, are placed into low power mode. Select the desired option:
●
None
●
Processor
You can place the processor into low power mode for all models except EN3.
Radio
ProcessorAndRadio
You can place both the processor and radio into low power mode for the following radios: EV2, G2, and C1.
You cannot place the radio into low power mode for the following radios: E, E1, and EV1.
Timer
: When the time specified by this option expires, the processor only, or the radio only or both the processor and radio device are put into low power mode. Default is 120 seconds. The time range is 120 seconds minimum, to 3600 seconds maximum.
Submit Button:
Click Submit to save these settings.
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Serial Port, Client Settings Parameters
The TCP/UDP client feature enables the router to act as a proxy TCP/UDP client to the serial terminal connected to the DE9, RS232 port on the router thus facilitating the serial terminal to access any TCP/UDP server on the
LAN/WAN. Once the session, serial terminal to TCP/UDP server, is opened successfully, it allows two-way traffic between the serial device and the remote server.
Initial connection setup for the TCP/UDP client is as follows:
TCP/UDP
Server
LAN / WAN
Router hardware
TCP/UDP
Client
DE9
Connector
HyperTerminal /
Minicom
Serial
Device
TCP/UDP – Client Configuration Group
Configures TCP/UDP Client through which the serial terminal connected to the RS-232 connector, DE9 on the back of the unit communicates with the remote TCP/UDP server on the LAN/WAN.
Status:
Sets the client status to either Enable or Disable. The default is Disable.
Client Type:
Sets the client to either TCP or UDP. The default is TCP.
Primary Server:
Enter the Primary Server IP address or Hostname. The default is blank.
Port:
If a Primary Server IP address or hostname is enabled, enter the port number of the server.
Secondary Server:
Enter the Secondary Server IP address or Hostname. The default is blank.
Port:
If a Secondary Server IP address or hostname is enabled, enter the port number of the server.
Connection start By:
Sets the trigger (Carriage Return (CR), DTR Assert, or Always on) in the serial port by which the connection starts. The default is Carriage Return (CR).
Connection Terminate By:
Sets the connection terminate sequence as follows:
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Escape Sequence:
Set the escape sequence characters at which the connection terminates.
Inactivity timeout:
Set the inactivity timeout at which the connection terminates.
Others:
Use to set the other terminating sequences: DTR-toggle or Always-On.
DTR-toggle:
If DTR status goes low, the connection terminates.
Always-On:
Sets the terminate sequence as Always-on.
Submit Button:
Click Submit to save these settings.
Serial Port, Server Settings Parameters
This feature enables a TCP/UDP client on the Ethernet network to connect to the remote serial terminal connected to the DE9, RS232 port on the router. The router acts as a TCP/UDP server which allows two way traffic between the TCP/UDP client and the remote terminal on the serial port.
The initial connection setup for the TCP/UDP server is shown in the figure that follows.
Router hardware
TCP/UDP
Client
LAN / WAN
TCP/UDP
Server
HyperTerminal /
DE9
Connector
Minicom
Serial
Device
TCP/UDP – Server Configuration Group
Configures TCP/UDP Server through which the serial terminal connected to the RS-232 connector, DE9 on the back of the unit listens for the remote TCP/UDP client to communicate on the LAN/WAN.
Status:
Sets the client status to either Enable or Disable. The default is Disable
Server Type:
Sets the client to either TCP or UDP. The default is TCP.
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Port: Sets the server port. The default is None
Connection Terminate By: Sets the connection’s terminate sequence as follows:
Escape Sequence: Set the escape sequence characters at which the connection terminates.
Inactivity timeout:
Set the inactivity timeout at which the connection terminates.
Others: T
he other terminating sequences are: DTR-toggle or Always-On.
DTR-toggle:
If DTR status goes low, the connection terminates.
Always-On:
Sets the terminate sequence as Always-on.
Submit Button:
Click Submit to save these settings.
Tools, Tools Parameters
DDNS Group
DDNS Force Update:
Click Update to update the DDNS server with your current dynamically assigned IP address.
DDNS Status:
Click Refresh to display the DDNS Status after a forced update.
Modem Group
Reset Modem:
Click Reset to reset the integrated cellular modem.
Tools, Firmware Upgrade Parameters
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Firmware Upgrade Group
Use the Firmware Upgrade group to upgrade the firmware for the router. You can find and download all Multi-
Tech firmware upgrades from the Multi-Tech Website.
Before you upgrade your firmware, note the following:
●
Save your present configuration in case you want to use it again.
●
The new firmware is written into flash memory.
●
1.
A firmware upgrade takes at least 4 minutes. Do not turn off power during this time because the firmware is being downloaded.
●
Do not upgrade the firmware remotely through the Cellular wireless connection.
To upgrade firmware:
Navigate to the area where you stored the firmware upgrade. To do so, click Browse.
2.
Select the mtcba-en2-u-xxx.bin file and press Enter. The file name displays in the Browse file for upgrade field. Make sure you select the correct BIN file; otherwise, your router can become inoperable.
3.
Click Upgrade.
When upgrade is completed, the program returns to the main login screen.
4.
After the firmware upgrade is complete, verify the configuration is as expected.
●
●
In particular, check that the DHCP scope settings are set properly.
Also, up to four IPSEC tunnels can be active at any given time. You can save more than four active tunnels, but they are not active.
Tools, Load Configuration Parameters
Load Configuration Group
Browse File for Load Configuration:
Click Browse to open the file that allows you to locate the configuration file.
When found, highlight the file name and press Enter so that the file name displays in the field. Then click Load.
Notes:
●
The new configuration is written into the flash.
●
A Configuration Upgrade takes at least 3 seconds to download and 60 seconds to install the settings and reboot. Reboot happens automatically.
When you click Load, the following dialog box opens. It shows the name of the file you selected.
82 MultiModem rCell User Guide
Chapter 3 – Using the Web Management Software
Click the Find, Save, or Cancel buttons as desired.
Tools, Save Configuration
Click this option to save the configuration.
MultiModem rCell User Guide 83
Statistics & Logs
Statistics & Logs > System Information
This is an example of the Statistics & Logs System Information.
Chapter 3 – Using the Web Management Software
84 MultiModem rCell User Guide
Chapter 3 – Using the Web Management Software
Statistics & Logs > Ethernet
This is an example of the Ethernet Statistics & Logs page. It shows Ethernet statistics.
MultiModem rCell User Guide 85
Chapter 3 – Using the Web Management Software
Statistics & Logs > PPP
This is an example of the PPP Statistics & Logs page. It shows PPP statistics when PPP is enabled.
86 MultiModem rCell User Guide
Chapter 3 – Using the Web Management Software
Statistics & Logs > PPP Trace
This is an example of the PPP Trace Statistics & Logs page. It shows the PPP trace messages.
Statistics & Logs > DHCP Statistics
This is an example of the DHCP Statistics & Logs page. It shows the statistics of DHCP leases.
Statistics & Logs > GRE Statistics
This page displays the statistics of active tunnels.
MultiModem rCell User Guide 87
Chapter 3 – Using the Web Management Software
Statistics & Logs > Modem Information
This page displays the modem commands set on the PPP > Modem Commands page and also displays the results of the commands.
Statistics & Logs > Service Status
This page displays the summary of the service status.
Statistics & Logs > TCP/UDP Client Live Log
This page displays the TCP/UDP Client Live Log.
Statistics & Logs > TCP/UDP Server Live Log
This page displays the TCP/UDP Server Live Log.
88 MultiModem rCell User Guide
Chapter 3 – Using the Web Management Software
Statistics & Logs > IPSec Live Log
This page displays the IPSec Live Log.
Statistics & Logs > IPSec Log Traces
This page displays the IPSec Log Traces.
MultiModem rCell User Guide 89
Appendix A – Commonly Supported Subnets
255.255.255.128
/25
255.255.255.192
/26
255.255.255.224
/27
255.255.255.240
/28
This table lists commonly supported subnets organized by address.
Network Number
N.N.N.0
N.N.N.128
Network Number
N.N.N.0
N.N.N.64
N.N.N.128
N.N.N.192
Network Number
N.N.N.0
N.N.N.32
N.N.N.64
N.N.N.96
N.N.N.128
N.N.N.160
N.N.N.192
N.N.N.224
Network Number
N.N.N.0
N.N.N.16
N.N.N.32
N.N.N.48
N.N.N.64
N.N.N.80
N.N.N.96
N.N.N.112
N.N.N.128
N.N.N.144
N.N.N.160
N.N.N.176
N.N.N.192
N.N.N.208
N.N.N.224
N.N.N.240
Hosts Available
N.N.N.1-126
N.N.N.129-254
Hosts Available
N.N.N.1-62
N.N.N.65-126
N.N.N.129-190
N.N.N.193-254
Hosts Available
N.N.N.1-30
N.N.N.33-62
N.N.N.65-94
N.N.N.97-126
N.N.N.129-158
N.N.N.161-190
N.N.N.193-222
N.N.N.225-254
Hosts Available
N.N.N.1-14
N.N.N.17-30
N.N.N.33-46
N.N.N.49-62
N.N.N.65-78
N.N.N.81-94
N.N.N.97-110
N.N.N.113-126
N.N.N.129-142
N.N.N.145-158
N.N.N.161-174
N.N.N.177-190
N.N.N.193-206
N.N.N.209-222
N.N.N.225-238
N.N.N.241-254
Broadcast Address
N.N.N.127
N.N.N.255
Broadcast Address
N.N.N.63
N.N.N.127
N.N.N.191
N.N.N.255
Broadcast Address
N.N.N.31
N.N.N.63
N.N.N.95
N.N.N.127
N.N.N.159
N.N.N.191
N.N.N.223
N.N.N.255
Broadcast Address
N.N.N.15
N.N.N.31
N.N.N.47
N.N.N.63
N.N.N.79
N.N.N.95
N.N.N.111
N.N.N.127
N.N.N.143
N.N.N.159
N.N.N.175
N.N.N.191
N.N.N.207
N.N.N.223
N.N.N.239
N.N.N.255
MultiModem rCell User Guide 90
255.255.255.248
/29
Network Number
N.N.N.0
N.N.N.8
N.N.N.16
N.N.N.24
N.N.N.32
N.N.N.40
N.N.N.48
N.N.N.56
N.N.N.64
N.N.N.72
N.N.N.80
N.N.N.88
N.N.N.96
N.N.N.104
N.N.N.112
N.N.N.120
N.N.N.128
N.N.N.136
N.N.N.144
N.N.N.152
N.N.N.160
N.N.N.168
N.N.N.176
N.N.N.184
N.N.N.192
N.N.N.200
N.N.N.208
N.N.N.216
N.N.N.224
Network Number
N.N.N.232
N.N.N.240
N.N.N.248
Appendix A – Commonly Supported Subnets
Hosts Available
N.N.N.1-6
N.N.N.9-14
N.N.N.17-22
N.N.N.25-30
N.N.N.33-38
N.N.N.41-46
N.N.N.49-54
N.N.N.57-62
N.N.N.65-70
N.N.N.73-78
N.N.N.81-86
N.N.N.89-94
N.N.N.97-102
N.N.N.105-110
N.N.N.113-118
N.N.N.121-126
N.N.N.129-134
N.N.N.137-142
N.N.N.145-150
N.N.N.153-158
N.N.N.161-166
N.N.N.169-174
N.N.N.177-182
N.N.N.185-190
N.N.N.193-198
N.N.N.201-206
N.N.N.209-214
N.N.N.217-222
N.N.N.225-230
Hosts Available
N.N.N.233-238
N.N.N.241-246
N.N.N.249-254
Broadcast Address
N.N.N.7
N.N.N.15
N.N.N.23
N.N.N.31
N.N.N.39
N.N.N.47
N.N.N.55
N.N.N.63
N.N.N.71
N.N.N.79
N.N.N.87
N.N.N.95
N.N.N.103
N.N.N.111
N.N.N.119
N.N.N.127
N.N.N.135
N.N.N.143
N.N.N.151
N.N.N.159
N.N.N.167
N.N.N.175
N.N.N.183
N.N.N.191
N.N.N.199
N.N.N.207
N.N.N.215
N.N.N.223
N.N.N.231
Broadcast Address
N.N.N.239
N.N.N.247
N.N.N.255
91 MultiModem rCell User Guide
Appendix A – Commonly Supported Subnets
255.255.255.252
/30
Network Number
N.N.N.0
N.N.N.4
N.N.N.8
N.N.N.12
N.N.N.16
N.N.N.20
N.N.N.24
N.N.N.92
N.N.N.96
N.N.N.100
N.N.N.104
N.N.N.108
N.N.N.112
N.N.N.116
N.N.N.120
N.N.N.124
N.N.N.128
N.N.N.132
N.N.N.136
N.N.N.140
N.N.N.144
N.N.N.148
N.N.N.28
N.N.N.32
N.N.N.36
N.N.N.40
N.N.N.44
N.N.N.48
N.N.N.52
N.N.N.56
N.N.N.60
N.N.N.64
N.N.N.68
N.N.N.72
N.N.N.76
N.N.N.80
N.N.N.84
N.N.N.88
N.N.N.152
N.N.N.156
N.N.N.160
N.N.N.164
N.N.N.168
N.N.N.172
N.N.N.176
N.N.N.180
N.N.N.184
N.N.N.188
N.N.N.192
N.N.N.196
N.N.N.200
N.N.N.204
N.N.N.208
MultiModem rCell User Guide
Hosts Available
N.N.N.1-2
N.N.N.5-6
N.N.N.9-10
N.N.N.13-14
N.N.N.17-18
N.N.N.21-22
N.N.N.25-26
N.N.N.29-30
N.N.N.33-34
N.N.N.37-38
N.N.N.41-42
N.N.N.45-46
N.N.N.49-50
N.N.N.53-54
N.N.N.57-58
N.N.N.61-62
N.N.N.65-66
N.N.N.69-70
N.N.N.73-74
N.N.N.77-78
N.N.N.81-82
N.N.N.85-86
N.N.N.89-90
N.N.N.93-94
N.N.N.97-98
N.N.N.101-102
N.N.N.105-106
N.N.N.109-110
N.N.N.113-114
N.N.N.117-118
N.N.N.121-122
N.N.N.125-126
N.N.N.129-130
N.N.N.133-134
N.N.N.137-138
N.N.N.141-142
N.N.N.145-146
N.N.N.149-150
N.N.N.153-154
N.N.N.157-158
N.N.N.161-162
N.N.N.165-166
N.N.N.169-170
N.N.N.173-174
N.N.N.177-178
N.N.N.181-182
N.N.N.185-186
N.N.N.189-190
N.N.N.193-194
N.N.N.197-198
N.N.N.201-202
N.N.N.205-206
N.N.N.209-210
Broadcast Address
N.N.N.3
N.N.N.7
N.N.N.11
N.N.N.15
N.N.N.19
N.N.N.23
N.N.N.27
N.N.N.95
N.N.N.99
N.N.N.103
N.N.N.107
N.N.N.111
N.N.N.115
N.N.N.119
N.N.N.123
N.N.N.127
N.N.N.131
N.N.N.135
N.N.N.139
N.N.N.143
N.N.N.147
N.N.N.151
N.N.N.31
N.N.N.35
N.N.N.39
N.N.N.43
N.N.N.47
N.N.N.51
N.N.N.55
N.N.N.59
N.N.N.63
N.N.N.67
N.N.N.71
N.N.N.75
N.N.N.79
N.N.N.83
N.N.N.87
N.N.N.91
N.N.N.155
N.N.N.159
N.N.N.163
N.N.N.167
N.N.N.171
N.N.N.175
N.N.N.179
N.N.N.183
N.N.N.187
N.N.N.191
N.N.N.195
N.N.N.199
N.N.N.203
N.N.N.207
N.N.N.211
92
N.N.N.212
N.N.N.216
N.N.N.220
N.N.N.224
N.N.N.228
N.N.N.232
N.N.N.236
N.N.N.240
N.N.N.244
N.N.N.248
N.N.N.252
Appendix A – Commonly Supported Subnets
N.N.N.213-214
N.N.N.217-218
N.N.N.221-222
N.N.N.225-226
N.N.N.229-230
N.N.N.233-234
N.N.N.237-238
N.N.N.241-242
N.N.N.245-246
N.N.N.249-250
N.N.N.253-254
N.N.N.215
N.N.N.219
N.N.N.223
N.N.N.227
N.N.N.231
N.N.N.235
N.N.N.239
N.N.N.243
N.N.N.247
N.N.N.251
N.N.N.255
93 MultiModem rCell User Guide
Appendix B– Regulatory Information
Appendix B – Regulatory Information
EMC, Safety, and R&TTE Directive Compliance
The CE mark is affixed to this product to confirm compliance with the following European Community Directives:
Council Directive 2004/108/EC of 15 December 2004 on the approximation of the laws of Member States relating to electromagnetic compatibility; and
Council Directive 2006/95/EC of 12 December 2006 on the harmonization of the laws of Member States relating to electrical equipment designed for use within certain voltage limits; and
Council Directive 1999/5/EC of 9 March 1999 on radio equipment and telecommunications terminal equipment and the mutual recognition of their conformity.
FCC Part 15 Class A Statement
This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part
15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
●
Reorient or relocate the receiving antenna.
●
Increase the separation between the equipment and receiver.
●
Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
●
Consult the dealer or an experienced radio/TV technician for help.
Warning: Changes or modifications to this unit not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.
Industry Canada
This Class A digital apparatus meets all requirements of the Canadian Interference-Causing Equipment Regulations.
Cet appareil numérique de la classe A respecte toutes les exigences du Règlement Canadien sur le matériel brouilleur.
MultiModem rCell User Guide 94
Appendix B– Regulatory Information
Waste Electrical and Electronic Equipment Statement
WEEE Directive
The WEEE Directive places an obligation on EU-based manufacturers, distributors, retailers, and importers to takeback electronics products at the end of their useful life. A sister directive, ROHS (Restriction of Hazardous
Substances) complements the WEEE Directive by banning the presence of specific hazardous substances in the products at the design phase. The WEEE Directive covers all Multi-Tech products imported into the EU as of
August 13, 2005. EU-based manufacturers, distributors, retailers and importers are obliged to finance the costs of recovery from municipal collection points, reuse, and recycling of specified percentages per the WEEE requirements.
Instructions for Disposal of WEEE by Users in the European Union
The symbol shown below is on the product or on its packaging, which indicates that this product must not be disposed of with other waste. Instead, it is the user’s responsibility to dispose of their waste equipment by handing it over to a designated collection point for the recycling of waste electrical and electronic equipment. The separate collection and recycling of your waste equipment at the time of disposal will help to conserve natural resources and ensure that it is recycled in a manner that protects human health and the environment. For more information about where you can drop off your waste equipment for recycling, please contact your local city office, your household waste disposal service or where you purchased the product.
July, 2005
REACH Statement
Registration of Substances:
After careful review of the legislation and specifically the definition of an “article” as defined in EC Regulation 1907/2006,
Title II, Chapter 1, Article 7.1(a)(b), it is our current view Multi-Tech Systems, Inc. products would be considered as “articles”.
In light of the definition in § 7.1(b) which requires registration of an article only if it contains a regulated substance that “is intended to be released under normal or reasonable foreseeable conditions of use,” our analysis is that Multi-Tech Systems,
Inc. products constitute nonregisterable articles for their intended and anticipated use.
Substances of Very High Concern (SVHC):
Per the candidate list of Substances of Very high Concern (SVHC) published October 28, 2008 we have reviewed these substances and certify the Multi-Tech Systems, Inc. products are compliant per the EU “REACH” requirements of less than
0.1% (w/w) for each substance.
If new SVHC candidates are published by the European Chemicals Agency, and relevant substances have been confirmed, that exceeds greater than 0.1% (w/w), Multi-Tech Systems, Inc. will provide updated compliance status.
7B
Multi-Tech Systems, Inc. also declares it has been duly diligent in ensuring that the products supplied are compliant through a formalized process which includes collection and validation of materials declarations and selective materials analysis where appropriate. This data is controlled as a part of a formal quality system and will be made available upon request.
95 MultiModem rCell User Guide
Appendix B– Regulatory Information
Restriction of the Use of Hazardous Substances (RoHS)
Multi-Tech Systems, Inc.
Certificate of Compliance
2011/65/EU
Multi-Tech Systems confirms that its embedded products comply with the chemical concentration limitations set forth in the directive 2011/65/EU of the European Parliament (Restriction of the use of certain Hazardous
Substances in electrical and electronic equipment - RoHS)
These Multi-Tech products do not contain the following banned chemicals 1 :
●
Lead, [Pb] < 1000 PPM
●
Mercury, [Hg] < 1000 PPM
●
Hexavalent Chromium, [Cr+6] < 1000 PPM
●
Cadmium, [Cd] < 100 PPM
●
Polybrominated Biphenyl, [PBB] < 1000 PPM
●
Polybrominated Diphenyl Ether, [PBDE] < 1000 PPM
Environmental considerations:
●
Moisture Sensitivity Level (MSL) =1
●
Maximum Soldering temperature = 260C (in SMT reflow oven)
1 Lead usage in some components is exempted by the following RoHS annex, therefore higher lead concentration would be found in some modules (>1000 PPM);
–Resistors containing lead in a glass or ceramic matrix compound.
MultiModem rCell User Guide 96
Appendix B– Regulatory Information
Information on HS/TS Substances According to Chinese
Standards
In accordance with China’s Administrative Measures on the Control of Pollution Caused by Electronic Information
Products (EIP) # 39, also known as China RoHS, the following information is provided regarding the names and concentration levels of Toxic Substances (TS) or Hazardous Substances (HS) which may be contained in Multi-Tech
Systems Inc. products relative to the EIP standards set by China’s Ministry of Information Industry (MII).
Name of the
Component
Lead
(PB)
Mercury
(Hg)
Hazardous/Toxic Substance/Elements
Cadmium
(CD)
Hexavalent
Chromium
(CR6+)
Polybrominated
Biphenyl
(PBB)
Polybrominated
Diphenyl Ether
(PBDE)
Printed Circuit Boards
O O O O O O
Resistors
Capacitors
X
X
O
O
O
O
O
O
O
O
O
O
Ferrite Beads
Relays/Opticals
O
O
O
O
O
O
O
O
O
O
O
O
ICs
O O O O O O
Diodes/ Transistors
Oscillators and Crystals
O
X
O
O
O
O
O
O
O
O
O
O
Regulator
O O O O O O
Voltage Sensor
Transformer
O
O
O
O
O
O
O
O
O
O
O
O
Speaker
O O O O O O
Connectors
LEDs
O
O
O
O
O
O
O
O
O
O
O
O
Screws, Nuts, and other
Hardware
AC-DC Power Supplies
X O O O O O
O O O O O O
Software /
Documentation CDs
Booklets and Paperwork
Chassis
X
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
Represents that the concentration of such hazardous/toxic substance in all the units of homogeneous material of such component is higher than the SJ/Txxx-2006 Requirements for Concentration Limits.
O
Represents that no such substances are used or that the concentration is within the aforementioned limits.
97 MultiModem rCell User Guide
Appendix B– Regulatory Information
Information on HS/TS Substances According to Chinese
Standards (in Chinese)
依照中国标准的有毒有害物质信息
根据中华人民共和国信息产业部 (MII) 制定的电子信息产品 (EIP) 标准－中华人民共和国《电子信息产品污
染控制管理办法》（第 39 号），也称作中国 RoHS，下表列出了 Multi-Tech Systems, Inc. 产品中可能含有的
有毒物质 (TS) 或有害物质 (HS) 的名称及含量水平方面的信息。
有害/有毒物质/元素
成分名称
铅 汞 镉 六价铬
(CR6+)
多溴联苯 多溴二苯醚
(PB) (Hg) (CD) (PBB) (PBDE)
印刷电路板
电阻器
O
X
O
O
O
O
O
O
O
O
电容器
X O O O O
铁氧体磁环
继电器/光学部件
O
O
O
O
O
O
O
O
O
O
IC
O O O O O
二极管/晶体管
振荡器和晶振
调节器
O
X
O
O
O
O
O
O
O
O
O
O
O
O
O
电压传感器
变压器
扬声器
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
连接器
LED
O
O
O
O
O
O
O
O
O
O
螺丝、螺母以及其它五金件
交流-直流电源
X
O
O
O
O
O
O
O
O
O
X
软件/文档 CD
手册和纸页
底盘
O
O
O
O
O
O
O
O
O
O
O O O O O
表示所有使用类似材料的设备中有害/有毒物质的含量水平高于 SJ/Txxx-2006 限量要求。
O
表示不含该物质或者该物质的含量水平在上述限量要求之内。
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
O
MultiModem rCell User Guide 98
Index
Index
A
Access Point Name .......................................................... 32
AH Key ............................................................................ 75
Authentication Algorithms ............................................... 75
Auto Dialout configuration .............................................. 38
Autodiscovery configuration ............................................ 38
B
Broadcast timer ................................................................ 38
Browse File for Upgrade in Tools .................................... 82
Browse File to Load Configuration .................................. 82
C
Caller ID for Wakeup on Call .......................................... 54
Canadian Regulations ....................................................... 94
CDMA Antenna Specifications ........................................ 22
CDMA RF Specifications ................................................ 22
China’s Administrative Measures on the Control of
Pollution ....................................................................... 97
Configure Ethernet interface ............................................ 31
D
Daylight Savings Time configuration .............................. 44
DDNS Client .................................................................... 41
DDNS configuration ........................................................ 41
DDNS Status in Tools ...................................................... 81
DHCP configuration ......................................................... 69
DHCP fixed addresses ...................................................... 70
DHCP Lease Time ........................................................... 69
DHCP server .................................................................... 69
Dial-on-Demand ............................................................... 50
DNAT configuration ........................................................ 64
DNAT example ................................................................ 64
Dynamic DNS configuration ............................................ 41
E
EMC, Safety, and R&TTE Directive Compliance ........... 94
Ethernet ports caution ........................................................ 8
F
Firmware Upgrade ........................................................... 82
G
General Configuration – IP Setup .................................... 38
GPS Antenna Specifications ............................................ 24
99
GPS RF Specifications .................................................... 24
GRE route configuration ................................................. 68
GRE routing ..................................................................... 66
GRE tunnel configuration ................................................ 67
GRE tunneling ................................................................. 66
GSM RF Specifications ................................................... 23
H
H323 packets connection tracking ................................... 66
Handling Precautions ......................................................... 8
HTTP authentication ........................................................ 40
HTTP configuration
...................................................... 40
I
ICMP configuration ......................................................... 66
ICMP Keep Alive Check ................................................. 50
IP Configuration .............................................................. 38
IP Server .......................................................................... 41
ITCP ................................................................................ 62
L
Load Configuration .......................................................... 82
M
Menu structure ................................................................. 34
Modem Information ......................................................... 90
N
NAT configuration .......................................................... 49
Navigating ....................................................................... 34
Network configuration ..................................................... 60
Network/Host for Remote Configuration ........................ 45
P
Packet Filter ..................................................................... 62
Packet filter rules ............................................................. 62
Perfect Forward Secrecy .................................................. 73
Pin Functions ................................................................... 25
Polling time ..................................................................... 43
Power Requirements ........................................................ 22
Power-On Configuration ................................................. 58
PPP authentication ........................................................... 50
PPP configuration ............................................................ 50
PPTP connection tracking................................................ 66 protocol ............................................................................ 62
MultiModem rCell User Guide
Index
R
Raw Dialout configuration ............................................... 38
Remote Configuration ...................................................... 45
Reset Modem in Tools ..................................................... 81
RoHS Compliance ............................................................ 96
Route configuration .......................................................... 44
S
Safe password .................................................................. 40
Save configuration in Tools ............................................. 83
Select encryption method ................................................. 75
Server Port ........................................................................ 38
Service Configuration ...................................................... 61
SNTP configuration ......................................................... 43
Static Routes configuration .............................................. 44
Statistics & Logs > DHCP Statistics ................................ 87
Statistics & Logs > Ethernet ............................................. 85
Statistics & Logs > Modem Information .......................... 88
Statistics & Logs > PPP ................................................... 86
Submenus ......................................................................... 36
Subnets ............................................................................. 90
Syslog configuration ........................................................ 38
System domain name ....................................................... 41
T
Time zone configuration .................................................. 43
Tools ................................................................................ 81
U
UDP ................................................................................. 62
V
Vehicle Safety ................................................................. 10
W
Wakeup on Call ............................................................... 52
Wakeup on Call Examples ................................... 54, 56, 57
WEEE Directive .............................................................. 95
Wizard Setup ............................................................. 31, 32
MultiModem rCell User Guide 100
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