Important Safety Instructions! ..................................................................................................... 7
Check the Box Contents ........................................................................................................................................... 7
About This Document ................................................................................................................... 8
Purpose and Audience ............................................................................................................................................. 8
Terms used in this manual .................................................................................................................................... 8
Base Station ........................................................................................................................................................... 10
Connecting the Base Station ............................................................................................................................... 10
Wall mounting the base station .......................................................................................................................... 12
Handset and Charger ............................................................................................................................................. 13
Charging the battery ........................................................................................................................................... 14
Powering on the Handset.................................................................................................................................... 14
Initial System Configuration ................................................................................................. 15
Using the Base Station Interface ................................................................................................ 16
Configuring General System Settings ......................................................................................... 17
Change Configuration and Management Settings ................................................................................................. 18
Change the Default Password ................................................................................................................................ 19
Change the PSTN Tones and Emergency Dialing ................................................................................................... 19
Configure the Network Settings Screen ................................................................................................................. 20
Configure Time Settings ...................................................................................................................................... 21
Configuring the SIP Server Settings ............................................................................................ 22
To edit an existing server .................................................................................................................................... 24
To delete a server ............................................................................................................................................... 24
Program the SIP Extensions ................................................................................................................................... 24
To edit an extension ............................................................................................................................................ 26
To delete extensions ........................................................................................................................................... 26
Register Handsets to Extensions ............................................................................................................................ 26
To deregister a handset ...................................................................................................................................... 28
Multiple Base (Multi-cell) Systems ....................................................................................... 29
System Chain ID and RPN ....................................................................................................................................... 29
Setting Up a Multi-cell System ................................................................................................... 31
Configuring the Primary Base Station .................................................................................................................... 32
Configuring Level 1 Base Stations .......................................................................................................................... 33
Configuring Base Stations at Level 2 and Up ......................................................................................................... 36
Removing Base Station(s) from a Multi-Cell System .............................................................................................. 37
Changing the Primary Base Station in a Chain ....................................................................................................... 38
System Maintenance ........................................................................................................... 40
Backing Up Configuration Settings ............................................................................................. 40
Restoring a Configuration ...................................................................................................................................... 41
Updating the Firmware .............................................................................................................. 41
Setting Up Firmware Folders ................................................................................................................................. 41
Valid server, folder, and firmware file name examples (base stations) .............................................................. 41
Valid server, folder, and firmware file name examples (handsets) .................................................................... 42
Configuring the Firmware Update Settings ........................................................................................................... 42
Updating Base Station Firmware ........................................................................................................................... 43
To verify the firmware update ............................................................................................................................ 45
Base Station Configuration Interface ......................................................................................... 46
Available Screens ................................................................................................................................................... 46
Global Buttons and Options ................................................................................................................................... 47
Time Screen ........................................................................................................................................................... 61
Country Screen....................................................................................................................................................... 63
Web Security Screen .............................................................................................................................................. 63
Central Directory Screen ........................................................................................................................................ 63
Multi Cell Screen .................................................................................................................................................... 64
When using your telephone equipment, basic safety precautions should always be
followed to reduce the risk of fire, electric shock and injury to persons, including the
following:
• This unit is NOT waterproof. DO NOT expose this unit to rain or moisture.
• Do not use this product near water, for example, near a bath tub, wash bowl, kitchen
sink or laundry tub, in a wet basement or near a swimming pool.
• Use only the power cord and batteries indicated in this manual.
• Do not dispose of batteries in a fire. They may explode. Check with local codes for
possible special disposal instructions.
• Do not place the handset in any charging cradle without the battery installed and the
battery cover securely in place.
SAVE THESE INSTRUCTIONS!
CAUTION! Risk of explosion if battery is replaced by an incorrect type!
Dispose of used batteries according to the instructions. Do not open or
mutilate the battery. Disconnect the battery before shipping this product.
For more details, see the Important Information section.
Check the Box Contents
If any items are missing or damaged, contact Customer Service immediately.
Never use damaged components!
1) Connect a standard Ethernet cable (Cat 5 or higher) to the Ethernet/PoE jack on the
rear of the base station. Route the cable through the channel as shown below.
Figure 3 Connecting the base station
2) Connect the other end of the cable to your TCP/IP network.
When the base station powers on, the STATUS LED on the front briefly lights orange and
then turns off while it initializes and connects to the network. After the base station
successfully initializes and connects to the network, the LED lights green and remains
1) Install the handset battery as shown below. (For more detailed instructions, see the End
User’s Guide.)
Figure 7: Installing the handset battery
Remove the battery
cover from the back
of the handset.
Insert the bottom of the battery into the
compartment. Lay the battery down and
push it gently until it snaps into place.
2) Use the charger AC adapter to connect the
charger's AC jack to a standard 120V AC power
outlet.
3) Place the handset in the charger with the display
facing forward. The HANDSET STATUS LED should
turn on; if it doesn’t, reseat the handset or try
plugging the AC adapter into a different outlet.
Replace the battery
cover and slide it up
into place.
Figure 8: Inserting the handset
into the charger
4) Place the spare battery (if available) in the back
section of the charger; the BATTERY STATUS LED
should turn on. (Pull the battery latch back
slightly to fit the battery in the slot.)
Charge each battery completely (about 10
hours) before using it.
Powering on the Handset
To power up the handset, press End. The handset searches for the base station or multicell chain it is registered to and connects to the unit with the strongest signal.
To power down the handset, press and hold End until the display turns off (about 4
seconds).
This guide assumes that the EXP1240 system will be installed in a network environment
where the following servers are already installed and functioning:
• SIP server/VoIP PBX
• DHCP server
• NTP server
• TFTP server. This server must contain the following folders:
∘
LOG:
for SIP log files. Base stations must be able to write to this folder which
should be created in the TFTP server’s working directory.
∘
{firmware path}
page 41)
: for firmware update files (see Setting Up Firmware Folders,
• Syslog server. Base stations must be able to write to this server.
• DNS server Only required if you are using host names to access network nodes
There are some general server and base station requirements:
• The SIP server/VoIP PBX, NTP, and Syslog servers must be available at all times.
• If the base stations acquire their IP addresses dynamically (rather than being
statically assigned), then the DHCP server must be available at all times.
• The TFTP server must be available for firmware updates and SIP log uploads.
• All base stations must be on the same subnet.
• Servers can reside on the same machine.
Table 4 shows a top-level summary of the steps needed to configure the base station to
operate in a single-cell system. You will use these same steps to configure the first base
station in a multi-cell system.
7. Program extensions on each SIP server. Extensions Required
8. Register a handset to each extension. Extensions Required
Web Security Recommended
Country
Time
Settings
Network
Servers
Required for countries other
than the US and Canada
Required (If you are updating
Server information, you must
reboot the base station for
changes to take effect.)
Required (You must reboot the
base station for changes to
take effect).
Using the Base Station Interface
Each base station has a built-in HTTP server that controls the configuration interface. To
open the web page:
1) Open a web browser window and type the IP address of the base station in the address
bar. If you don't know the base station's IP address, try one of the following:
∘ Use the IP Search function on the handsets. On any handset, press Menu (
), then enter
MAC and IP addresses of all base stations within range. Find the MAC
address of the base station in the list to determine its IP address. To exit IP
Search, press End ( ) twice.
address bar of your browser (just insert the MAC address of the base station
in place of
2) Enter the user ID and password. The default user ID and password are both
lower case). The base station opens the
{MAC}
Figure 9:
).
Home/Status
Home/Status
screen
screen.
ipdect<{MAC}>
in the
admin
(all
• You can open any configuration screen by clicking its name on the left side of the
screen; the screen name links appear on every screen.
Configuring General System Settings
This document does not cover general IP and SIP network setup. If you need
more information on the necessary settings for your servers, contact your
network administrator.
field, enter the title you want to appear in the configuration
screens for this base station. (This will help you verify that you have logged into the
correct base station in the future.) The title can be any HTML-readable text string.
3) In the
Configuration server address
field, enter the IP address or URL of the server that
hosts SIP log files (this is usually your TFTP server). The base station will also copy its
debug files to this sever. The TFTP Server must be running for SIP log file uploads.
4) Under
Management Transfer Protocol
, select
TFTP.
5) HTTP management is reserved for system development; just ignore these fields.
6) If you want to have this base station copy SIP messages onto the configuration server,
select
{MAC_address}_SIP_{timestamp}.log
Enabled
in the
Upload of SIP Log
(Unless you’re troubleshooting a specific problem,
field. SIP logs are named in the format of
you should leave this disabled.)
7) Trace server information is reserved for system development; just ignore these fields.
8) To have this base station copy system log messages onto a system log server, enter the
IP address of the server in the
listening to a port other than the default, enter that port number in
Then, in the
an administrative audience. Event logs included are incoming call, outgoing
call, handset registration, DECT location, firmware updates, call lost due to
busy, critical system errors, and general system information. Select this level
during system configuration unless requested by a technician to select one
of the other levels.
∘
System Analyze
technical logs. This level of logging is targeted for a level 1 or 2 tech support.
∘
Debug
whose audience are system developers. Please be aware that enabling this
level of logging will degrade system performance.
9) Click Save when you’re finished.
: This will output the previous two types of logs plus lower level logs
: This will output normal operation event logs targeted for
: This will output normal operation event logs plus more
Change the Default Password
In the left panel of the
Security
screen. Enter a new username and password, then click Save.
Home/Status
Figure 11:
screen, select
Web Security
Web Security
screen
. This opens the
Web
Be sure to keep track of the new user name and password according to your
organization’s procedures.
Change the PSTN Tones and Emergency Dialing
If the system connects to the PSTN in the US or Canada, skip this section.
2) Enter the correct settings for your network and click Save. Refer to Appendix A:
Software Reference on page 46 if you need more information on these fields.
Normally, you need to reboot the base station to activate new network settings.
However, during initial configuration, wait until you configure the rest of the screens
before rebooting. (Changing the
Time Settings
, for instance, will force a reboot.)
Configure Time Settings
1) In the left hand panel, select
Figure 14:
Time
. This opens the
Time Settings
Time Settings
screen
screen.
2) In the
Time Server
field, enter the IP address or URL of the server that distributes
reference clock information for your network. This server must be visible to the base
stations at all times.
3) In the
Time server refresh interval
field, change the number of hours the base should
wait before it checks the time server again (if necessary).
4) In the
Timezone
field, select the number of hours the local time zone differs from
GMT/UTC time. For example, US Central Standard Time (CST) is 6 hours behind UTC, so
you would set the
Timezone
field to
−
6:00
.
5) Enter any necessary settings for Daylight Savings Time, then click Save & Reboot. (If
you need more information on these fields, refer to Appendix A: Software Reference on
page 46.)
, then enter the necessary information for the first SIP server.
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EXP1240 System Installation Guide Revision 06
Selecting YES indicates If information in “rport” and “received”
parameters is different from local information. Base will perform new
SIP registration with the new information in “Contact” header. If
NATAdaption
information in “rport and “received” parameters is not different from
local information then no action is performed.
Selecting NO means the Base Station disregards information from the
“rport” and “received” parameters.
Enter the IP address of the SIP server. If desired, you can add the port
SIP Server
number after the IP address using the format
192.168.250.111:5080
).
{IPaddress}:{port}
(e.g.,
If there is a SIP Proxy, between the base station and the SIP server, enter
Outbound Proxy
the IP address of the SIP Proxy. If desired, you can add the port number
after the IP address using the format
192.168.250.111:5060
).
{IPaddress}:{port}
(e.g.,
Enter the number of seconds that will determine the frequency of
handset re-registrations with the SIP Server. If the number of seconds is
less than 600, then the frequency will be half of the number of seconds.
Re-registration
time
If the number of seconds is 600 or greater, then the frequency will be
the value minus 300 seconds. As examples, if the entered number of
seconds is 500, then the re-registration frequency will be 500/2 = 250
seconds. If the number of seconds is 700, then the re-registration
frequency will be 700 – 300 = 400 seconds.
DTMF Signalling
Codec Priority
Select the type of DTMF signalling used by the SIP server:
–
SIP INFO
: DTMF tones are sent out of band along the SIP signalling
path.
–
RFC 2833
: DTMF tones are sent via data packets in a different
internet layer than the voice stream.
–
Both
: DTMF tones are sent both in the SIP signalling path (
mode) and via data packets (
RFC 2833
mode).
SIP INFO
Set the priority order of the voice codecs in use by the SIP server. The
base station will use the codecs in the order they appear in the list. To
change the priority of the codecs, select a codec and click one of the
following:
– Up: move the selected codec up the priority list.
– Down: move the selected codec down the priority list.
– Reset: restore the default codec list.
– Remove: remove the selected codec from the list (the base station
Enter the handset phone number or SIP username as configured
on the SIP server or VoIP PBX.
Authentication User
Name
and
Password
Display Name
Mailbox Name
Server
Forwarding
Unconditional Number
Forwarding No Answer
Number
Forwarding on Busy
Number
Enter the name and password you use to register with the
selected SIP server.
Enter the name of this extension (up to 10 characters). This
name is used for reference on the web interface.
Enter the name of the voice mailbox this extension should use.
Select the SIP server this extension is programmed on.
Forward all calls: Enter the number the system should forward
calls to. Select
Enable
to turn call forwarding on or
Disable
to
leave it off.
Forward on no answer: Enter the number the system should
forward calls to when this extension does not answer, then
enter the number of seconds you want the system to wait in the
field to the right. Select
Disable
to leave it off.
Enable
to turn call forwarding on or
Forward on busy: Enter the number the system should forward
calls to when this extension is busy. Select
forwarding on or
5) Repeat the process for each extension you want to program for this server. To program
extensions for a different server, select the new server on the main
Extensions
screen.
To edit an extension
1) Click on the name of the extension in the list. The parameters for that extension are
loaded into the screen.
2) Edit the parameters you want to change, then click Save,
OR click Cancel to leave the extension parameters unchanged.
To delete extensions
3) Click the check box beside the extensions you want to delete.
4) Click
Delete Extension(s)
OR click Cancel to leave the extension information in the base station.
. When the base station asks you to confirm, click OK,
When you delete an extension, any handset(s) registered to that extension
will be deregistered automatically.
Register Handsets to Extensions
In a multi-cell system, you can register the handsets to extensions from any
base station. When a handset is moved into another base station's range, it
will automatically update its registration to the new base station after 5 to 7
minutes.
1) On the
can only register one extension at a time.)
Extensions
screen, click the box beside the extension you want to register. (You
To install a EXP1240 system with more than one base, you must configure it as a multicell system. This section explains how to configure multi-cell systems. For detailed
information on multi-cell operation and the difference between single and multi-cell
systems, see the Network Planning Guide.
Timing Levels
• In multi-cell systems, one base station serves as the primary synchronization source
for all the other base stations. This base station is considered at timing Level 0.
• Base stations at Level 1 get their timing directly from the primary base station. (These
must be in range of the primary base station.)
• Base stations at Level 2 get their timing from base stations at Level 1. Base stations at
Level 3 get their timing from base stations at Level 2, and so on.
• Level 6 is the maximum timing level.
System Chain ID and RPN
To enable base stations to recognize members of the same system, each multi-cell
system requires a separate system chain ID number. All base stations that share a system
chain ID will function as part of the same multi-cell system.
Within the system chain, each base station is automatically assigned an
identification number. When you select a synchronization source for each base station,
you will use the source's RPN to identify it.
• The system assigns the RPN based on the order in which the base stations are added
to the chain. For example, the first base station added to the chain (usually the
primary) is assigned an RPN of 00, the second base is assigned an RPN of 04.
• If you want the base stations to appear in a particular sequence, add the stations to
the chain in that order.
RPN
Figure 21 shows an example of a multi-cell system, and Table 5 summarizes the
parameters for this example. This information is used throughout the instructions.
field, enter the maximum number
of handset registrations (up to 30) for each base station. This number is synchronized
among all the bases in the chain, so you only have to enter it once.
. Any other base stations in this chain should show
of the base station you are logged into should show
Connected
This
(i.e.,
connected to the network and functioning properly) as their IP status. If any
base station shows
Connection Loss
as its IP status, that base station is not
connected to the network or has lost power.
∘ The primary base station always serves as its own sync source, so the
sync source
Property
∘ This base station's
Property
∘ Check the
field should display
field shows
field will show
DECT sync source
Primary
DECT sync source
Locked
Primary:RPN{its own RPN}.
The
.
will show
(any) RPN
and its
.
drop-down box for this base station to verify
DECT
DECT
DECT
that there is a selection for the primary base station with a dBm value. If
there is not a dBm value, wait for the system to further synchronize
(approximately 2 minutes). When there is a dBm value, select the primary
base station from the
DECT sync source
drop-down box and click Save.
∘ If the primary base station is not on the list or if the signal strength is below -
70 to -73 dBm (-74dBm or less), move this base station to a different
location. (You could also configure the other Level 1 base stations first and
then come back and configure this one at Level 2.)
∘ The
DECT Chain
appears at the bottom of the display and shows the
synchronization source for all base stations in this system. Until the primary
Figure 26:
base station is selected as the
the
DECT Chain
Base Station Group
for this base station.
table, synchronization complete (
DECT sync source
, there will be a warning in
Multi-cell
screen)
13) When the system has finished synchronizing, repeat this process for each base station at
∘ Select a synchronization source for this base station in the
list (usually, this is the base station with the strongest signal). Wait until this
base station locks onto the synchronization source, then click Save.
table, Level 2 added (
Multi-cell
screen)
DECT sync source
∘ In the
source.
8) When the system has finished synchronizing, repeat this process for each base station at
Level 2.
9) After you’ve configured all the base stations at Level 2, follow the same procedure for
the base stations at Level 3, Level 4, and so on, until all base stations have been added to
the system.
DECT Chain
, this base station will appear under its synchronization
Removing Base Station(s) from a Multi-Cell System
Before removing the primary base station from the system, configure a
different base station to be the primary synchronization source (see page 38).
Never default or remove a base station from a chain with an ID of 0 (or
RPN00), or the chain will have to be rebuilt.
1) Login to a base station other than the one you want to remove from the system.
screen to see if any extensions are registered to the base station to
be removed. The State column displays which base station the handset extensions are
registered.
4) Physically move the handsets registered to those extensions out of this base station's
coverage area and place them next to a different base station. Wait for the handsets to
change their registration to the new base station. Alternatively, power off the handsets,
and power them on near the different base station.
5) In the
Base Station Group
table, check to see if the base station you want to remove is
serving as the synchronization source for any other base station(s). If necessary, select a
new
DECT sync source
for any affected base stations, and click Save.
6) Click the check box beside the base station you want to remove from this chain, then
click
Remove from chain
7) Login to the base station just removed. On the
Multi Cell disabled
. (Be sure you do not check the base station with ID 0/RPN00.)
on the
System Information
Home/Status
line
screen, verify that it reads
8) For use in another chain, reset the base station to its factory default settings (go to the
Management
screen and click Default Base Station).
∘ When the base station finishes rebooting, login and check the Home/Status
screen. The base station name at the top of the screen should read
and the
System Information
field should still read
Multi cell Disabled
SME VoIP
.
9) Log out of the base station, and repeat this procedure on any other base stations you
want to remove from system.
Changing the Primary Base Station in a Chain
Only perform this procedure when the system is offline or in a maintenance
period.
1) Log in to a base station in the chain.
2) Go to the
3) In the Base Station Group table, determine which base station you want to become the
new primary base station.
4) Select this base station's own RPN as the
5) For the original Primary base station, select the new Primary or another base station
within its range as its
6) Click Save.
7) Login to the original primary base station, and go to the
extension to a designated location for managing base station
Page 41
EXP1240 System Installation Guide Revision 06
Restoring a Configuration
1) Login to the base station interface (see page 16), and go to the
Configuration
screen.
2) Click Browse and select the configuration file for this base station.
3) Click Load, then reboot the base station.
4) When the base station finishes rebooting, check the configuration settings to be sure
they loaded correctly.
Updating the Firmware
You can update the firmware on base stations and handsets remotely via TFTP.
Setting Up Firmware Folders
The TFTP server must be correctly configured before you can update the firmware on
any components, and folders and firmware filenames must use specific naming
conventions.
• The server must be identifiable by an URL or IP address (IPv4).
• The server must allow both transmitting and receiving on the firmware folder (so
base stations can upload copies of old firmware before updating).
• Folders in the firmware path must have or TFTP compatible names, e.g., they must not
contain spaces, question marks, colons, semicolons, commas, etc.
• In the firmware update path directory, create the directories
firmware files) and
Pegasus
(for handset firmware files)
Beatus
(for base station
• Place the new base and handset firmware files in their respective directories. The
name of the firmware file will be in the following format (where
6) Click Save when you're finished. This information is saved in the base station so you
don't have to re-enter it every time you want to update the firmware.
/Pegasus/ PegasusSW_4181_v0019.fwu
/Pegasus/ PegasusSW_4181_v0007.fwu
/Pegasus/ PegasusSW_4181_v0107.fwu
Updating Base Station Firmware
Updating base station firmware involves an automatic reboot of the base
station at the end of the firmware download. This will drop any active calls. It
is recommended to perform this update after normal business hours.
Before starting an update, ensure that the TFTP Server is running.
7) Login to the base station configuration interface (see page 16), and go to the
only the base station you are currently connected to. To update all base stations at the
same time, select
9) Enter the last 3 digits of the firmware filename in the
required version identifies the firmware file containing the update; for example, if you
want to update the base station to the firmware file BeatusSW_4181_v0127.fwu, enter
127
in the
10) Click
Update Base Stations
Update all BaseStations.
Required version
Start update
. When the base station asks you to confirm, click OK.
∘ The base station firmware download will start. (You can check the download
progress in the relevant log of your TFTP Server application.) The base
station configuration interface will be temporarily unavailable when the base
station(s) reboot at the end of the download. The overall update for a base
station takes several minutes.
∘ To verify the firmware update, go to the
Firmware-Version
format
the field should read
created.
section, select
field.
field. The field shows the current firmware version in the
IPDECT/{Required FW version}/{date of FW file}
IPDECT/01.27
Update this BaseStation only
Required version
Home/Status
followed by the date the file was
screen and check the
to update
field. The
, so in this example,
Updating Handsets
Updating handset firmware will take several hours and will affect the number
of channels available for simultaneous call. Be sure to perform this update
outside of normal business hours.
To finalize a firmware update, each handset must be placed in its charger. Be
sure your end users return the handsets to the chargers before an update
Before starting an update, ensure that the TFTP Server is running.
• Each base station uses the DECT RF channels to download new firmware files to its
handsets, and it can only update handsets that are registered to it.
• Each update session takes approximately 3 hours, and the base station will complete a
session before starting a new one.
• A base station in a single cell system can update 10 handsets in a single session
(because there are 10 available RF channels), so Handsets 1 through 10 are updated
in session 1, Handsets 11 through 20 are updated in the second session, etc.
• In a multi-cell system, each base station can update 8 handsets in a session, but all
base stations can perform update sessions at the same time. If you distribute the
handset registrations across different base stations in the same system, you will
reduce the amount of time needed for firmware updates.
11) Login to the base station configuration interface (see page 16), and go to the
Update
12) Under the
Required version
screen (see Figure 31 on page 43).
Update handsets
section, enter the last 3 digits of the firmware filename in the
field. The required version identifies the firmware file containing the
update; for example, if you want to update the handsets to the firmware file
PegasusSW_4181_v0107.fwu, enter
13) Click
Save
. The download will automatically start to any base stations with registered
107
in the
Required version
field.
handsets that are not at the required version.
∘ You can see the progress of the handset update on the
The
FWU Progress
column shows the status of the firmware update for the
Extensions
handset registered to each extension.
Figure 32: Firmware update progress (
Extensions
screen)
Firmware
screen.
To verify the firmware update
14) On the front of the handset, press Menu ( ).
15) Select
16) Under
and the line directly below shows the current date and time.
Configure the NTP Time server used for synchronization and system
time stamps.
Change the user name and password used to access the base station
web server.
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EXP1240 System Installation Guide Revision 06
Screen Purpose
Multi cell Configure base stations to operate in a multi-cell chain.
Configuration
Display complete settings for the base station and the servers it relies
on. You can copy these settings to create a configuration file.
Syslog Review system level messages of the current base station.
SIP Log
Review SIP server related messages to and from the current base
station.
Logout Exit the base station configuration interface.
Global Buttons and Options
The items listed below appear as buttons or options on more than one of the base
station configuration screens (these items will not be described every time they appear):
Button or Option Function
Save Save changes made on this screen.
Cancel Clear all changes on this screen and revert to the previous values.
Refresh/Reload
Refresh the screen and reload all values from the connected base
station.
Enter the IP address of the SIP server optionally followed by the port
number you want the base to use. Use one of the following formats:
Registrar
IP address (e.g., 192.168.0.1
{IPaddress}:{port} (e.g., 192.168.0.1:5060).
Enter the IP address and port of the Session Border Controller DNS or
the SIP server outbound proxy address. Use one of these formats:
Outbound
Proxy
Re-registration
time
Keep Alive
– IP address (e.g., 192.168.0.1)
– {IPaddress}:{port} (e.g., 192.168.0.1:5060)
– Domain name (e.g., nat.company.com)
– {SIP address}:{port} (e.g., sip:nat@company.com:5065)
Enter the number of seconds that will determine the frequency of
handset re-registrations with the SIP Server. If the number of seconds is
less than 600, then the frequency will be half of the number of seconds.
If the number of seconds is 600 or greater, then the frequency will be
the value minus 300 seconds. As examples, if the entered number of
seconds is 500, then the re-registration frequency will be 500/2 = 250
seconds. If the number of seconds is 700, then the re-registration
frequency will be 700 – 300 = 400 seconds.
– If you want the base to send Keep Alive messages, select
Enable
.
They will be sent according to the frequency specified on the
Network Settings screen.
– If you do not want the base to send Keep Alive messages, select
Disable
.
Select the type of DTMF signalling used by the SIP server:
–
DTMF Signalling
–
SIP INFO
RFC 2833
: DTMF tones are sent along the SIP signalling path.
: DTMF tones are sent via data packets in a different
Internet layer from the voice stream.
–
Both
: DTMF tones are sent both in the SIP signalling path (SIP INFO
mode) and via data packets (RFC 2833 mode).
Set the priority order of the voice codecs in use by the SIP server. To
change the priority of the codecs, select a codec and click Up to move
Codec Priority
that codec up the priority list, Down to move it down the priority list,
or Remove to remove the codec from the list. To restore the codec list
to its original values and order, click Reset.
Select whether this base station gets its IP address from a DHCP server
or uses a static IP address.
(static IP address only) Enter the 32-bit IP address this base station
should use.
(static IP address only) Enter the 32-bit mask to specify which part of
the IP address identifies the network (255) and which part identifies the
node (0). Class A, B, and C networks use the following default masks:
– Class A: 255.0.0.0
(static IP address only) Enter the IP address of the router that acts as an
entrance to the network or provides a default route for communicating
with hosts on remote networks.
(static IP address only) Enter the IP addresses of the main (primary) and
backup (secondary) servers where this base station should direct
Domain Name System (DNS) queries.
Table 16:
Parameter Description
Enter the unique identifier (0-4094) for the 802.1Q Virtual LAN that this
VLAN ID
VLAN User
Priority
base station belongs to. If this field is null, the base station will not
recognize VLAN tagging or VLAN discovery through DHCP.
Enter the priority level given to packets belonging to the VLAN
identified above. Enter a priority level from 0 to 7.
VLAN Settings
parameters
VLAN Settings are not synchronized with other base stations in a multi cell
chain. If you change the VLAN Settings, you must change them on each base
station.
Table 17:
Parameter Description
– Select
DHCP Option Plug
and Play
Server’s IP address in the DHCP response. (To enable this
feature, Option 120 with the SIP server IP address must be
configured on the DHCP server.)
Select
This will also cause the base stations to send Keep Alive messages
according to the Keep Alive time. Otherwise, leave this feature
Disabled
Enabled
.
Enter the number of seconds (as a positive integer) between each keep-
Keep alive time
alive message sent to maintain NAT address assignments. The default
value is 90.
Table 19:
Parameter Description
Enter the port number the server should use for the first user agent
Local SIP port
(UA) instance. Successive ports will be automatically assigned for
additional UA instances. The default port number is 5060.
NAT Settings
parameters
if you want the system to use RPORT in SIP messages.
SIP/RTP Settings
parameters
SIP ToS/QoS
RTP port
RTP port range
RTP ToS/QoS
Enter the Type of Service or Quality of Service priority code for SIP call
control traffic. The default value is 0x68 (104 in decimal notation).
Enter the number of the first RTP port to use. Successive ports will be
automatically assigned up to the number entered below. The default
port is 50004.
Enter the number of ports that can be used for RTP audio streaming
(the default is 40).
Enter the Type of Service or Quality of Service priority code for RTP
traffic; the default is 0xB8.
Enter the name you want this base station to display at the top of
the interface screens.
Enter the IP address or URL of the server that hosts the uploaded
SIP log files. Base station configuration file(s); base stations will
upload log files to the same server.
This server must be available to the base stations when the
Upload of SIP Logs is enabled.
Select the protocol used for the configuration files and firmware
downloads. The default value is
Select
messages onto the configuration server. SIP logs are named in the
format of
Enabled
to have this base station copy low-level SIP debug
{MAC_address}_SIP_{timestamp}.log
troubleshooting a specific problem, leave this log disabled.
Trace Server (for development purpose only)
Trace Server IP
Address
Syslog Server IP
Address
Syslog Server Port
(for development purpose only)
Enter the IP address of the server you want the base station to
upload Syslogs to.
If your syslog server is listening to a port other than 514 (the
default), enter that port number.
Select the level of messages you want the base station to log:
–
Disabled
: the base station will not log any messages to the
server.
–
Normal Operation:
Normal operation events are logged,
incoming call, outgoing calls, handset registration, DECT
location, and call lost due to busy, critical system erroprs,
Syslog Level
general system information. The Syslog Level should be at this
setting. The intended audience is Level 1 or 2 technical
support.
. Unless you are
–
System Analyze
: Handset roaming events are logged at this
level plus Normal Operation logs. The intended audience is
Level 1 or 2 technical support.
–
Debug
: Low level debug logs plus System Analyse logs. The
Enter the IP address or URL of the server that hosts the
firmware update files. This server must be available before starting an update.
Enter the path of the firmware update folder (see Table 7 on
page 42).
Table 23:
Update Handsets
If you have more than one hardware version or handset
model on your system, each detected handset type will be
displayed here.
parameters
parameters
Enter the version of the firmware that will be used to update
Required Version
each type of handset. This field must match the last 3 digits of
the name of the firmware file.
Firmware file versions are independent for each handset type. Be sure you
enter the correct version number for the specific type of handset.
If the required version field for any handset type contains any value other
than 0, clicking Save will start the firmware update process for that handset
type.
Table 24:
Parameter Description
Required Version
Update Base stations
Enter the version of the firmware that will be used to
update the base station. This field must match the last 3
digits of the name of the firmware file.
Select the country that best represents the tones and emergency dialing you want to use
for the system. Reboot the base station to activate the new setting.
Web Security Screen
Enter the user name and password used to access the configuration screens.
Enter the filename (CSV file) of a contact list you want to import into the system’s
central directory, then click Load.
Importing a new file will replace the existing contact list.
The format of an entry in the CSV file is:
“name”,”extension”
Double quotation marks surround the name and extension fields. Note that there are no
spaces between the double quotations and the comma.
When the CSV file is uploaded to the base station the entries will be alphabetized
according to the name field. For alphabetization by last name, create the entries in a
standard “lastname, firstname” format. Initials may be used.
When a handset user accesses the Central Directory, the entries will be listed
alphabetically. The first few entries from the above list will be displayed as:
To not include any multi cell logs in the syslogs. This is the
recommended setting unless requested otherwise by a
technician. A lot of logs are generated when the other
selections are chosen.
–
Multi cell debug
Data Sync
signals are received from which IP addresses. Timeout handling
– To include in the syslogs logs regarding which
and state changes are logged.
–
Auto tree
– To include in the syslogs logs regarding events
triggering the reconfiguration of the DECT chain, and timeouts
within Auto tree are logged.
–
Both
– To include both Data sync and Auto tree logs in the
syslogs.
Table 27:
DECT system settings
Parameter Description
The radio network identity used by all base stations in a specific chain
DECT system RFPI
to communicate with each other. (See Appendix B: RFPI Number on
page 71 for details.)
Auto configure
DECT sync source
This setting should remain disabled.
tree
Table 28:
Base station settings
Parameter Description
Enter the maximum number of handset registrations (up to 30)
Number of SIP
accounts before
distributed load
you want each base station in the chain to be able to handle. If
the number of registered handsets at a particular base station
goes beyond the number entered here, extra handsets will be
The RFPI is constructed from 4 different variables which make up the 10 characters
(represented by N in the format
• Access Rights Class (ARC), character 1
The network identity structure used by terminals in multi-cell. Private multi-cell
systems use the default value of 1.
• Equipment Installer's Code (EIC), characters 2 through 5
A preset code that allows terminals to distinguish between separate DECT networks.
The minimum value is 0000; the maximum is FFFF. The default value for the EXP1240
system is 16E6.
• Fixed Part Number (FPN), characters 6 through 8:
A geographically unique identity transmitted to DECT networks to help distinguish
between communications in different cells or chains. The minimum value is 001; the
maximum is FFF.
0xNN,0xNN,0xNN,0xNN,0xNN
):
• Location Area Length (LAL), characters 9 and 10:
A unique code sent to the terminal during location registration to determine the size
of the cell area. The minimum value is 00; the maximum is FF.