Getting Started ...................................................................................................................................... 6
How to use this Manual ........................................................................................................................ 6
Conventions used in this Manual ........................................................................................................ 6
VoloAccess variants covered by this Manual .................................................................................... 6
Installing the SIM (Subscriber Identity Module) ................................................................................. 7
Removing the SIM ................................................................................................................................. 8
APN (Access Point Name) .................................................................................................................. 17
The Test Button ................................................................................................................................. 17
WAN ...................................................................................................................................................... 18
Dynamic DNS .................................................................................................................................... 30
LAN ....................................................................................................................................................... 31
System .................................................................................................................................................. 50
This document has been prepared and written by Vololink Pty Ltd, and is copyright. Other than for
the purposes of and subject to the conditions prescribed under the Copyright Act, no part of it may
in any form or by any means (electronic, mechanical, micro copying, photocopying, recording or
otherwise) be reproduced, stored in a retrieval system or transmitted without prior written
permission from Vololink Pty Ltd. Product or company names are trademarks or registered
trademarks of their respective holders.
Note: please read this information before using your VoloAccess.
Save this user manual as it contains important safety information and operating instructions.
The VoloAccess is intended for indoor use only.
The VoloAccess must not be connected to telephone cabling that leaves the building.
Use only the supplied AC adaptor.
Should it be necessary please return the VoloAccess to your supplier for repair. There are no user
serviceable parts inside.
If the base is used, ensure the main unit is securely located on the base.
Radio Frequency Energy
Your VoloAccess is both a radio transmitter and receiver. When the VoloAccess is turned on, it receives
and transmits RF (Radio Frequency) energy. The system that handles your call when you are using your
VoloAccess controls the power level at which your VoloAccess transmits.
All VoloAccess terminals are designed to operate within the limits for exposure to RF energy set by national
authorities and international health agencies. These limits are verified by SAR (Specific Absorption Rate)
measurements; which are usually performed on products that are intended for use at the ear. As the
VoloAccess is not intended to be used close to the human body SAR measurements are not applicable to
the VoloAccess.
Electronic Devices
Most modern electronic equipment, for example equipment in hospitals and cars, is shielded from the
effects of RF energy. However, certain electronic equipment is not, so the RF energy from the VoloAccess
may affect some electronic equipment, therefore:
Do not use your VoloAccess near medical equipment without requesting permission.
Do not use your VoloAccess in airplanes.
Pacemaker patients should be aware that the use of a VoloAccess close to a pacemaker may cause the
pacemaker to malfunction.
Some hearing aids might be disturbed if placed very close to the VoloAccess.
Electrical devices connected to the same AC power outlet that is used by the VoloAccess may generate
excessive interference to the VoloAccess.
The VoloAccess Convergent Wireless Terminal is the equivalent of an Internet connection and (on voice
enabled models) a phone line combined. Telephone handsets and computer equipment can be connected
to the VoloAccess in the normal way using standard connectors.
The VoloAccess Convergent Wireless Terminal is a wireless voice and high speed data access point for
use over HSPA or HSPA+ capable UMTS networks. The VoloAccess provides both voice and advanced
wireless services, such as wireless broadband Internet services in areas where conventional telephone
lines either do not exist or are too far from the nearest xDSL enabled exchange. Using the VoloAccess also
offers a convenient and cost effective alternative to wireline connections for voice and high speed data
services, when mobility is important. Standard telephone, SMS and Internet connections are all
simultaneously available.
The VoloAccess enables simultaneous HSPA or HSPA+ data access for multiple users via the Ethernet
ports, or wirelessly using WiFi.
Once the VoloAccess has been connected and powered up, the following services are available:
Voice Services
Voice enabled models of the VoloAccess provide the equivalent of a PSTN or fixed line connection via the
3G mobile network. Just plug in a standard analogue handset, or an answering system with extension
handsets. The VoloAccess is compatible with most phones available on the market today that support tone
dialling. The VoloAccess does not support old devices that are capable of pulse dialling only.
Internet Services
The VoloAccess provides a true broadband solution with HSPA services enabled on the 3G network.
Connect your computer and you will be able to surf the Internet at speeds up to 7.2Mbps for HSPA version
and 21Mbps for HSPA+ version.
SMS Services
The VoloAccess is a 3G mobile device so you can receive and send SMS messages. On your computer
you can create, view and reply to SMS messages in the same way you would with any mobile phone.
The first step is to check that the VoloAccess package that you have purchased is complete.
The following is the packing list:
1 Getting Started Guide
1 VoloAccess
1 Base
1 Power Supply
1 Ethernet Cable
2 Antennas
1 CD (Contains the User Manual)
If any component is missing, please contact the retailer where you purchased the VoloAccess.
How to use this Manual
The manual is arranged in easy to follow sections. Use the Contents page to locate a particular topic.
Each section refers to its functionality as follows:
VoiceHow to use the VoloAccess as a Phone connection. (Voice enabled models only)
InternetHow to use the VoloAccess as your Internet connection.
SMSHow to use the VoloAccess to send and receive SMS messages.
As with computers, there is a lot of jargon and acronyms associated with wireless communications. To
make understanding this manual easier, a Glossary of Terms is included.
For the technically minded a full Specification Sheet is included at the end of this manual.
There is a Troubleshooting section to assist with any difficulties that you may have with the VoloAccess.
Conventions used in this Manual
A list has bullets in the left margin - the same bullets as used in this list.
An important note or warning has the icon in the left margin.
A suggestion or hint has the icon in the left margin.
Informational text has the icon in the left margin.
Emphasized text is displayed bold.
Critical text is displayed in bold bright red.
Hyperlinks are displayed in underlined blue.
Press the cover latch and remove the cover to
reveal the SIM holder as shown in the next
image.
Gently slide the retainer in the OPEN direction.
(OPEN/LOCK is marked on the retainer)
Turn the retainer over to expose the SIM
slot. (the retainer is hinged)
Installing the SIM (Subscriber Identity Module)
USIM (Universal Subscriber Identity Module) correctly describes the identity module used in 3G
mobile devices like the VoloAccess. However, SIM which is the identity module used in 2G mobile
devices is the term in common usage. For simplicity, the term SIM is used throughout this manual.
Before attempting to install the SIM, disconnect the power supply.
The SIM is installed in the side of the VoloAccess as follows:
Remove the side panel (the one without the Indicators on) by slipping a narrow object like a credit
card or a small screwdriver under the edge and gently prise it off to reveal the SIM compartment.
Slide the SIM into the retainer with the cut
corner positioned as shown.
The contact pads on the SIM should be
facing up ready to engage the connectors
in the base of the holder.
Turn the retainer over and slide in the LOCK
direction to secure the SIM in position.
Complete installing the SIM by:
replacing the SIM compartment cover, and
refitting the side panel.
RESET
Reset button – Use a paper clip to reset the VoloAccess. See below for further information on
resetting the VoloAccess.
PHONE*
Phone ports – Connect a phone here (Voice enabled models only).
WAN
By default, the WAN port can be used as a LAN port. In this configuration the VoloAccess is a
five port switch. If the WAN port is configured to connect the VoloAccess to an external
modem for alternative WAN access, the VoloAccess is then a four port switch.
The WAN port can be disabled. See Operating Mode under Settings on the WAN
Ethernet page for further information.
Power supply – Connect the power supply cable here. Use the adjacent switch to turn the
VoloAccess On/Off.
Removing the SIM
Before attempting to remove the SIM, disconnect the power supply.
To remove the SIM simply perform the above steps in the reverse order.
VoloAccess Connections
The following image shows the rear panel of the VoloAccess and describes the purpose of each connection.
* The two phone ports on the VoloAccess share a common phone line. If two phones are connected to the
VoloAccess, the first handset lifted will get the line and can place a call. While a call is in progress, any
attempt to make a call from the second phone results in the busy signal. For inbound calls, both phones
ring – the first handset lifted will take the call; the other handset receives the busy signal.
WiFi Protected Setup (WPS) button and
indicator. Used for establishing WiFi
connection using WPS. See WPS for
further information.
USB port – Reserved for
future use.
Status
WPS Indicator
WPS enabled and idle
ON – solid
WPS session in progress
ON – flashing
WPS disabled
OFF
Reboot the VoloAccess
(Same as switching off and on)
Reset the VoloAccess
(Reset to factory configuration)
Clear VoloAccess flash memory
(Reset and clear saved data)
Press the reset button for less
than 5 seconds
Press the reset button for more than
5 seconds and less than 10 seconds
Press the reset button for more
than 10 seconds
WPS, Signal Strength and Mobile
Network Indicators turn off
WPS, Signal Strength and Mobile
Network Indicators turn on
WPS, Signal Strength and Mobile
Network Indicators turn off
Front Panel Connections
The following shows the front panel of the VoloAccess and describes the purpose of each connection.
WiFi Protected Setup (WPS)
The WPS function is designed to assist with setting up a secure WiFi connection.
A WPS-capable network interface device is required to use this feature.
WPS button
The following table describes the behaviour of the WPS button indicator.
For further information on using the WPS feature refer to the WPS section.
Resetting the VoloAccess
The unit can be reset at any time after the power-up indicators sequence is finished and the unit enters normal
operation. This is done by pressing and holding down the reset button at the back of the unit.
The VoloAccess reset button has three functions described in the following table: (see notes below)
Notes:
The first row defines the function.
The second row describes the timing of the reset button press.
The third row describes the behaviour of the VoloAccess indicators.
Clearing the VoloAccess flash memory should be used as a last resort when troubleshooting a
problem. Data stored in flash memory includes items like SMS Messages and the Log files.
Network cable is connected to the VoloAccess and
a LAN is present
ON – solid
Network traffic is detected
ON – flashing
Status
WAN Indicator
Network cable is not connected to the WAN port
OFF
Network cable is connected to the WAN port and a
WAN is present
ON – solid
WAN network traffic is detected
ON – flashing
Status
Phone 1 / Phone 2 Indicators
Phone is On Hook and idle
OFF
Phone is Off Hook
ON – flashing at 1 second intervals
Phone is receiving a call or dialling out
ON – flashing at 1 second intervals
Local Area Network (LAN)
Wide Area Network (WAN)
Phone 1 / Phone 2
Power up sequence
During start up, the VoloAccess flashes the WiFi Protected Setup, Signal Strength and Mobile Network
indicators at 1 second intervals for about 10 seconds.
The VoloAccess can be mounted in a vertical position by attaching the
supplied base as shown here.
or,
It can be mounted horizontally by removing the side cover (the one without the
indicators) and standing it on the rubber feet. Turn the hinged antennas to the
vertical position.
or,
The VoloAccess can be wall mounted by removing the side cover and
attaching it to (at least two) screws with a maximum head diameter of 7mm.
Wall Mounting drilling dimensions
Setting up the VoloAccess
VoloAccess Location
The signal strength available at the VoloAccess location affects the performance of the unit. The stronger
the signal, the better the VoloAccess performance.
Test several locations by moving the VoloAccess while looking at the Signal Strength indicator. (Wait 10
to 20 seconds after each change of location for the Signal Strength to be measured and displayed – a
flashing indicator represents a weak signal). Select a location where the Signal Strength indicator is on
and solid.
Moving the VoloAccess as little as 5 cm can affect the Signal Strength.
Recommendations:
Select an indoor location, preferably close to a window and the roof. Generally, you will experience
better Signal Strength in these locations.
Position the VoloAccess antennas as high as possible for better reception.
Do not install the VoloAccess in a bathroom, a wet or damp environment or an outdoor location.
Do not install the VoloAccess in locations or rooms that contain large amounts of metal, steel or wiring.
Locations that contain large amounts of metal inhibit the transmission of Radio Frequency (RF).
Do not expose the VoloAccess to extreme temperatures (near radiators, cooling vents, etc).
If you experience poor Signal Strength, an (optional) higher gain antenna may result in improvement.
The VoloAccess is connected to a computer using one of the four Ethernet (LAN) ports on the back of the
unit and the Ethernet port on the computer. Use an Ethernet cable for this purpose.
If you are connecting a computer to the VoloAccess wirelessly, refer to the WiFi section for details
If the computer that you are connecting to the VoloAccess is already configured to obtain an IP Address and
DNS server address automatically, skip this section and move to Checking the Connection. If this is not the
case, continue with the following instructions.
Preparation
To prepare the computer for connection to the VoloAccess do the following:
Using Windows XP:
Load the Windows Control Panel and double-click Network Connections.
Under the heading LAN or High-Speed Internet right-click Local Area Connection and select
Properties.
Select Internet Protocol (TCP/IP) and click the Properties button.
A dialog box similar to the one below appears.
Using Windows Vista:
Load the Windows Control Panel and double-click Network and Sharing Center.
Click View status; located next to Local Area Connection.
The Local Area Connection Status window is displayed. Click the Properties button.
The Local Area Connection Properties window is displayed. Select Internet Protocol Version 4
When the VoloAccess has been connected and the above steps completed, check that
a connection exists between the VoloAccess and the computer. This is done by viewing
the (blue) LAN indicator on the VoloAccess. It should be lit and steady.
Ensure that Obtain an IP address and Obtain DNS Server address are both set to automatic.
The VoloAccess is a DHCP server and will provide both of these addresses.
Checking the Connection
The next step is to connect to the Admin interface as follows:
Loading the Admin page
Open your browser and enter the address http://192.168.0.1 in the Address line shown below, then
Type the User name – the User name is: admin
Type the Password – the default password is: password (you can change this later)
Click the OK button – the VoloAccessIndex page appears:
Click Admin - the Admin Status page is displayed.
To switch between SMS and Admin click the Vololink logo in the top left corner of any page - you will
If the WAN State is Connected, you are ready to use your VoloAccess to surf the Internet.
If this is not the case, continue by checking the configuration of the APN (Access Point Name).
Signal Strength Indicator
The Admin Status page also displays a graphic readout of the Signal Strength in the top right corner.
Solid blue bars represent signal, outlined bars represent no signal. In the image above, the signal
strength is 3.
Voice Services (Voice enabled models only)
To use the VoloAccess as a wireless telephone connection:
Plug the phone lead into one of the Phone ports on the back of the VoloAccess.
Lift the handset (you should hear a dial tone) and dial the number you wish to call. The Phone
Indicator for the selected line on the front of the VoloAccess will flash when the handset is offhook.
If Power-on PIN Lock has been enabled, the dial tone will be different (an intermittent tone instead
of the normal dial tone). On a voice enabled VoloAccess unlock the SIM using the telephone keypad
by lifting the handset and entering #NNNN# (where NNNN is the SIM PIN) then replace the handset.
You can dial international numbers in two ways:
dialing <International Prefix><Country Code><Phone Number> or,
dialing +<Country Code><Phone Number> using '**' for '+'.
This section covers the administration of the VoloAccess. There are many configurable features; however, if
your VoloAccess was purchased as a packaged unit including a configured SIM, it is not necessary to
configure any settings to make your VoloAccess work.
APN (Access Point Name)
If your VoloAccess was purchased as a packaged unit including a configured SIM, you do not need to
configure the APN (Access Point Name).
It is recommended that even if you have a pre-configured unit, you complete the next step and record
the APN. This is to save time obtaining it from your service provider in the event it is lost due to a
configuration error or a reset sometime in the future.
What is the APN? – The APN is the name of your 3G services provider‟s wireless access point.
To configure the APN for your 3G services provider, start by loading Admin as described above.
From the Navigation panel on the left select Quick Setup - the Quick Setup page appears:
Enter your 3G services provider‟s APN in the editbox provided.
Click the Apply button.
The Test Button
On many of the configuration pages a Test button is present. Use the Test button to test the functionality
that you have just configured. When you are satisfied with the new configuration, click the Apply button.
Clicking the Apply button saves any changed settings permanently in non-volatile memory.
The rest of this section covers items that you may wish to view or change.
The active interface has a blue icon in this field.
WAN
The WAN (Wide Area Network) page displays the status of the 3G Embedded interface. The WAN Ethernet
interface may be used if Failover is enabled. To view the WAN status click WAN in the Navigation panel the WAN page appears:
Following is a description of the items displayed.
Displays the 3G interface connection status as follows:
State Connection Status – click 'Refresh' to update the display
IP Address The IP address allocated to the VoloAccess
Subnet Mask the network Subnet Mask
Primary DNS IP address of the Primary Domain Name Server
Secondary DNS IP address of the Secondary Domain Name Server
MTU Maximum Transmission Unit - the size of the largest
packet that a network protocol can transmit
3G Embedded
The 3G Embedded page displays information about the 3G Embedded WAN interface together with various
settings. To view the page status click WAN then 3G Embedded in the Navigation panel.
Following is a description of the information displayed together with the settings:
The number of packets and bytes received (RX) and transmitted (TX).
Settings
APN
Enter your 3G service provider‟s APN in the editbox provided then click the
Apply button.
PPP Authentication
In most cases Point-to-Point Protocol (PPP) authentication is not required by a
3G service provider.
PPP is used to establish an authenticated connection between two host
systems. The authentication is in the form of a Username and Password pair
known to both hosts. The Authentication Type (protocol) also needs to be
selected.
PPP Authentication is configured as follows:
Click the drop-down list next to PPP Authentication and select Enabled.
Select the Authentication Type from the drop-down list. The options are:
- Auto Automatically select the Authentication Type
- CHAP Challenge Handshake Authentication Protocol
- PAP Password Authentication Protocol
Enter the PPP Username in the editbox provided.
Enter the PPP Password in the editbox provided.
Click the Apply button.
PPP authentication can also be configured on the Quick Setup page.
Module
IMSI
International Mobile Subscriber Identity. The IMSI number is a unique 15-digit
code that is attached to every SIM and makes it possible for mobile networks to
identify the home country and network of a subscriber.
IMEI
The International Mobile Equipment Identity number. A number unique to every
GSM and UMTS mobile device, in this case, your VoloAccess. The IMEI
number is used identify the device only, it is not related to the SIM or the
subscriber.
Firmware
The firmware version of the wireless module.
Network
Network State
The type of cellular network that the VoloAccess is logged on to.
Network Operator
The name of the network operator that the VoloAccess is connected to.
Service Provider
The name of the service provider that the VoloAccess is connected to.
Numeric Location,
Cell ID
The Location Area Code and the Cell ID that the VoloAccess is connected to.
These values are displayed in hexadecimal notation.
SIM Status
SIM State
The state of the SIM installed in the VoloAccess.
Use this page is to manage the function of the PIN. From this page you can:
Enable/Disable Power-on PIN Lock
Change the PIN
If Power-on PIN Lock is disabled, Change PIN is not available.
If the PIN is entered incorrectly three times, the SIM is locked and the following page is displayed. It is
necessary to contact your service provider to obtain the PUK (Personal Unlocking Key) for your SIM.
To unlock the SIM:
Enter the PUK in the editbox provided.
Enter a new PIN in the editbox provided.
Click the Apply button.
After about 5 - 10 seconds
The Mobile Network Connection indicator on the VoloAccess turns ON.
On the Admin Status page, the WAN Status, State changes from Not Connected to Connected.
Failover is the capability to switch automatically to a secondary network when the primary network fails.
By default Failover is disabled. Once enabled, the VoloAccess supports failover between multiple WAN
interfaces. Automatic failover provides enhanced availability and reliability.
WAN failover takes place when a WAN device fails due to disconnection, for example, the 3G network
goes offline. If the primary WAN interface fails, the VoloAccess redirects network traffic through the
secondary WAN interface until the primary WAN interface becomes available and its connectivity is
verified.
By default, the WAN Ethernet is established as the primary interface together with the embedded 3G
wireless module as the secondary interface.
The preference (primary or secondary) of the WAN interfaces is configurable. Factors that may contribute
to the selection of the primary interface are items like cost, reliability and speed.
The following diagram shows the VoloAccess utilizing both a 3G wireless broadband connection and a
wired connection (ADSL modem) to implement automatic failover.
The connectivity of the WAN interfaces is verified by regular monitoring of reliable hosts. When a DNS
lookup of a reliable host via an interface fails, the VoloAccess marks that interface as failed and
automatically activates an alternate interface.
Setting up Failover
Following is an example of setting up a wired modem as the secondary WAN interface.
Do not connect a WAN Ethernet cable until Failover has been enabled and configured.
To access the WAN Failover page select WAN then Failover in the navigation panel – the Failover page
appears.
Select Enabled from the drop-down list box and click the Apply button.
The length of time (in seconds) between DNS resolution attempts. The
polling requests are the regular monitoring of the WAN interfaces.
A short interval between DNS polling provides fast detection of
connection failure, but results in increased data usage. The range of
values is: Min: 5 seconds to Max: 1 day.
Poll Timeout
The number of seconds to wait for a DNS reply. It may be necessary to
increase this value for slow links in order to provide sufficient time to
receive a reply. The range of values is: Min: 1 second to Max: 3 minutes.
PollFailure Count
The number of successive DNS resolution failures before the interface is
considered to have failed. Once the specified number of failures has
been reached, the next available interface will become the active
interface. The range of values is: Min: 1 to Max: 100
Interface Order
Defines the preferred order of interface usage. The primary interface is
used in preference to the secondary interface until it fails at which time
the VoloAccess will switch to the next interface. To change the interface
order, click the Raise button.
Servers To Be Resolved
The list of host names to resolve. The default hosts can be replaced or
deleted. Additional host names can also be defined. Use the Save,
Delete and Add buttons to manage these items. At least one host must
be defined.
After enabling Failover and selecting the interface order, it is necessary to enable the WAN port before
connecting the VoloAccess to a secondary WAN interface.
The following items can be configured if necessary.
After making changes to this page click the Apply button.
Displays the current status of the interface. Additional information may be
displayed, depending on the interface type. A connected interface has the
status "Connected”. Other status messages will depend on the type of
interface. For example a 3G interface may have a status of:
"Connected"
"Not connected, network not online"
"Not connected”
A WAN interface may have a status of:
"Connected"
"Bridged"
"Disabled"
"Connecting"
By default, the WAN port is Bridged – see Enable WAN Ethernet Port for
further information.
Other status messages may also be displayed.
Verified
Indicates whether the interface has passed the DNS resolution test.
Active
The active interface is marked with a blue icon.
After enabling Failover, the WAN page changes to reflect the status of the primary and secondary
WAN interfaces and the WAN section of the navigation panel expands to include WAN Ethernet as
WAN Failover is not yet fully configured – continue as follows:
Page 28
VoloAccess™User Manual
IP Address
IP Address for the VoloAccess to use on the external Ethernet WAN
Netmask
Netmask of the external Ethernet WAN
Gateway
IP address of the external Ethernet WAN Gateway
DNS 1
IP address of the external Ethernet WAN Primary DNS server
DNS 2
IP address of the external Ethernet WAN Secondary DNS server
Enable WAN Ethernet Port
The WAN Ethernet port can be configured manually or, by selecting DHCP to automatically obtain an
IP address from an external WAN modem/router. Selecting DHCP should be suitable for most users.
If Manual is selected, it is necessary to enter the following information:
The above information can be obtained by accessing the configuration page(s) of the external WAN
modem/router. Refer to the modem/router documentation for further information.
Configure the WAN Ethernet port to obtain an IP address automatically as follows:
In the navigation panel select WAN Ethernet – the WAN Ethernet page appears.
Use the drop-down list box to select DHCP.
Click the Apply button. The WAN Ethernet port is now enabled and configured.
Connect the WAN port of the VoloAccess to a modem using an Ethernet cable.
Wait for 10 seconds then click Refresh - the page reloads with DHCP enabled and expands to include
further Network information together with Traffic Statistics as follows:
It may be necessary to repeat the Refresh several times before the updated information appears.
The WAN Ethernet page displays the following information:
Network Status
Displays the following:
- WAN Ethernet interface connection status
- the IP Address allocated to the VoloAccess on the Ethernet WAN
- the Subnet Mask
- IP address of the WAN Ethernet Gateway
- IP addresses of the Domain Name Servers (Primary and Secondary)
- MTU (Maximum Transmission Unit).
Traffic Statistics
The number of packets and bytes received (RX) and transmitted (TX).
Settings
The Operating Mode of DHCP should be suitable for most users, however
these items can be configured if necessary. To configure these settings,
select Manual as the Operating Mode.
Operating Mode
From the drop-down list box select the Operating Mode.
The options are:
Disabled – The Ethernet interface is disabled
Bridged – The WAN Ethernet port is bridged and operates as a LAN
port. In this configuration, the VoloAccess is a 5 port switch
Manual– The Ethernet interface can be configured manually
DHCP– The Ethernet interface will be configured via DHCP
MAC Address
The MAC address of the VoloAccess WAN Ethernet interface
IP Address
The IP Address for the VoloAccess to use on the Ethernet WAN
The IP address of the WAN Ethernet Primary DNS server
DNS 2
The IP address of the WAN Ethernet Secondary DNS server
Review the implementation of Failover by returning to the WAN page – in the navigation panel select
WAN.
Observe the Connection and Verification status of the WAN interfaces. When all interfaces are fully
operational, they are shown as being Connected and Verified with the primary interface Active.
To a user, domain names like vololink.com make perfect sense, but not to a computer. Computers work
with numbers in the form of IP addresses like 124.177.145.95 to communicate with each other on the
Internet.
DNS translates domain names into IP addresses (and the other way around) making it possible for
computers to communicate; however dynamically assigned IP addresses change.
Dynamic DNS (Domain Name System) works by reassigning IP addresses to domain names. Dynamic
DNS allows your domain name to follow your IP address automatically by having your DNS records
changed when your IP address changes.
Admin allows you to configure Dynamic DNS using a third-party provider.
It is necessary to register with a Dynamic DNS provider before configuring the VoloAccess to use
Dynamic DNS.
To access the Dynamic DNS page select Dynamic DNS in the navigation panel – the Dynamic DNS
page appears.
Dynamic DNS is configured as follows:
Select Enabled from the drop-down list next to Dynamic DNS.
Enter the Hostname supplied by the Dynamic DNS provider in the editbox provided.
Select the Dynamic DNS service provider from the drop-down list next to Service.
Enter the Username supplied by the Dynamic DNS provider in the editbox provided.
Enter the Password supplied by the Dynamic DNS provider in the editbox provided.
Click the Apply button.
The MAC (Media Access Control) address of the VoloAccess.
IP Address and
Netmask
The IP (Internet Protocol) Address and Netmask of the VoloAccess.
MTU
MTU (Maximum Transmission Unit - the size of the largest packet that a network protocol can transmit).
DHCP Server
The status of the DHCP (Dynamic Host Configuration Protocol)
Server in the VoloAccess with an option to View leases. (see below).
Traffic Statistics displays the following:
RX Packets and Bytes
The number of data packets and bytes received.
TX Packets and Bytes
The number of data packets and bytes transmitted.
Collisions
The number of collisions on the network.
LAN
The LAN (Local Area Network) page displays the LAN status and traffic statistics. To view the LAN page
click LAN in the Navigation panel - the LAN page appears:
To view the leases assigned by the DHCP server, click View leases – The current DHCP leases are
displayed.
Settings
To view or edit the LAN Settings select LAN followed by Settings in the Navigation panel - the LAN
Settings page appears:
Most users will not need to change anything on this page. However, if necessary, you can define the IP
Address and Netmask of the VoloAccess as well as Enable or Disable the DHCP Server together with the
IP Range (assigned by the DHCP Server) and the Lease Time of the IP Address.
Enter the following data for each computer to be assigned a static DHCP address:
MAC Address
Enter the MAC address e.g. 00:1a:4b:5c:38:61
IP Address
Enter the IP address e.g. 192.168.0.150
Host Name
Enter a Host Name (optional) – recommended as it helps identify the
computer. (It is in readable format rather than a number – see View leases.)
Click the Add button to complete assigning a static DHCP address.
The VoloAccess incorporates a DHCP server that assigns dynamic IP addresses to local clients (computers
connected to the VoloAccess). The IP addresses are allocated from the predefined range of addresses
defined on this page. The default address range is suitable for most local networks. The option to Edit static DHCP assignments is the same as selecting Static DHCP from the navigation panel.
The DHCP server allocates the IP address for the term of the Lease Time defined on this page. The lease
is the amount of time that an IP address is valid for a specific device. If the lease expires and the device is
still connected, the lease is automatically renewed.
UPnP™
UPnP (Universal Plug and Play) provides automatic port forwarding between certain Internet applications
and your LAN. UPnP needs to be enabled to allow programs like MSN Messenger and most games to work
through the VoloAccess firewall. The default setting for UPnP is Enabled.
To enable/disable this feature:
Select Enabled or Disabled in the drop-down list next to UPnP on the Settings page.
Click the Apply button – the Settings page reappears with UPnP reconfigured.
Static DHCP
Static DHCP configures the DHCP server on your VoloAccess to always assign the same (static) IP
address to a specific network adapter installed in a computer on the LAN. Every network card has its own
unique address - the MAC (Media Access Control) address that is used to identify it on the LAN. At boot
time the computer requests its IP address from the VoloAccess DHCP server. The DHCP server
recognises the MAC address of the computer's network card and assigns the static IP address to it.
Static DHCP is required if you want your computer to always have the same IP address. This is sometimes
required by certain programs. Static DHCP should be used in conjunction with Port Forward. If you forward
an external WAN TCP/UDP port to a port on a server running inside your LAN, you have to provide that
server with a static IP address - this can be achieved using Static DHCP.
To assign static IP addresses to computers on your LAN select Static DHCP in the navigation panel – the
The VoloAccess can be configured as a VPN (Virtual Private Network) Host. To do this, proceed as follows:
Select LAN followed by VPN in the Navigation panel - the VPN Page appears:
Select Enabled from the drop-down list and proceed to configure VPN.
Click the Apply button
You will need to obtain the following information from the administrator of the remote server:
The IP address of the server on the internal network where the
port will be forwarded.
Server Port: 8080 to 8081
The port numbers on the internal server.*
Protocol: TCP
The protocol to be forwarded.
NAT Port: 80 to 81
The port numbers on the VoloAccess to be forwarded.*
Port Forward
Port forward is used to allow an external user to reach a port on a private IP address (inside a LAN) from
the outside via a NAT-enabled router (VoloAccess).
When a computer on the Internet sends data to the public IP address of the VoloAccess, it needs to know
how to manage the data. Port Forward tells the VoloAccess which computer on the local area network to
send the data to.
To configure Port Forward select LAN followed by Port Forward in the Navigation panel - the Port Forward
page is displayed:
Enter the Server IP address and Server Port(s), select the Protocol from the drop-down list, and
enter the NAT Port(s) then click the Add button.
Example
In this example, port forward is used to allow incoming access to an internal web server.
* To define a single port, enter the same value for both. For example, to define a single Server Port
Your WiFi VoloAccess enables you to connect your computer wirelessly to the Internet as shown in the
following diagram.
WiFi is also referred to as WLAN.
By default WiFi is Disabled. To set up a wireless network it is necessary to configure both the VoloAccess
and the computer (or computers) that will be connecting wirelessly.
Configuring WiFi
WiFi on the VoloAccess is configured as follows:
Select WiFi from the navigation panel – the WiFi page appears.
Use the drop-down list next to WiFi Access Point and select Enabled.
Configure each of the following taking into account network security and performance.
Channel
The VoloAccess WiFi network operates in the 2.4GHz frequency range. The
operation of your WiFi network may be affected by other devices, such as
cordless phones. If you experience any interference or slow connection, try
selecting another channel.
SSID
This is the Service Set Identifier, or Network Name of your WiFi network. The
VoloAccess broadcasts this information regularly. This feature allows clients to
dynamically discover and roam between WiFi networks.
Enter a name for your WiFi network in the editbox.
BSSID
The Basic Service Set Identifier - the BSSID is the MAC address of a wireless
access point, in this case the VoloAccess.
Broadcast SSID
The default setting is Enabled. This allows clients to discover and connect to the
VoloAccess.
Security and
Authentication
By default the Security Mode is set to None making it an open system. This is
the least secure of all settings and is not recommended.
There are three settings available for Security Mode – they are:
WEP
Wired Equivalent Privacy is a protocol used to secure WiFi networks.
To configure WEP as the Security Mode, select WEP from the drop-
down list – the page reloads automatically and displays the WEP
Authentication and WEP Encryption Key edit boxes.
Select the WEP Authentication method from the drop-down list, then
enter a WEP Encryption Key (must be exactly 5 or exactly 13 ASCII
characters) in the editbox provided, and click the Apply button.
WPA
WiFi Protected Access is a protocol used to secure WiFi networks.
To configure WPA as the Security Mode, select WPA from the drop-
down list – the page reloads automatically and displays the WPA PreShared Key editbox.
Enter a WPA Pre-Shared Key (8-63 ASCII characters) in the editbox
provided and click the Apply button.
WPA2
WiFi Protected Access version 2 is a more secure version of the WPA
protocol. This protocol may not work with some older network cards.
To configure WPA2 as the Security Mode, select WPA2 from the dropdown list – the page reloads automatically and displays the WPA PreShared Key editbox.
Enter a WPA Pre-Shared Key (8-63 ASCII characters long) in the
editbox provided and click the Apply button.
MAC address filtering is provided to allow you to restrict access to your WiFi network to specific computers.
The MAC address is a unique address applied to a network adapter.
Access Control is configured as follows:
Select WiFi then Access Control in the navigation panel – the Access Control page appears.
From the drop-down list next to MAC Address Filtering select Enabled.
From the drop-down list next to Filter Mode select Allow or Deny. You can choose to allow or deny
all specified clients, that is, all allowed or all denied access.
Enter the MAC address of the client in the format nn:nn:nn:nn:nn:nn and click the Add button.
Continue adding MAC addresses and when complete, click the Apply button.
Following is an example of a WiFi Access Control configuration:
To modify an entry, edit the MAC address then click the Save button next to it.
To delete an entry, click the Delete button next to it.
If your wireless clients (computers with WiFi devices installed) support WiFi Protected Setup (WPS), you
can use this feature to connect the wireless client securely and easily to the VoloAccess.
To access the WPS page select WiFi then WPS from the navigation panel – the WPS page is displayed.
To use WPS to connect wireless clients to the VoloAccess it is necessary to configure WiFi as
described in the Configuring WiFi section of this manual, then continue as follows:
It is recommended that you read the user manual that came with the WPS-capable WiFi device prior
to proceeding.
WPS supports two methods of connection; the PIN method and the Push Button Configuration (PBC)
method.
It is recommended that the WPS feature only be used with WPA or WPA2 security implemented.
PIN Method
On the client computer, run the Setup program supplied with the WPS-capable device. This usually
involves inserting the supplied CD into the computer‟s DVD/CD drive and allowing it to run
automatically. If this is not the case, refer to the user manual supplied with the WPS-capable device
on how to install the software.
The Setup program should take you through the steps required to connect to a WPS-capable Access
Point, in this case, the VoloAccess.
If an option for PIN or PBC method of connection is offered, select PIN.
Continue by following the steps offered by the Setup program.
The PIN method has two forms; the first is where the PIN is provided by the WPS-capable WiFi
device (Client PIN), the second is where the PIN is provided by the Access Point (VoloAccess PIN).
For the Client PIN method; when prompted, enter the PIN provided by the Setup program in the
ClientPIN editbox of the WPS page of Admin. Wait until prompted by the Setup program, then
click the Start button in the WPS page of Admin.
For the Access Point method; when prompted, enter the PIN, displayed on the WPS page under
VoloAccess PIN, into the new client's Setup program.
If prompted by the Setup program to initiate WPS on the Access Point, press the WPS
button (shown here) on the VoloAccess or, click the Start button in the WPS page of
Admin.
During negotiation the WPS page changes to reflect the WPS Active state and the WPS indicator on
the VoloAccess flashes.
After WPS negotiation has completed, verify the connection by selecting LAN > View Leases in
Admin.
PBC Method
On the client computer, run the Setup program supplied with the WPS-capable device. This usually
involves inserting the supplied CD into the computer‟s DVD/CD drive and allowing it to run
automatically. If this is not the case, refer to the user manual supplied with the WPS-capable device
on how to install the software.
The Setup program should take you through the steps required to connect to a WPS-capable Access
Point, in this case, the VoloAccess.
If an option for PIN or PBC method of connection is offered, select PBC.
Continue by following the steps offered by the Setup program.
During negotiation the WPS page changes to reflect the WPS Active state and the WPS indicator on the
VoloAccess flashes.
After WPS negotiation has completed, verify the connection by selecting LAN > View Leases in
Admin.
You can still connect non-WPS-capable wireless clients using the process described in the next
Click Start, then Control Panel.
Double-click Network Connections.
Locate your WiFi adapter in the list. Right-click this and select View Wireless Networks.
Select the network name (SSID) that you defined when setting up WiFi on the VoloAccess and click
Connect.
If security is configured on the VoloAccess, a dialog box is displayed requesting a Network key.
Type in the same pre-shared key that was entered when setting up WiFi on the VoloAccess. Re-enter
the key as confirmation then click Connect.
After a delay of approximately 5 to 10 seconds the message Connected should display in the dialog
box and an icon () is displayed in the Windows XP notification area.
Open your web browser; you should be online and able to access the Internet.
Click Start, then Control Panel.
Click Network and Internet.
Click Network and Sharing Center.
Click Connect to a network – the following dialog box appears for you to select a network.
Select the network name (SSID) that you defined when setting up WiFi on the VoloAccess and click
Connect – the Connect to a network dialog box appears.
This is the handset earpiece volume (1- quiet, 4 – loud).
DTMF Dial Timeout
Define the time from dialling to call setup. This is the time lag between when
you finish keying the number to call, and when the phone starts to dial. The
timeout range is between 2 and 10 seconds. The default setting is 3 seconds.
Country/Region
Select from the drop-down list.
Line Reversal
If a Private Automatic Branch eXchange (PABX) is connected to one of the
VoloAccess phone ports, it may be necessary to enable this feature as some
features of a PABX require Line Reversal to clear down the line or help hang
up the call. This feature is required when a PABX is using PSTN as opposed
to ISDN. To enable Line Reversal, select Enabled from the drop-down list.
Telephone
This section, including Supplementary Services, applies only to Voice Enabled models of the VoloAccess.
To configure operation of the telephone select Telephone from the Navigation panel - the Telephone page
is displayed:
Telephone Settings
Default Dial
Default Dial is a number that can be configured for the VoloAccess to dial automatically after a defined
timeout simply by lifting the handset. This feature can be used as an emergency call facility. To implement
this feature, Enable Default Dial using the drop-down list then click Apply.
Enter the Default Dial Timeout (in seconds) and the Default Dial number then click the Apply button. The
valid range for the timeout is between 0 and 10 seconds. The default setting is 5 seconds.
All Incoming International Calls when
Roaming Barred
All Incoming International Calls are
barred when the VoloAccess is
Roaming
Outgoing Calls
All Outgoing Call Barring Disabled
All Outgoing Call Barring is disabled
All Outgoing Calls Barred
All Outgoing Calls from the
VoloAccess are Barred
All Outgoing International Calls
Barred
All Outgoing International Calls from
the VoloAccess are Barred
All Outgoing International Calls
except to Home Country Barred
All Outgoing International Calls from
the VoloAccess are Barred except
those to your Home Country
When a setting has been enabled, the Status changes to reflect the current setting. For example, if
you configured Divert Voice Calls when Calls are Not Answered to divert after 20 seconds the status
would change to: Enabled, diverting to +[number] (where +[number] is the number to divert to) after 20
seconds.
Call Barring
To configure Call Barring, select Telephone followed by Call Barring in the Navigation panel - the Call
Barring page is displayed:
Call Barring can be configured for:
To configure these settings, use the drop-down list to select the action, enter the Password and click
the Apply button. You will need to obtain the password for Call Barring from your service provider.
Configuring Supplementary Services using the Phone Keypad
Introduction
Support of Supplementary Services is dependent on the SIM installed in the VoloAccess and also on the
network. For this reason, all of the documented services may not be available.
The VoloAccess supports the following list of Supplementary Services.
Inbound Caller ID
Outbound Caller ID
Call Waiting
Call Divert
Call Barring
Multi-party Calls
Call Transfer
Call Holding
Call Waiting
Throughout this section the instructions will refer to the Flash key, which can be labelled as Flash or
Recall on a telephone.
Not all telephones have a Flash key. In which case, use the Telephone page in Admin to configure
Telephone Supplementary Services.
When you see this iconin the instructions, lift the telephone handset Off Hook.
When you see this iconin the instructions, replace the telephone handset On Hook.
Keypad commands will work with a DTMF capable (tone dialling) phone only.
Inbound Caller ID enable
Inbound Caller ID disable
*30Flash
#30Flash
Outbound Caller ID enable
Outbound Caller ID disable
*31Flash
#31Flash
Call Waiting enable
Call Waiting disable
*43Flash
#43Flash
Volume Setting (Where Volume Level = 1 – 4)
#69*
[Level]
Flash
Inbound Caller ID Notes
This feature is only applicable for handsets that support Caller ID Display.
Call Divert
In the following section [number] is the number to divert to.
Note: The Country Code prefix of + is entered as **
Divert all Voice Calls enable
Divert all Voice Calls disable
*21*[number]*Flash
#21**Flash
Divert Call when Phone is Busy enable
Divert Call when Phone is Busy disable
*67*[number]*Flash
#67**Flash
Divert Call when No Reply enable
Divert Call when No Reply disable
*61*[number]*[delay]Flash
(where delay is 5 to 30 seconds)
#61**Flash
Divert Call when Not Reachable enable
Divert Call when Not Reachable disable
*62*[number]*Flash
#62**Flash
Call Diversion Notes:
1. If diversion of all voice calls is enabled and call diversion when either Phone is Busy or No
Reply or Not Reachable is enabled, it will first disable All Voice Calls Diversion and then
enable that particular diversion.
2. When diversion of all voice calls is enabled, this will override all other diversion settings.
Call Barring
You will need to obtain the password for Call Barring from your service provider.
All Call Barring disable
#330*<password>Flash
Bar all Incoming Calls enable
Bar all Incoming Calls disable
*35*<password>Flash
#35*<password>Flash
Bar All Incoming International Calls when Roaming enable
Bar All Incoming International Calls when Roaming
Bar All Outgoing Calls enable
Bar All Outgoing Calls disable
*33*<password>Flash
#33*<password>Flash
Bar All Outgoing International Calls enable
Bar All Outgoing International Calls disable
*331*<password>Flash
#331*<password>Flash
Bar All Outgoing International Calls except to Home
Country enable
Bar All Outgoing International Calls except to Home
Country disable
*332*<password>Flash
#332*<password>Flash
All Outgoing Call Barring disable
#333*<password>Flash
Feature
Keypad sequence
Answer a Call in Waiting
Flash2#
Alternates between the calls
Multiparty Call – A call is in progress and there is another
incoming call
Flash2# to put current call on hold
and pick up the incoming call; then,
Flash3# to connect all calls
Multiparty Call – A call is in progress and you make another
call
Flash2# to put current call on hold,
make another call by
Flash[number]*,
when call is answered,
Flash3# to connect all calls
The next section refers to In Call features. These commands are executed while a call is in progress.
Cancelling a Command
For all commands except the In-Call Feature commands, hanging up the telephone handset or pressing
the Cancel button in Admin will cancel it.
Command Success/Failure Indication
For a command entered using the keypad, you will hear a high pitched beeping (higher than the dial
tone pitch) to indicate success. A low pitched beeping (similar to the dial tone pitch) indicates failure.
Under the System Information heading the following items appear:
Model Name
This is the Model Name of the VoloAccess.
System Uptime
The lapsed time since the VoloAccess was powered on.
Firmware Version
The Version Number of the Firmware installed on the
VoloAccess.
Serial Number
The Serial Number of the VoloAccess.
Factory Config ID
The ID of the factory configuration that the VoloAccess will
revert to when Reset to Factory Defaults.
Under the System Settings heading the following items appear:
Admin Password
The default password for the VoloAccess is "password". This
should be changed to protect access to your VoloAccess. (see
below).
Remote access to Admin
Enable/disable remote access to Admin using the WAN IP
Address (see below).
Language
Select the Language from the drop-down list.
System
The System page displays System Information and allows the configuration System Settings.
From the Navigation panel, select System - the System page appears.
To change the Admin Password:
Enter the new password in the editbox, and then click the Apply button.
You are prompted to Log in using the new password.
Enter the new password and click the OK button.
If Remote Access to Admin is enabled, it is recommended that you change the default password to
prevent unauthorized access.
To enable/disable Remote Access toAdmin:
Select Enabled or Disabled from the dropdown list. You can also define the port that Remote Access
To access Admin remotely use a Web Browser as follows:
Enter the WAN IP Address of the VoloAccess into the address area of a Web Browser and press
Enter. The WAN IP address is obtained from the WAN > 3G Embedded page in Admin under the
heading Network Status.
When prompted enter the Admin User ID and Password, then click OK. This is the same User ID
and Password used to access Admin locally.
If your 3G service provider allocates a private IP address to the VoloAccess (this is known to happen
in some cases) then Remote Access to Admin will not work. A private IP address is in one of the
following ranges:
10.0.0.0 - 10.255.255.255
172.16.0.0 - 172.31.255.255
192.168.0.0 - 192.168.255.255
Setting the Date and Time
To set the Date and Time on the VoloAccess follow these steps:
From the Navigation panel select System followed by Date/Time - the Date/Time page appears:
By default, the Time Source is Manual.
Enter the current Date and Time.
Select your Local Timezone Offset from the drop-down list.
Click the Apply button to save the settings.
The Time Source can also be configured to NTP (Network Time Protocol) or NITZ (Network Identity and
Time Zone) meaning the VoloAccess will synchronise the date and time with a time server.
From time to time it may be necessary to update the VoloAccess firmware. To obtain updated firmware
please contact your VoloAccess supplier then proceed as follows:
If you are updating the firmware on a WiFi enabled VoloAccess, connect the VoloAccess to the
computer using the supplied Ethernet cable.
From the navigation panel select System followed by Firmware – the Firmware page appears:
Click the Browse button to locate the Firmware Update file - a browse box opens.
Select the Firmware Update file.
Click the Open button to select the update.
Click the Update Firmware button to start the process.
The Firmware update will take between 3 and 8 minutes to complete.
Make sure that you click „Update Firmware‟ only once.
Do not attempt to cancel or interrupt the firmware update.
Do not navigate away from the Firmware Update page until complete.
When the update is complete the VoloAccess will reboot automatically and the Firmware Update Complete page will appear.
The VoloAccess will restart automatically and display the VoloAccess Index page.
It is good practice to save the VoloAccess configuration to a file so that it can be restored at a later date if
it becomes necessary to recover from a configuration error. To save the configuration, proceed as follows:
Select System followed by Save/Restore in the Navigation panel - the Save/Restore page appears:
Click the Save Configuration button.
A confirmation dialog appears. Click the Save button.
The Save As dialog appears.
Select a location to save the backup configuration file.
Click the Save button to complete the task.
A Download Complete dialog appears – click Close.
To Restore a saved configuration:
Under the heading Restore Configuration click the Browse button - a dialog opens for you to locate
and select the previously saved backup configuration file.
Click the Restore Configuration button.
Do not attempt to cancel or interrupt this operation.
After the upload has completed it is necessary to restart the VoloAccess for the restored configuration
Click the Save button.
A Save dialog appears for you to select a location to save the file.
Click the Save button – a Download complete dialog appears.
Click the Close button.
Factory Defaults
Setting the VoloAccess to factory defaults will overwrite all configuration items including the Admin
password. The configuration settings can be saved using the Save Configuration feature. This saved file
can be restored once the VoloAccess has restarted.
To restore the VoloAccess to the factory settings select Factory Defaults from the Navigation panel - the
Factory Defaults page appears:
Select Yes from the drop-down list.
Click the Apply button.
The VoloAccess will restart and display the Restarting page containing a prompt to „click here to refresh‟.
If JavaScript is enabled in your Web browser, this is not necessary to reload the page – the refresh will
happen automatically.
It is necessary to re-enter the APN before the VoloAccess will connect to the Internet.
Setting the VoloAccess to factory defaults can also be done using the Reset button.
This section describes how to solve a number of issues that could occur during installation, configuration,
and use of the VoloAccess.
Before attempting any of the methods described in this section, make sure that the connected cables are
securely inserted and that the Power indicator on the VoloAccess is On.
If none of the suggested methods resolve the issue, it is recommended that you:
Restart the VoloAccess.
Reset the VoloAccess to default factory configuration and reconfigure the unit.
To restart the VoloAccess, click Restart in the navigation panel of the Admin page. If you still cannot
access the VoloAccess, switch the VoloAccess off then wait for 30 seconds before switching it on again.
To reset the settings to default factory configuration, use a paper clip to press the Reset button. Refer to
Reset the VoloAccess to default factory configuration for further information.
The default factory configuration contains the original settings of your VoloAccess.
A reset to default factory configuration cannot be undone. If you reset the VoloAccess to default factory
configuration, all your previous configuration changes are replaced. If you have previously changed the
password, you will have to login to the VoloAccess Index page with the default User name “admin” and
Password “password”.
What do the VoloAccess Indicators mean… what are they telling me?
Please refer to VoloAccess Indicators. There you will find a comprehensive description of the function of
each indicator.
The VoloAccess Signal Strength Indicator and Network Indicators are not On
There are a several possibilities:
First, check that the SIM is inserted. If the SIM is missing, please insert the SIM in the correct
orientation. Refer to the diagram under Installing the SIM.
If the SIM is inserted correctly, the most likely cause would be the SIM has the Pin Lock enabled.
The SIM could be locked after entering an incorrect PIN multiple times. The SIM could also be faulty.
The dial tone sounds different for PIN lock and PUK lock which, due to obvious limitations, is not
possible to describe here. PIN or PUK lock is best verified using the Admin Web page. Both PIN and
PUK unlocking can be done via the Admin> WAN > 3G Embedded page. On a voice enabled
VoloAccess the PIN can also be entered using the phone keypad. Unlock the SIM using the
telephone keypad by lifting the handset and entering #NNNN# (where NNNN is the SIM PIN) then
replace the handset.
If the Network indicator is still not On a few seconds after you have entered the correct PIN/PUK, the
SIM may be faulty or, you have inserted it incorrectly. Remove the SIM and reinsert it, referring to
the diagram Installing the SIM.
The easiest way to check if a SIM is faulty is to insert it in a mobile phone and attempt to make a
call. If it does not work, the SIM is faulty - you need to contact your service provider to obtain a
replacement.
If the VoloAccess still does not work after performing the above steps, please contact your Place of
purchase.
The VoloAccess Signal Strength Indicator is On and the Network Indicator is Off
The SIM you are using is not recognized by your service provider. Please contact your service
provider to register your service or have the SIM replaced.
I have entered the APN provided by my Service Provider, but the Network Indicator is still not On.
How do I solve this?
Check the status from the Admin > WAN >3G Embedded page. If it reports “Not connected”,
please check the APN entered. Spelling, including spaces, has to be correct for it to be accepted by
the network.
On the Admin > Status page check that the SIM State is 'Ready' under Cellular Network Status,
the Network Operator is correct and the Network State is 'Registered <a data capable technology,
EDGE, GPRS, WSDMA etc>'.
Confirm that your service provider does not require PPP Authentication. If PPP Authentication is
required, you need to configure the VoloAccess with the correct username and password. Refer to
Configuring PPP Authentication for further information.
If this does not solve the problem, try turning the VoloAccess off and on again.
If this still does not solve the problem, please return the unit to the Place of purchase.
When I pick up the handset, the Telephone Indicator does not flash. Why?
If you do not get a dial tone either, the cable between the telephone and VoloAccess is probably the
cause. Replace this cable or, if you have another telephone, try connecting it to the VoloAccess.
If you do have a dial tone, check that you are able to make phone calls. If you can, the phone
Indicator may be faulty. Please return the unit to the Place of purchase.
When I pick up the telephone handset, I do not hear anything. Why?
See Telephone Indicator answer.
Why do I not get the normal dial tone?
See Network Indicator answer.
Telephone Service not available
If you cannot make or receive a call from a phone connected to the VoloAccess, perform the following
actions to identify and solve the problem:
Make sure that the phone is working; try connecting it to a fixed line telephone network (PSTN). The
phone has to be of a standard touch tone type (with DTMF keypad support).
Some older phones have a keypad, but do not support DTMF. These phones are not supported by the
VoloAccess.
Connect the phone directly to the Phone connector on the VoloAccess. Verify that a dial tone is heard
when picking up the handset. If not, replace the handset and restart the VoloAccess. Allow sufficient
time for the VoloAccess to restart (the Signal Strength indicator should be On and solid – flashing
indicates a weak signal) and then listen for the dial tone again.
Lift the handset and the phone indicator should flash. If this does not happen:
Check the phone connection.
If using a cordless phone, check that power supply is on.
Check the Call Barring setting using Admin. If necessary, disable all Call Barring. Refer to Call
Barring in the User Manual for further information.
Check the SIM is not locked. If the SIM PIN is required, the dial tone is different (an intermittent
tone instead of the normal dial tone). On a voice enabled VoloAccess unlock the SIM using the
telephone keypad by lifting the handset and entering #NNNN# (where NNNN is the SIM PIN) then
replace the handset.
SIM
SIM Insertion
See Network Indicator answer.
Make sure the SIM is inserted correctly. Refer to Installing the SIM.
If the Network Indicator is Off a PIN is required or, the SIM is locked as a result of entering an incorrect
PIN multiple times, in which case, the PUK is required to unlock the SIM. This can be verified on voice
enabled models by connecting a telephone handset and listening to the dial tone, or load the Admin > Status page and check SIM Status - should be Ready if the SIM is functioning correctly.
If the SIM is seated correctly but the SIM Status is not Ready; it is necessary to verify that the SIM is
working. The easiest way of verifying a SIM is to install it in a mobile phone and attempt to make a
call.
Administration Web page
I can access the VoloAccess Administration Web page at http://192.168.0.1, but when I try to click on
Admin, Internet Explorer responds with the error, “The web page you requested is not available
offline”
According to Microsoft, “Internet Explorer searches for an Internet connection before it attempts to
serve local Web pages. This behavior is by design.”
To correct this, from the File menu in Internet Explorer, uncheck the Work Offline option.
If you cannot access Admin, perform the following actions to identify and solve the problem:
Check that the computer is configured to obtain an IP address automatically using DHCP. If not, change
the computer TCP/IP settings. For further information, see Connecting the VoloAccess to a Computer or
the manual of your operating system.
Check that an IP Address has been allocated to your computer by the VoloAccess. Use the procedure
described under No LAN Connection.
If the VoloAccess IP address has been changed and you do not know the current IP address, use the
Reset button to reset the VoloAccess to default factory configuration (see above). This will set the IP
address to 192.168.0.1.
Make sure you are using the correct login details. If the default password has been changed and you do
not know the current password, use the Reset button to reset the VoloAccess to default factory
configuration (see above). This will reset the login details to default values. The default User Name is
"admin" and the Password is "password".
If the computer is connected to the VoloAccess via an Ethernet cable, check that the corresponding LAN
connector indicator is illuminated. If not, make sure that the cable is properly connected or try using
another Ethernet cable.
Connectivity Problems
Before attempting to resolve connectivity problems, always check the following first:
Check that one end of the Ethernet cable is plugged into the VoloAccess and the other end into a
network switch or directly into a computer.
Check the LAN indicator on the VoloAccess. It should be On and solid blue. If this is not the case, the
cable may be faulty or not plugged in properly. Check the connections, if they are solidly connected
and the LAN indicator is not lit, the cable is faulty. Replace the cable.
Ping the VoloAccess from a Command prompt as follows:
From the Start Menu, select Run, then type cmd and press Enter – a Command prompt window
opens.
Select this window and type ping 192.168.0.1 then press Enter.
The response should be similar to the following diagram:
If the ping command responds with 'Destination Host Unreachable' or 'Timeout', the attempt to ping
When I try to connect to the VoloAccess Administration Web page at http://192.168.0.1, my Browser
responds with the error “The Page Cannot be Displayed”
The most likely cause of this problem is your Browser is configured to use a proxy server.
In IE7 and IE8:
From the Tools menu select Internet Options then click the Connections tab.
Click on the LAN Settings button – the Local Area Network (LAN) Settings dialogs appears.
Uncheck Use Proxy Server for your LAN.
In Firefox 3: (Windows version)
From the Tools menu select Options – the Options dialog appears.
Click the Advanced icon in the Toolbar.
Click the Network tab – the Network dialog appears.
Click the Settings button under Connection.
Click the No Proxy radio button.
Click the OK button (twice) to complete the task.
In Firefox: (Linux version)
From the Edit menu select Preferences – the Firefox Preferences dialog appears.
Click the Advanced icon in the Toolbar.
Click the Network tab.
Click the Settings button next to Connection – the Connection Settings dialog appears.
Click the No Proxy radio button.
Click OK then Close to complete the task.
If the above steps do not resolve the problem, check the Ethernet cable connection and the status of the
LAN Indicators.
No Internet Access
I cannot access any Web pages.
If you cannot access the Internet from any of your local devices, perform the following actions to
identify and solve the problem:
First check the Network Indicator, it should be solid On. If this is not the case refer to the instructions
for Network Indicator.
If the Network Indicator is On and flashing, refer to the instructions above for checking the Ethernet
cable and how to ping the VoloAccess.
On the Admin > WAN> 3G Embedded page, make sure that the Network Status is "Connected"
and that an IP address is assigned.
Still on the Admin > WAN> 3G Embedded page, ensure that the APN (Access Point Name) is
configured according to the information from your service provider. (Found under the Settings
heading.) Carefully check the spelling of the APN – one incorrect character and you will not be able
to access the Internet.
Make sure that the antennas are firmly connected to the VoloAccess.
Check the Signal Strength indicator in Admin. If there is no display, a signal is not present. Check
with your 3G service provider for a service outage.
If the Signal Strength indicator is flashing, indicating a very weak signal, move the VoloAccess to
another location. Refer to Setting up the VoloAccess™ for further information.
Does your account with your Service Provider have voice support?
Check the Telephone handset.
Low Data Throughput
From the Admin > Status page, check the Cellular Network Status. The best connection speed will
be available if it reports Logged onWCDMA. There is nothing that can be done to improve data
throughput if the area you are using the VoloAccess in is not serviced by a high speed network.
LAN Problems
No LAN Connection
If you cannot access the local network from a computer that is connected to the VoloAccess, perform
the following actions to identify and solve the problem:
Check that at least one of the LAN connector indicators is On. If not, check that the Ethernet cable is
properly connected or try using another Ethernet cable. Also, the yellow Activity light on the computer‟s
Network Interface Card (NIC) should flash if network traffic is present.
Check that the computer is configured to obtain an IP address automatically using DHCP. If not,
change the computer‟s TCP/IP settings. For further information, see Checking the Computer‟s network
configuration or the manual of your operating system.
Check that an IP Address has been allocated to your computer by the VoloAccess. To do this, proceed
as follows:
From the Windows Start menu select Run.
The Run dialog appears.
Enter cmd as the command to run and press Enter.
Under the heading Ethernet adapter Local Area Connection the IP address allocated to the computer
by the VoloAccess is displayed. In this example, 192.168.0.2.
Supplementary Telephone Features (Voice enabled models only)
I picked up the handset and the phone starts dialing out after a brief period before I dial any
numbers! Why?
This is most likely due to the Default Dialing feature being enabled and, with the Timeout set to a short
period. You can disable this feature (see below) or, you can simply increase the timeout period to 10
seconds. This will provide an adequate delay before dialing a number.
To prevent this behavior, disable the Default Dial feature as follows:
Load the Administration Web page at http://192.168.0.1.
Select Telephone from the navigation panel.
From the drop-down list next to Default Dial select Disabled.
Click the Apply button.
I cannot enable Call Divert
Check that the phone number is specified including the International Dialing Prefix and Country
Code:
From Admin, it is +NN (where NN is the International Dialing Prefix), and
From the keypad, it is **NN (where NN is the International Dialing Prefix). Note: The + is entered as
** when using the keypad.
If you still cannot enable Call Divert, please contact your service provider, this service may not be
enabled for your account.
I cannot disable Call Divert
Contact your service provider and request that the service be disabled.
I enabled the Call Waiting feature but it does not work. Why?
The Call Divert feature settings override Call Waiting. Check your Call Divert configuration.
If you have enabled Unconditional Call Divert or Call Divert on Busy; it will prevent Call Waiting
from working. You have to disable the above mentioned Call Divert features for Call Waiting to work.
If the above step does not help, please contact your service provider.
I have configured Port Forwarding for my Web Server but still cannot access the site. Why?
First, check that the configuration settings are correct on the Admin>LAN > Port Forward page.
The Server IP address is the IP address of your machine which is running the Web Server. The
Protocol is TCP.
The second thing to check is the firewall settings on the Web Server machine. Make sure that you are
not filtering (blocking) the traffic and the port.
VPN
I have configured VPN but still cannot connect to the remote VPN server. How do I fix this?
Verify that your 3G service provider provides an externally linkable (routable) IP address. This is the
WAN IP Address which you can see on the Admin > WAN > 3G Embedded page. This address
cannot be in the following (non-routable) ranges for VPN to operate:
10.0.0.0 - 10.255.255.255
172.16.0.0 - 172.31.255.255
192.168.0.0 - 192.168.255.255
These IP addresses have been reserved by the Internet Assigned Numbers Authority (IANA) for
use by private (internal) networks.
It is a known issue that some ISPs do provide internal (non-routable) IP addresses, in which
case your VoloAccess cannot be configured as a VPN host.
VPN has strict rules for security reasons. The credentials on both the remote server and your local
client have to match for VPN to work. You need to provide your WAN IP Address to your VPN Server
administrator and obtain the Server's host and network details and the authentication key to be
configured in Admin.
Each time you turn your VoloAccess off and on, your service provider allocates a new WAN IP
Address unless your account has a static address. (A static IP address can be arranged with your 3G
service provider) If your WAN IP Address is dynamic (changes each time), you will need to notify your
VPN Server's administrator to update the connection details on the Server side.
Time Server
The VoloAccess displays incorrect date and time. Why?
If after 15 minutes, the VoloAccess still doesn‟t display the correct date and time, check that a Time
Server has been enabled in Admin.
If NITZ is selected as the Time Server, the Date/Time update should occur in a matter of seconds;
however, an NTP Time Server can take considerably longer to respond.
Refer to Setting the Date and Time in the User Manual for further information.
VoloAccess fails to start normally
If the VoloAccess has been started, but the WiFi Protected Setup, Signal Strength and Mobile Network
indicators repeatedly flash at 1 second intervals, the software is trying to load but failing.
Perform the following actions to solve the problem:
Turn the VoloAccess off, wait for 30 seconds, then turn it on – the WiFi Protected Setup, Signal
Strength and Mobile Network indicators flash at 1 second intervals until ready to enter normal
operation.
While the unit is in the flashing sequence, push the reset button for more than 10 seconds – this
performs a hard reset.
Wait for the VoloAccess to restart and check its operation.
If the VoloAccess fails to start normally, return the unit for repair.
It is important that the reset button is pressed during the flashing sequence.
Check the following WiFi configuration items – connect the VoloAccess to a computer using an Ethernet
cable, then using a Browser load Admin and select WiFi from the navigation panel.
If the computer is situated a long way from the VoloAccess or there is a wall or partition containing
metal in between, try moving the computer closer to the VoloAccess. All diagnostic measures should
be performed with the two wireless devices in line-of-sight and in close proximity.
Ensure that WiFi is enabled.
Try using a different channel – interference from another wireless device or appliance that uses the
same frequency range (2.4 GHz) may be causing connection problems.
If Broadcast SSID is disabled, try enabling it and attempt to reconnect. Some wireless equipment
can have difficulty connecting with the SSID broadcast disabled.
Check that the SSID (also known as Network Name) is spelled exactly the same in the VoloAccess‟
WiFi configuration and the computer‟s wireless network setup. The SSID is case sensitive.
Check that the Security Mode (also known as Network Authentication) is the same in the computer‟s
WiFi setup as was configured on the VoloAccess.
Check that the Encryption Key or Pre-Shared Keyis the same in the computer‟s WiFi setup as was
configured on the VoloAccess.
Remove the Ethernet cable.
Restart the VoloAccess and the computer, then attempt to reconnect.
If the above does not correct the problem, try the following:
Windows XP
From the Windows®Start Menu select Control Panel and double-click Network Connections.
Right-click on Wireless Network Connection.
From the menu select Repair – Windows® Network Connections will disable, then re-enable the
wireless adapter in the computer - it will then attempt to obtain a new IP address.
Windows Vista
From the Windows®Start Menu select Control Panel and click Network and Internet.
Under Tasks click Diagnose and repair.
Windows will attempt to diagnose and repair the problem.
Intermittent disconnection from the Wireless LAN
This is probably caused by interference from another wireless device like a cordless phone or an
appliance that uses the same 2.4 GHz frequency. To overcome this try using a different channel.
Load Admin and select WiFi from the navigation panel.
Change the Channel using the drop-down list, then click the Apply button.
Connected to the VoloAccess but cannot connect to the Internet
Once the computer has successfully connected wirelessly to the VoloAccess, the same causes as a wired
setup prevail. See the No Internet Access section for further assistance.
ADSL – Asymmetric Digital Subscriber Line. Transmits high-speed data downstream to the end user and
lower-speed data upstream toward the network. Many wired broadband services use ADSL.
APN – Access Point Name. The name of a 3G service provider‟s wireless access point.
B
Broadband – A term used when describing the bandwidth or capacity needed to carry multiple voice, video
or data channels simultaneously. Broadband technology was introduced to help deliver increased amounts
of speeds and advanced capabilities. These advancements now give consumers better access to the
Internet, related services, and facilities.
BSSID – Basic Service Set Identifier - the BSSID is the MAC address of a wireless access point.
C
CHAP – Challenge Handshake Authentication Protocol. CHAP is used in PPP authentication to verify the
identity of a peer system.
Convergent Wireless Terminal – A single wireless terminal that can be used to access different services
offered by different networks.
D
DHCP – Dynamic Host Configuration Protocol. A set of rules used by communications devices such as a
computer, router or network adapter to allow the device to request and obtain an IP address from a server
which has a list of addresses available for assignment. See also Static DHCP
DNS – Domain Name System. The Domain Name System associates various information with domain
names; most importantly, it serves as the "phone book" for the Internet by translating human-readable
computer hostnames, e.g. www.vololink.com, into IP addresses, e.g. 208.77.188.166, which networking
equipment needs to deliver information.
DDNS - Dynamic Domain Name System. A method, protocol, or network service that provides the capability
for a networked device using the Internet Protocol Suite, such as an IP router or computer system, to notify
a domain name server to change, in real time, the active DNS configuration of its configured hostnames,
addresses or other information stored in DNS.
DTMF – Dual Tone Multi-Frequency. Frequency signalling is used for telephone signalling over the line in
the voice-frequency band to the call switching center.
E
EDGE – Enhanced Data GSM Environment. A faster version of the GSM standard. It is faster than GSM
because it can carry messages using broadband networks that employ more bandwidth than standard GSM
networks.
F
Failover – WAN Failover is the capability to switch automatically to a secondary network when the primary
network fails.
Frequency – Assigned channel space within the radio wave spectrum.
G
GPRS – General Packet Radio Service. A technology that sends packets of data across a wireless network
at speeds of up to 114Kbps. It is a step up from the circuit-switched method; wireless users do not have to
dial in to networks to download information. With GPRS, wireless devices are always on - they can receive
and send information without dial-ins. GPRS is designed to work with GSM.
GSM – Global System for Mobile (Communications). GSM is a digital mobile telephone system that is
widely used in Europe and other parts of the world. GSM uses a variation of Time Division Multiple Access
(TDMA). Since many GSM network operators have roaming agreements with foreign operators, users can
often continue to use their mobile phones when they travel to other countries.
HSPA – High Speed Packet Access refers to UMTS based 3.5G networks that support both HSDPA and
HSUPA data for improved download and upload speeds.
HSPA+ – Also referred to as High Speed Packet Access (HSPA) Evolved or enhanced HSPA. Supports
peak data rates of up to 42 Mbps on the downlink and up to 11 Mbps on the uplink. HSPA+ doubles data
capacity and triples voice capacity providing more efficient and lower cost broadband.
HSDPA – High Speed Download Packet Access is a 3.5G mobile telephony communications protocol in the
High-Speed Packet Access (HSPA) family, which allows networks based on Universal Mobile
Telecommunications System (UMTS) to have higher data transfer speeds and capacity.
HSUPA – High Speed Uplink Packet Access. An upgrade to UMTS that allows for uplink connections as
fast as 5.76Mbps, compared to HSDPA which allows uplink connections of up to 2Mbps.
HTTP – HyperText Transfer Protocol. The protocol used by the Web server and the client browser to
communicate and move documents around the Internet.
I
IMEI – The International Mobile Equipment Identity is a number unique to every GSM and UMTS mobile
phone. It is usually found printed on the phone underneath the battery and can also be found by dialling the
sequence *#06# into the phone. The IMEI number is used by the GSM network to identify valid devices and
therefore can be used to stop a stolen phone from accessing the network.
IMSI – International Mobile Subscriber Identity. The IMSI number is a unique 15-digit code that is attached
to every SIM and makes it possible for mobile networks to identify the home country and network of a
subscriber.
ISP – Internet Service Provider. An Internet service provider is a business or organization that provides
consumers or businesses access to the Internet and related services.
K
Kbps – kilobits per second. A kilobit per second is a unit of data transfer rate equal to 1,000 bits per
second.
L
LAN – Local Area Network. A LAN is a computer network covering a small geographic area, like a home,
office, or group of buildings.
M
MAC – Media Access Control address
A MAC address is a unique value associated with a network adapter. The MAC address is also known as
hardware address or physical address. It uniquely identifies an adapter on a LAN. A MAC address is a 12digit hexadecimal number (48 bits in length). By convention, a MAC address is usually written in one of the
following two formats:
MM:MM:MM:SS:SS:SS
MM-MM-MM-SS-SS-SS
The first half of a MAC address contains the ID number of the adapter manufacturer. The second half of a
MAC address represents the serial number assigned to the adapter by the manufacturer.
MTU – Maximum Transmission Unit. The size of the largest packet that a network protocol can transmit.
N
NAT – Network Address Translation. NAT is a technique of transceiving network traffic through a router that
involves re-writing the source and/or destination IP addresses and usually also the TCP/UDP port numbers
of IP packets as they pass through.
P
PABX – Private Automatic Branch eXchange. A PABX is a telephone exchange that serves a particular
business or office, as opposed to one that a telephone company operates for the general public.
PAP – Password Authentication Protocol. PAP is used in PPP authentication to verify the identity of a peer
system.
PBC – Push Button Configuration.
PIN – Personal Identification Number. A PIN is a secret numeric password shared between a user and a
system that can be used to authenticate the user to the system.
PPP – Point to Point Protocol. PPP is used to establish an authenticated connection between two host
systems. The authentication is in the form of a Username and Password pair known to both hosts.
Protocol – The rules of order by which a communications network is operated.
PUK – Personal Unlocking Key. Used in GSM mobile phones to unlock a locked SIM.
R
RF – Radio Frequency is the frequency or rate of oscillation of a radio signal.
S
SIM – Subscriber Identity Module. A SIM is a removable card for mobile cellular telephony devices such as
mobile computers and mobile phones. A SIM securely store the service-subscriber key used to identify a
subscriber. The SIM allows users to change phones by simply removing the SIM from one mobile phone
and inserting it into another mobile phone.
SMS – Short Messaging Service. A service through which users can send text based messages from one
device to another.
SSID – Service Set Identifier. A SSID (also known as Network Name) is a name used to identify a 802.11
wireless LAN.
Static DHCP - Static DHCP is a feature which makes the DHCP server on your router (VoloAccess) always
assign the same IP address to a specific computer on your LAN.
T
TCP/IP – Transmission Control Protocol/Internet Protocol. The basic communication language or protocol of
the Internet.
U
UPnP™ – Universal Plug and Play. A set of computer network protocols that allow devices to connect
seamlessly and to simplify the implementation of networks (data sharing, communications, and
entertainment) in the home and corporate environments.
UMTS – Universal Mobile Telecommunications System. UMTS is a so-called 'third-generation (3G),'
broadband, packet-based transmission of text, digitised voice, video, and multimedia.
SIM – Universal Subscriber Identity Module. A SIM is an application for UMTS mobile telephony which is
inserted in a 3G mobile phone.
V
VoIP – Voice over Internet Protocol. A term used in IP telephony for a set of facilities for managing the
delivery of voice information using the Internet Protocol (IP).
VPN – Virtual Private Network. A VPN is a communications network tunnelled through another network.
One common application is secure communications through the public Internet.
W
WAN – Wide Area Network. A WAN is a computer network that covers a broad area (i.e., any network
whose communications links cross metropolitan, regional, or national boundaries). The largest and most
well-known example of a WAN is the Internet.
WEP – Wired Equivalent Privacy. WEP is a (now superseded) algorithm to secure IEEE 802.11 wireless
networks. WEP was intended to provide confidentiality comparable to that of a traditional wired network;
however several serious weaknesses have been identified with the result that a WEP connection can be
cracked with readily available software within minutes. WEP has been superseded by Wi-Fi Protected
Access (WPA).
WCDMA – Wideband Code Division Multiple Access. WCDMA is a type of 3G cellular network. WCDMA is
the higher speed transmission protocol used in the UMTS system, a third generation follow-on to the 2G
GSM networks deployed worldwide.
WiFi – Wireless Fidelity. is the marketing name for the wireless technology used in computers, mobile
phones, PDAs, gaming consoles and more. It covers the various 802.11 technologies.
WPA – WiFi Protected Access. WPA is a security protocol used to secure wireless computer networks. This
protocol implements most of the IEEE 802.11i standard.
WPA2 – WiFi Protected Access version 2. An advanced more secure form of the WPA protocol that
implements all of the mandatory elements of the IEEE 802.11i standard. This advanced protocol will not
work with some older network cards.
WPS – WiFi Protected Setup. - A standard for easy and secure establishment of a wireless network.
Wireless Terminal for use over HSPA+
capable UMTS networks.
• The VoloAccess provides both voice and
wireless broadband Internet services in
areas where conventional telephone
lines either do not exist or are too far
from the nearest xDSL enabled
exchange.
• The VoloAccess is easy to use, just plug
and play.
• Broadband Internet access via four
Ethernet ports or high speed WiFi.
• Support for analog phone(s) via RJ11
ports. (Voice enabled models only).
• The VoloAccess provides Least Cost
Routing between enterprise fixed line
PBXs and 3G wireless networks.
• Automatic fall back to HSUPA/
HSDPA/EDGE/GPRS/GSM, if a HSPA+
network is not available.
• Supports locking the terminal to the 3G
network (network lock).
• Supports locking the SIM to the
terminal (SIM PIN lock).
• Automatic updates of the latest
firmware via 'Over The Air' download
feature.
• Built-in internet redundancy (IP
failover) via either WAN port or
externally connected 3G USB modem.
• Flexible design - Voice and Data or Data
only.
• Optional rechargeable Li-ion battery
pack for continuous operation during
power failures.
Vololink Pty Ltd
Melbourne, Australia
sales@vololink.com
www.vololink.com
3G+ Wireless Network
• Air Interface: WCDMA
• GSM/GPRS/EDGE frequencies:
850/900/1800/1900MHz
WLAN
• 802.11b/g/n WiFi access point
• 2.4000~2.4835GHz (ISM Band)
• 2 x 2 MIMO
• WiFi Protected Setup
Internet Protocols
• DHCP server
• PPP client
• NAT
• NAT port forwarding
• NAT ALGs
• DNS proxy server
• SNTP client
Security
• Firewall
• VPN tunnelling
• VPN pass-through
• WLAN - 64/128-bit WEP, WPA
and WPA2
Indicators
• Power, Mobile network status,
Signal strength, 4 x LAN, WAN, WLAN,
Phone 1, Phone 2, WPS
Connectors
• Four RJ45 Ethernet ports
• Two antenna connectors
(SMA 50 ohm)
• Connector for external SIM
• DC power supply
• Two RJ11 connectors (Voice enabled models
only)
• RJ45 WAN port
• USB host port
Antenna
• Dual external omni-directional, 50 ohm (3G)
• Dual internal omni-directional, 50 ohm (WLAN)
• Optional higher gain directional 3G antennas
and extension cables available
Environment
• Operating temperature:
0º to +45ºC
• Storage temperature: -20º to +70ºC
• Operating humidity: 5% to 95%
AC-to-DC Power Supply
• Input: 100 – 240V/50 – 60Hz AC
• Output: +12V 2A DC
• Plug options: Australia, Europe,
UK, USA
• Rechargeable Li-ion battery pack (optional)
Dimensions
• 178 x 118 x 33 mm (excluding stand and
antennas)
Federal Communication Commission Interference Statement
This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to
Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful
interference in a residential installation. This equipment generates, uses and can radiate radio frequency
energy and, if not installed and used in accordance with the instructions, may cause harmful interference to
radio communications. However, there is no guarantee that interference will not occur in a particular
installation. 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 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.
FCC Caution: Any changes or modifications not expressly approved by the party responsible for compliance
could void the user's authority to operate this equipment.
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1)
This device may not cause harmful interference, and (2) this device must accept any interference received,
including interference that may cause undesired operation.
IMPORTANT NOTE:
FCC Radiation Exposure Statement:
This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This
equipment should be installed and operated with minimum distance 20cm between the radiator and your
body.
This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter.
The availability of some specific channels and/or operational frequency bands are country dependent and
are firmware programmed at the factory to match the intended destination. The firmware setting is not
accessible by the end user.