Ericsson MBRW35-92 Mobile Broadband Router User Manual Users Guide

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Ericsson W3x Series
Mobile Broadband Router for WCDMA/HSPA
Mobile Networks
User's Guide
Ericsson W3x Series
Mobile Broadband Router for WCDMA/HSPA
Mobile Networks
User's Guide
Copyright
© Ericsson AB 2008 - All Rights Reserved
Disclaimer
No part of this document may be reproduced in any form without the written
permission of the copyright owner.
The contents of this document are subject to revision without notice due to
continued progress in methodology, design and manufacturing. Ericsson shall
have no liability for any error or damage of any kind resulting from the use of
this document.
Trademark List
Firefox
®
Firefox is a registered trademark of Mozilla Foundation.
Internet Explorer
®
Internet Explorer is a registered trademark of Microsoft Corporation.
®
MSN Messenger is a registered trademark of Microsoft Corporation.
MSN Messenger
®
Opera is a registered trademark of Opera Software ASA.
®
Safari is a registered trademark of Apple Computer, Inc.
Opera
Safari
®
Windows
Windows is a registered trademark of Microsoft Corporation.
All other brand and product names are trademarks or registered trademarks of
their respective holders.
ii
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.
Contents
Introduction
1.1
Structure of this Guide
1.2
Related Documents
W3x Series Overview
2.1
Product Variants
2.2
W30 – Data Router
2.3
W35 – Data and Voice Router
2.4
Feature Summary
2.5
Housing
2.5.1
Back Side Interfaces
2.5.2
Left Side Interfaces
2.5.3
Right Side Interface
10
2.5.4
Front Panel
10
Configuration and Management
14
3.1
Access and Login to the Web User Interface
14
3.1.1
Enter PIN code
15
3.1.2
Enter Password
15
3.1.3
Inactivity Timeout
16
3.2
Overview
18
3.2.1
Alarms
19
3.2.2
Network Information
20
3.3
Wireless LAN Configuration Wizard
21
3.3.1
Enable the Wireless LAN
21
3.3.2
Network Name
22
3.3.3
Wireless LAN Authentication
22
3.3.4
Wireless LAN Configuration Wizard Confirmation
28
3.4
Internet
29
3.4.1
Mobile Network Connection Details
30
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Contents
iv
3.4.2
Traffic Statistics
31
3.4.3
Authentication
31
3.4.4
Cellular Band Selection
34
3.5
LAN
36
3.5.1
LAN IP Address
36
3.5.2
DHCP Server
37
3.5.3
LAN Port Status
39
3.6
Wireless LAN
40
3.6.1
Enable WLAN
40
3.6.2
Region
41
3.6.3
Radio Channel
41
3.6.4
Transmit Power [dBm]
41
3.6.5
Data Rate
41
3.6.6
Scan for Wireless Networks
42
3.6.7
Network Name (SSID)
43
3.6.8
WLAN Security
43
3.6.9
Connected Devices
45
3.6.10
Whitelist
45
3.7
NAT
47
3.7.1
UPnP IGD
48
3.7.2
Application Level Gateways
48
3.7.3
Port Forwarding
49
3.8
File and Printer Sharing
52
3.8.1
How it Works
52
3.8.2
Host Name and Workgroup
53
3.8.3
File Sharing
53
3.8.4
Printer Sharing
54
3.9
System
56
3.9.1
Basic System Information
57
3.9.2
Configuration Backup and Restore
57
3.9.3
System Restart
58
3.9.4
Software Update
59
3.9.5
Factory Reset
60
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3.10
Event Log
62
3.10.1
Persistent Logging
63
3.11
Change Password
63
3.12
Logout
64
Telephony and Fax (W35 only)
65
4.1
SIM Authentication
65
4.2
Information Tones
66
Battery (W35 only)
67
5.1
Installation of the Battery
67
5.2
Battery Function
67
PC Configuration
68
6.1
IP Settings
68
6.1.1
Obtain IP Settings Automatically
68
6.1.2
Configure Static IP Address
70
6.2
Wireless LAN Settings
70
6.2.1
Prepare the Wireless Client(s)
70
6.2.2
Install the Wireless LAN Interface
70
6.2.3
Configure Access to the W3x WLAN
71
6.3
USB Sharing Settings
71
6.3.1
Check Workgroup Settings
72
6.3.2
Access a Shared Storage Device
73
6.3.3
Set Up a Connection to a Shared Storage Device
73
6.3.4
Access a Shared Printer
74
Troubleshooting
77
7.1
Restart
77
7.2
Reset to Factory Default Settings
77
7.3
LAN Connections
78
7.4
Internet Access
79
7.4.1
Change TCP Settings
80
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7.5
Wireless LAN Connection
80
7.6
Access to Shared Files or Printer
82
7.7
Telephony and Fax Service (W35 only)
83
Glossary 85
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Introduction
Introduction
This chapter describes the structure of this guide and provides a list of
reference documents.
1.1
Structure of this Guide
This User’s Guide contains information that is needed for an end-user to
configure and manage the Ericsson Mobile Broadband Router (MBR) W3x
product series.
This guide describes both the Ericsson W30 and W35 and when design,
functionality and commands are in common, the term ”Ericsson W3x” is
used. Any information that is unique to a specific model is described with
the appropriate product name; Ericsson W30 or Ericsson W35.
The following chapters are included:
•
Chapter 1 – “Introduction” – provides information about this guide and
provides a list of reference documents.
•
Chapter 2 – “W3x Series Overview” gives an overview of the Ericsson
W3x product series
•
Chapter 3 – “Configuration and Management” – provides detailed
information about how to perform configuration and management of the
Ericsson W3x.
•
Chapter 4 – “Telephony and Fax (W35 only)” – includes information
about the telephony and fax function in the Ericsson W35. It also
includes instructions on how to enter the SIM authentication codes via
a telephone handset.
•
Chapter 5 – “Battery (W35 only)” – includes information about how to
handle battery installation and charging for the Ericsson W35.
•
Chapter 6 – “PC Configuration” – gives instructions for configuring
computers to work with the Ericsson W3x.
•
Chapter 7 – “Troubleshooting” – describes how to solve a number of
issues that could occur during installation, configuration, and use of the
Ericsson W3x.
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Introduction
•
1.2
The Glossary includes abbreviations and explanations to technical
terms used in this guide.
Related Documents
In the following documents, more information about the Ericsson W3x can
be found:
•
Ericsson W3x Series, Quick Installation Guide, XX/LZT 108 9869,
Ericsson AB 2008.
•
Ericsson W3x Series, Safety and Regulatory Information, 3/1551-CRH
102 168, Ericsson AB 2008.
•
Ericsson W3x Series, License Information, 4/1551-CRH 102 168,
Ericsson AB 2008.
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W3x Series Overview
W3x Series Overview
This chapter gives an overview of the Ericsson Mobile Broadband Router
(MBR) W3x product series.
2.1
Product Variants
The Ericsson W3x product series consist of two models:
•
Ericsson W30 – Data Router
•
Ericsson W35 – Data and Voice Router
The W3x product series facilitates protected, high-speed Internet access for
multiple users in home and small or branch office environments. It includes
advanced data capabilities such as router and switch functionality, and
provides the users with multiple possibilities for local area connectivity
(Ethernet and WLAN).
With WCDMA/HSPA radio access capability the Ericsson W3x is well
suited to provide broadband data access with data speeds similar to fixed
line DSL services. The data rate is up to 7.2 Mbps and the up-link speed is
up to 2 Mbps.
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W3x Series Overview
2.2
W30 – Data Router
The Ericsson W30 data router provides data capabilities such as data
access (e.g. Internet) in the respect that it allows multiple computers to be
connected to the router using Ethernet or wireless LAN (WLAN). It also
supports file and printer sharing via the USB port.
Figure 1 - Overview of Interfaces on the Ericsson W30
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W3x Series Overview
2.3
W35 – Data and Voice Router
The Ericsson W35 data and voice router incorporates the same set of
functions and data features as the Ericsson W30. Additionally, this model
also includes high quality voice and fax services via the telephony
interfaces. A broad range of network related services such as Prepaid
Subscription, CLI (Calling Line Identification), Call Waiting, Call Barring,
Call Forwarding, and Multiparty Conference Calls are available.
WCDMA/HSPA radio access is well suited for combined and efficient data
and voice transmission over the mobile network.
Figure 2 - Overview of Interfaces on the Ericsson W35
2.4
Feature Summary
The Ericsson W3x features the latest technology, which makes it highly
suitable for everyday broadband services:
•
Wireless Broadband Services at Reliable High Speed
The Ericsson W3x uses WCDMA/HSPA as primary radio access and
GSM/GPRS/EDGE as fall-back.
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W3x Series Overview
•
Web-based user interface for configuration of the device with wizard
support.
•
Advanced Networking
Support an advanced local network setup providing IP routing, Ethernet
switching, DHCP service, and NAT.
•
File and Printer Sharing
Network file and printer sharing is supported through a USB connection.
•
Local Wireless Access with High-level Security
The Ericsson W3x may function as a WLAN access point for the
wireless local network supporting WEP, WPA, and WPA2 with preshared keys for WLAN security.
In addition to the above, the Ericsson W35 also has the following features:
•
Voice Services
The Ericsson W35 includes voice capabilities accessed over standard
analog telephone line interfaces. Network services such as Prepaid
Subscription, Caller ID (1st call only), CLIP, Call Waiting, Call
Forwarding, and Multiparty Conference Calls are supported.
•
Fax Service
The Ericsson W35 supports fax over IP (T.38) functions using packet
switched connection. If T.38 Fax is offered by the service provider as a
service with the Ericsson W35, simply connect an ordinary fax machine
to the “Phone/Fax” connector on the back of the unit and the fax will
work without further configurations.
•
Battery back-up
For voice back-up purposes, an optional (available as an accessory)
rechargeable battery-pack can be connected between the AC/DC
adapter and the Ericsson W35.
For more information about the Ericsson W3x product series, see
www.ericsson.com/fwt
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W3x Series Overview
2.5
Housing
The housing on the Ericsson W3x is designed to be either wall mounted or
standing on the desk by use of the provided table stand.
Figure 3 - Mounting alternatives
2.5.1
Back Side Interfaces
The back side of the Ericsson W3x includes the following interfaces:
Figure 4 – Ericsson W35 back side
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W3x Series Overview
The interfaces are described in the tables below:
Table 1 – Ericsson W3x back side interfaces
Label
Description
Ethernet
1-4
Ethernet LAN connectors for connecting client PCs to the
Ericsson W3x.
10-28VDC
Power input for connecting the provided power supply
adapter or an optional external battery pack (Ericsson W35
only).
Reset
A small hole in the housing used to restore the Ericsson
W3x configuration to factory default settings. The following
procedure resets all configurable values back to factory
default, including the login user name and password.
1. Press the Reset button with the tip of a pen. The
Standby button starts blinking.
2. Wait until the Standby button shows steady blue
which indicates that the reset is finished.
In addition to the above, the Ericsson W35 also includes interfaces for
telephony and fax services.
Note:
Telephony and fax services must be supported by the
subscription/network in order to work.
The interfaces are described in the tables below:
Table 2 – Additional back side interfaces on Ericsson W35
Label
Description
Phone
Telephone connector, for connecting an analog telephone
to the Ericsson W35.
Phone/Fax
Telephone/Fax connector, for connecting a fax machine to
the Ericsson W35.
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W3x Series Overview
2.5.2
Left Side Interfaces
The left side of the Ericsson W3x is equipped with the following interfaces:
Figure 5 – Ericsson W3x left side
The table below describes the interfaces:
Table 3 – W3x left side interfaces
Interface
Type
Description
SIM
SIM card
slot
SIM card slot for inserting a SIM card.
USB-A
USB connector for connecting USB
device(s), e.g. a memory stick or a
printer to the Ericsson W3x.
USB
Button
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Note: The Ericsson W3x must be
disconnected from the power mains (or
an optional battery removed) when
inserting or removing the SIM card.
For future use.
W3x Series Overview
2.5.3
Right Side Interface
The right side of the Ericsson W3x is equipped with an antenna connector
(type MCX) for connecting an optional external antenna.
Figure 6 – Ericsson W3x right side
2.5.4
Front Panel
The front panel of the Ericsson W3x includes a signal quality indicator, LED
indicators and a Standby button as described below.
2.5.4.1
Signal Quality Indicator
The signal quality indicator shows the quality of the signal from the mobile
network. The more segments displayed in the bar graph, the stronger the
signal.
The symbol in the centre of the graph (
) is blinking when searching for
a mobile network connection and when a connection is established, it
indicates the following:
10
•
When 3G is displayed there is a connection to a UMTS network.
•
3G with a + sign indicates connection to a HSPA network.
•
When the 3G symbol is unlit and the segment bar displays signal,
there is a connection to a GSM/GPRS/EDGE (2G) network.
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W3x Series Overview
2.5.4.2
W30 LED Indicators
The following LED indicators are visible on the front of the Ericsson W30:
Figure 7 - Ericsson W30 LED indicators
Table 4 – Description of Ericsson W30 LED indicators
Symbol
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Color
Description
Blinking
(blue)
Off
Various alarm conditions exist that
makes it impossible to establish a
connection to the mobile network (and
Internet). Information is specified on the
“Overview” web page.
No alarms.
On (blue)
Off
The Wireless LAN is activated.
The Wireless LAN is not activated.
On (blue)
Off
A connection to Internet is established.
No Internet connection is established.
11
W3x Series Overview
2.5.4.3
W35 LED Indicators
The following LED indicators are visible on the front of the Ericsson W35:
Figure 8 - Ericsson W35 LED indicators
Table 5 – Description of Ericsson W35 LED indicators
Symbol
12
Color
Description
Blinking
(blue)
Off
New voice mail message(s) is available.
Blinking
(blue)
Off
Various alarm conditions exist that
makes it impossible to establish a
connection to the mobile network (and
Internet). Information is specified on the
“Overview” web page.
No alarms.
On (blue)
Off
The Wireless LAN is activated.
The Wireless LAN is not activated.
On (blue)
Off
A connection to Internet is established.
No Internet connection is established.
On (blue)
Off
A connected telephone is off-hook.
A connected telephone is on-hook.
No voice mail message(s) is available.
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W3x Series Overview
2.5.4.4
Built-in Ethernet Indicators
The Ethernet LAN connectors (Ethernet 1-4) have two built-in indicators
each.
The left indicator shows the speed of data traffic between the Ericsson W25
and the connected client. If the speed is 100 Mbps, the indicator is green.
When the indicator is unlit, the speed is 10 Mbps.
The indicator to the right is yellow when a LAN connection is established
and flashes to show data traffic activity.
2.5.4.5
Standby Button
The Standby
button at the bottom of the front shows steady blue when
the Ericsson W3x has finished the start-up procedure.
The button can be pressed to switch the Ericsson W3x to a standby (lowpower) mode (equal to when the Ericsson W35 is running on optional
battery power). The button shows red when the unit is in standby mode and
only phone services are available.
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Configuration and Management
Configuration and Management
When the physical installation of the Ericsson W3x is finished (as described
in the Quick Installation Guide), the internal Web User Interface (WUI) is
available for configuration and status control.
This chapter provides detailed information about configuration options and
management of the Ericsson W3x using the WUI.
The WUI is available in five languages; English, German, Spanish, French
and Italian. Each page in the WUI includes country flags for the supported
languages:
Click on a flag to change to the preferred language.
3.1
Access and Login to the Web User Interface
The WUI can be accessed locally from a PC connected to either an
Ethernet LAN port or to the wireless LAN interface.
Note:
First time setup must be done via an Ethernet port as the wireless
LAN in the Ericsson W3x is disabled by default.
When accessing the web pages, the following web browsers are supported:
•
Internet Explorer® 5.0 or higher
•
Safari® 1.3 or higher
•
Firefox® 1.0 or higher
•
Opera® 8 or higher
Start a web browser on a PC connected to the Ericsson W3x and type
http://mbr or http://192.168.1.1 in the Address (URL) field.
Note:
If you change the internal IP address on the Ericsson W3x, you
have to use the new address to access the web pages.
A start page is displayed in one of the following appearances depending on
the operational status of the Ericsson W3x described in section 3.1.1 and
3.1.2.
14
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Configuration and Management
3.1.1
Enter PIN code
The SIM card contains information about the subscription and is normally
protected by a PIN (Personal Identification Number) code and a PUK
(Personal Unblock Key) code.
Normally, you have to enter a PIN code to activate the SIM card. In some
cases, however, PIN authentication is not required and it is possible to use
the SIM card without entering a PIN code.
The Enter PIN code page is displayed if a PIN code is required:
Figure 9 - Enter PIN code page
Enter the PIN code (provided with the SIM card).
You can also check “Remember my PIN” to have automatic SIM
authentication in case of a system restart.
Click the Apply button to save the settings.
3.1.2
Enter Password
If a PIN code is not needed for SIM authentication, or if automatic SIM
authentication is enabled, the Enter password page is displayed:
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15
Configuration and Management
Figure 10 – Enter password page
Type user in the “Password” field and click the Log In button. For security
purposes, it is recommended to change the default password, see section
3.11 – Change Password.
Note:
You might, at any time, be redirected to the “Enter password” page
without your intention if there are any problems with the connection
to the mobile network and/or Internet. In this case, just enter the
password and check the “ALARMS” section on the Overview page.
After a successful login, the Overview page is displayed, see section 3.2 –
Overview.
3.1.3
Inactivity Timeout
The WUI has an inactivity timeout set to 20 minutes. Before this timeout
expires, it is preceded by a notification (displayed on top of the current
displayed page) one minute before the automatic logout:
Figure 11 - Inactivity Timeout Warning
The Cancel button can be clicked to abort the automatic logout.
16
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Configuration and Management
When the timeout expires, the Enter password page is displayed with a
notification about the automatic logout:
Figure 12 – Enter password page (after inactivity timeout)
Enter the “Password” and click Log In to make a new login.
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17
Configuration and Management
3.2
Overview
The Overview page gives an overview of the settings on the Ericsson W3x
as described below.
Figure 13 - Overview page
The Overview page provides the following functions:
•
The left-hand menu (visible on all web pages) that includes
configuration topics for additional configuration described one by one in
the following sections.
•
The Configuration Wizard… button which is the entrance to the stepby-step configuration wizard recommended to be used for setting up
your Wireless LAN. See section 3.3 – Wireless LAN Configuration
Wizard.
•
The “ALARMS” section where detected error conditions are specified.
See section 3.2.1 – Alarms for more information. If an alarm occurs, the
indicator (on the front of the Ericsson W3x) is blinking
Alarm
and a message is also sent to the Event log. See section 0 – Event
Log.
18
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Configuration and Management
•
3.2.1
The “NETWORK INFORMATION” section where the most important
connection status information is collected. This information (among
others) is also found on the Internet and LAN web pages respectively.
Alarms
The “ALARMS” section on the Overview page includes detected active
error conditions.
Events that generate an alarm are such that make it impossible to send or
receive data, e.g. SIM card missing.
If there are no alarms currently detected the text "No alarms detected"
indicator on the
is displayed. If an alarm is detected, the Alarm
Ericsson W3x front panel is blinking, and the corresponding cause is
displayed according to the table below:
Table 6 - Alarm cause description
Alarm cause
Description
No SIM card detected
There is no SIM card inserted, or the
SIM card is not correctly inserted.
Invalid SIM card
inserted
The inserted SIM card is invalid
No PIN code entered
No PIN code has been entered to
activate the Internet and voice services.
Incorrect PIN code
entered
The entered PIN code is incorrect.
SIM card blocked
The SIM card has been blocked (due to
entering the wrong PIN code three
times). The PUK is required to unblock
the SIM card.
SIM card permanently
blocked
The SIM card has been permanently
blocked (due to entering the wrong PUK
code ten times). A new SIM card is
required.
Alarm detection not
working
The alarm detection function is currently
not working.
Unknown alarm
An alarm that cannot be identified has
occurred.
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Configuration and Management
3.2.2
Network Information
The “NETWORK INFORMATION” section on the Overview page includes
a selection of the Internet and LAN settings. This information (among
others) is also displayed on the Internet and LAN pages respectively.
The Internet information includes connection status and basic settings.
Details about the following items are displayed:
Table 7 - Network information (Internet) description
Text/symbol
Description
The mobile network (HSPA, UMTS or GSM) signal
quality available at the Ericsson W3x location. This
signal quality affects the performance of the unit. If
two or more bars are green, the connection is
usually acceptable.
IP Address:
The IP address automatically assigned to the
Ericsson W3x by the mobile network.
Note: If you require static IP addressing from your
operator, contact them directly.
Connection:
The radio access technique currently used to enable
Internet access. It can be HSPA, UMTS, EDGE, or
GPRS.
Service
provider:
The name of, or other reference to, the mobile
network operator.
Network
registration:
The current mobile network registration status:
- Not registered, not searching
- Registered, home network
- Searching
- Registration denied
- Unknown
- Roaming
- Limited Service
The LAN section includes information about the following item:
Table 8 - Network information (LAN) description
20
Text
Description
IP Address
The LAN IP address of the Ericsson W3x.
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Configuration and Management
3.3
Wireless LAN Configuration Wizard
The Wireless LAN Configuration Wizard guides you step-by-step through
the basic setup for the Wireless LAN (WLAN). A Wireless LAN is a local
network that communicates through wireless connections.
Note:
The wireless setup typically requires configuration of both the
Ericsson W3x and the wireless clients. For more information about
configuring wireless clients, see 6.2 – Wireless LAN Settings.
Click the Configuration Wizard… button on the Overview page to start the
wizard.
3.3.1
Enable the Wireless LAN
The Ericsson W3x may function as a WLAN Access Point (AP) for the local
network providing wireless client(s) with Internet and LAN access.
Figure 14 – Wireless LAN: WLAN Access Point page
To enable connection of one or more wireless clients to the Ericsson W3x,
select the “Enable WLAN” check box.
Click Next to proceed.
Note:
The WLAN interface will not be activated until the complete
configuration details are entered.
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21
Configuration and Management
3.3.2
Network Name
All clients on the local wireless network share a common Service Set
IDentifier (SSID) or network name. This name is required to establish
connection between the Ericsson W3x and the wireless client(s), and to
distinguish the wireless network from any other(s) that may be in use
nearby. Only devices configured with the same network name as the one
set on the Ericsson W3x can obtain access to it.
Figure 15 – Wireless LAN: Network Name (SSID) page
The network name is case-sensitive (distinguish between uppercase and
lowercase letters) and can be changed to any combination of numbers (0 –
9), letters (a – z), and hyphens (-) with a maximum length of 32 characters.
If the “Enable SSID broadcast” option is selected, your local wireless
client(s) will find the network name when scanning the air. If not, the
network name is hidden and has to be manually provided to the wireless
client(s).
If you want to change the preconfigured network name (MBR), type a new
name in the “Network name (SSID):” field and also select if the SSID shall
be hidden or not.
Click Next to proceed.
3.3.3
Wireless LAN Authentication
All communication on the wireless LAN can be protected from potential
intruders and eavesdroppers through standard authentication and
encryption methods.
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Authentication is used to restrict access to the wireless network and
encryption is the translation of data into a form that cannot be easily
understood by unauthorized users. The encrypted data can only be sent
and received by users with access to a private encryption key.
Note:
Make sure that the operating system(s) and Wireless LAN
interface(s) of the wireless client(s) support the selected
authentication method.
Figure 16 – Wireless LAN: Authentication page
Select one of the authentication methods from the “Authentication” dropdown list. The available options are as follows:
•
Open (No security);
f you select “Open” as authentication method no client configuration is
needed but be aware of that the WLAN will now be open without any
kind of security.
•
WEP-64, WEP-128 (Low security);
WEP (Wired Equivalent Privacy) is considered to be a low security
option. WEP encrypted data is translated into blocks of either 64 bits
length or 128 bits length.
•
WPA, WPA2 (High security);
WPA (Wi-Fi Protected Access) and its successor WPA2 are the most
reliable security options. WPA encryption uses the Temporal Key
Integrity Protocol (TKIP) while WPA2 encryption follows the Advanced
Encryption Standard (AES). AES offers a higher level of security and is
approved for sensitive corporate and government data transmission.
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•
WPA/WPA2 Mixed (High security)
WPA/WPA2 Mixed enables connection of both WPA and WPA2 clients.
Click Next to proceed.
3.3.3.1
Open
If you select “Open”, the last page of the configuration wizard, where you
can review and confirm your settings, is displayed:
Figure 17 – WLAN Configuration Wizard Confirmation page
To confirm the settings and close the Configuration Wizard, click the
Finish button.
You can use the Previous button to go back to previous pages and check
your settings and/or make changes.
If you click the Cancel button, the Configuration Wizard closes and no
changes are saved:
Figure 18 - Cancel Configuration Wizard
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3.3.3.2
WEP Encryption Key
WEP encrypted data can only be sent and received by users with access to
a private encryption key. This means that each client on your wireless
network has to be configured with the same key as in the Ericsson W3x.
A 64-bit data encryption key includes 10 characters. A 128-bit data
encryption key includes 26 characters. Only the hexadecimal numbers 0 to
9 and letters A to F are allowed.
Figure 19 – Wireless LAN: WEP (64 BIT) page
Figure 20 – Wireless LAN: WEP (128 BIT) page
Enter an encryption key in the “Encryption key” field.
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Click Next to proceed.
3.3.3.3
WPA/WPA2 Passphrase
WPA and WPA2 authentication and encryption require a passphrase. Each
client on your wireless network has to be configured with the same
passphrase as in the Ericsson W3x.
A WPA or WPA2 passphrase is case sensitive and consists of between 8
and 63 optional characters. It is recommended that the passphrase
contains at least 20 characters.
Figure 21 – Wireless LAN: WPA page
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Figure 22 – Wireless LAN: WPA2 page
Figure 23 - Wireless LAN: WPA/WPA2 Mixed page
Type a unique passphrase in the “Passphrase” field.
Note:
Avoid using special characters (such as :, “ and ¤) when entering a
pass phrase.
Click Next to proceed.
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3.3.4
Wireless LAN Configuration Wizard Confirmation
On the last page of the Configuration Wizard, the current settings are
displayed:
Figure 24 – WLAN Configuration Wizard Confirmation page
To confirm the settings and close the Configuration Wizard, click the
Finish button.
You can use the Previous button to go back to previous pages and check
your settings and/or make changes.
If you click the Cancel button, the Configuration Wizard closes and no
changes are saved:
Figure 25 - Cancel Configuration Wizard
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3.4
Internet
The Internet web page includes status information and settings for the
connection to the mobile network.
Note:
The information on this page may vary depending on product
model and required authentication for Internet service setup.
Figure 26 - Internet page
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3.4.1
Mobile Network Connection Details
The Ericsson W3x connects to the HSPA/UMTS (3G) network when it is
available and uses the GSM/GPRS/EDGE (2G) network as fallback.
Note:
Your SIM card must support both 2G and 3G to have this
capability. Check with your operator for any issues related to your
local coverage for both 2G and 3G.
The following information is displayed regarding the connection to the
mobile network:
Table 9 - Mobile Network connection details
Text/symbol
Description
The mobile network (HSPA, UMTS or GSM) signal
quality available at the Ericsson W3x location. This
signal quality affects the performance of the unit. If
two or more bars are green, the connection is
usually acceptable.
Link Status:
The Internet access status, either Up or Down.
If the link is up, connection is established.
Mode:
The protocol used for the Internet data traffic:
PPP (Point-to-Point Protocol).
Connection:
The radio access technique currently used to enable
Internet access. It can be HSPA, UMTS, EDGE, or
GPRS.
Service provider:
The name of, or other reference to, the mobile
network operator.
Current APN:
The APN (Access Point Name) currently used.
Network
registration:
The current mobile network registration status, which
can be one of the following:
- Not registered, not searching
- Registered, home network
- Searching
- Registration denied
- Unknown
- Roaming
- Limited Service
IP Address:
The IP address automatically assigned to the
Ericsson W3x by the mobile network.
Note: If you require static IP addressing from your
operator, contact them directly.
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3.4.2
DNS 1:
The IP address to the primary DNS server.
DNS 2:
The IP address to the secondary DNS server.
Traffic Statistics
The “TRAFFIC STATISTICS” section on the Internet page includes
information about the following items:
Table 10 - Traffic Statistics description
Text
Description
Transmitted /
Received:
The total size (and number) of transmitted/received
data packets.
Error:
The number of invalid data packets.
Overruns:
The number of packets lost due to too many
incoming data packets.
Dropped:
The number of dropped data packets.
Transmitted /
Received current
month:
The total size of transmitted/received data for the
current month.
Transmitted /
Received
previous month:
The total size of transmitted/received data for the
previous month.
Note:
3.4.3
The data size and packet counters have the upper limits of 4 GiB
and 232 packets (more than 4 billion packets). When these limits
have been reached, the counters wrap around to zero.
Authentication
Internet access requires authentication of the Ericsson W3x. Depending on
the current Internet service setup, the authentication requests may differ.
Your service provider provides the Ericsson W3x SIM card and details
needed for authentication.
The “AUTHENTICATION” section on the Internet page includes the
following authentication details that may be required:
Table 11 - Authentication details
Text
Description
PIN
The PIN (Personal Identification Number) code, which
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is used for SIM authentication.
Remember my
PIN
If enabled, SIM authentication is automatic and you
will not have to enter the PIN code in case of a
system restart.
Auto APN
If enabled, the APN (Access Point Name) is
automatically configured based on information on the
SIM card.
APN (3G)
The 3G APN, which is a reference to the UMTS
Internet access point on the service provider’s
network. The APN usually has the format
.
APN (2G)
The 2G APN, which is a reference to the GSM
Internet access point on the service provider’s
network. The APN usually has the format
.
PPP user name
The Point-to-Point Protocol Internet mode user name,
which is used for user authentication.
PPP password
The Point-to-Point Protocol Internet mode password,
which is used for user authentication.
Authentication
Protocol
The authentication protocol (PAP or CHAP) to be
used when PPP is used for authentication.
If authentication is required because of a reset to factory default
configuration, fill in the appropriate fields and click Apply to save the
settings.
Note:
3.4.3.1
Only enter details you have received from your service provider
and leave other fields empty.
Unblock SIM Card
If three attempts have been made with an incorrect PIN code, the SIM card
is blocked and the Unblock SIM button is displayed besides the “PIN” field.
Figure 27 - Unblock SIM button
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The PUK code is needed to unblock the SIM card. Click the Unblock SIM
button to display the Unblock SIM page:
Figure 28 - Unblock SIM page
Type the PUK code in the “PUK” field and type a new PIN code in the “New
PIN” and “Retype new PIN” fields. Click OK to save the settings.
Note:
3.4.3.2
If ten attempts have been made with an incorrect PUK, the SIM
card is permanently blocked, and a new SIM card is required.
Unlock Operator Lock
If the SIM card used in the Ericsson W3x is locked to a specific operator it
cannot be replaced with any other SIM card without having received an
unlock code from the service provider. If this is the case, and an invalid SIM
card is inserted, the Unlock Operator Lock button is displayed besides the
“PIN” field. Click the button to display the Unlock operator lock page:
Figure 29 - Unlock operator lock page
Type the unlock code provided by the service provider in the “Operator
unlock code” field and click OK to save the settings. The code consists of
10 characters.
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3.4.3.3
Change PIN
If SIM authentication is verified, the “PIN” field cannot be edited. Instead the
Change PIN button is displayed.
Figure 30 - Change PIN button
To change the PIN, click Change PIN to display the Change PIN page:
Figure 31 - Change PIN page
Type the current and new PIN in the corresponding fields and click OK to
save the settings.
3.4.4
Cellular Band Selection
The “CELLULAR BAND SELECTION” section on the Internet page
includes settings for manually selection of the frequency bands to use.
Table 12 – Cellular band selection details
Text
Description
Region
The drop-down list includes Preferred Roaming List
(PRL) regions. The PRL contains information
regarding allowed systems (GSM/UMTS) and bands.
This information is used by the Ericsson W3x during
the system selection and acquisition process, initially
and when the Ericsson W3x is roaming.
By setting a specific region, the Ericsson W3x favors
bands within this region.
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Included regions in the list are:
Global
Europe/Rest of the World
North America
Australia
Japan
H3G, W2100, G900/1800
Note: A restart is required if changing this setting.
3G Settings
Select the frequency bands to be used for a 3G
mobile connection; 850, 1900, 2100.
2G Settings
Select the frequency bands to be used for a 2G
mobile connection; 850, 900, 1800, 1900.
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3.5
LAN
The LAN (Local Area Network) page includes settings for the connections
between the Ericsson W3x and other local devices, and status on the
physical LAN ports.
Figure 32 - LAN page
3.5.1
LAN IP Address
The LAN IP address and subnet mask of the Ericsson W3x is used for
connections to clients on the LAN/WLAN.
The following configuration options are displayed on top of the LAN page:
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Table 13 - LAN page description
Text
Description
IP address:
The LAN IP address of the Ericsson W3x.
Subnet mask:
The subnet mask, which determines the range of IP
addresses on the subnet.
The LAN IP address and subnet mask can be changed, but before you do
this, consider the following:
•
Make sure that the new address is not included in the DHCP server IP
address range, displayed in the “DHCP Server” section. The default
range is 192.168.1.2 – 192.168.1.100.
•
Make sure that the DHCP server IP address range is included in the
new subnet. If you want to change the subnet not to include the DHCP
IP address range, you first have to disable the DHCP server.
•
If port forwarding rules have been configured, those settings have to be
removed before changing the IP address or subnet mask. For
information, see section 3.7.3 – Port Forwarding.
To change the LAN IP address or subnet mask of the Ericsson W3x, type
the new values in the corresponding fields and click Apply to save the
settings.
Note:
3.5.2
If you change the LAN IP address while connected to the WUI, you
will be disconnected. You have to redirect the web browser to the
new address in order to confirm the new settings. Type the new
LAN IP address in the Address (URL) field and press Enter.
DHCP Server
The Ericsson W3x incorporates a DHCP (Dynamic Host Configuration
Protocol) server which dynamically assigns IP addresses to devices on the
LAN/WLAN whenever they are switched on. The DHCP server also puts
the hostname, supplied by the client DHCP request, in the local DNS
(Domain Name System/Service) proxy.
The DNS proxy contains a small database of local host names and
addresses supplied by client DHCP requests. In addition it also caches
requests to remote DNS servers.
The following configuration options are displayed in the “DHCP server”
section on the LAN page:
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Table 14 - DHCP Server configuration options
Text
Description
Enable DHCP server
Select this checkbox to enable the DHCP
server.
Note: If you already have a DHCP server on
your network, you should disable this feature in
the Ericsson W3x.
IP address range
from:
IP address range to:
Lease Time [sec]:
The IP addresses that can be assigned to
LAN/WLAN clients are collected from a
predefined range of available IP addresses.
The preconfigured range – from 92.168.1.2 to
192.168.1.100 is suitable for most local
networks.
The DHCP server uses the concept of a
“lease”, that is the amount of time that a given
IP address will be valid for a specific device. If
the lease time expires and the device is still
connected, the lease is automatically renewed.
The preconfigured lease time is 7200 seconds
(2 hours) and a valid value must be within the
range 60 and 2147483647 seconds.
Note:
If you want to configure a connected device with a static IP
address, make sure that the address is outside the DHCP server IP
address range.
Before changing any of the DHCP server settings, read the following:
•
The DHCP server IP address range has to be on the same subnet as
the LAN IP address on the Ericsson W3x.
•
The DHCP server IP address range must not include the LAN IP
address on the Ericsson W3x.
•
If port forwarding rules have been created, those settings have to be
removed before changing the DHCP server IP address range. For
more information, see section 3.7.3 – Port Forwarding.
To change the DHCP server settings, type the new values in the
corresponding fields and click Apply to save the settings.
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3.5.2.1
Leases
When there are clients connected to the Ericsson W3x that have been
assigned IP addresses from the DHCP server they are presented in the
“DHCP Server” section as in the example below:
Figure 33 - DHCP server leases
If not, the text ”There are no leases at this time” is displayed.
3.5.3
LAN Port Status
The “LAN PORT STATUS” section on the LAN page shows the link status
of each Ethernet LAN port (Ethernet 1 - 4) on the Ericsson W3x.
Figure 34 - LAN Port Status
The status for each port is either green (Up) when a device is connected to
the port or red (Down) when no device is connected.
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3.6
Wireless LAN
A Wireless LAN (WLAN) is a local network that communicates through
wireless connections.
The Ericsson W3x can be used as a WLAN Access Point (AP), connecting
to wireless PCs according to the IEEE standard 802.11b/g, providing
Internet and LAN access.
The WLAN settings are displayed on the Wireless LAN page.
Figure 35 - Wireless LAN page
3.6.1
Enable WLAN
To enable the wireless LAN on the Ericsson W3x select the “Enable WLAN”
check box and click the Apply button to save the setting. To ensure the
security of your Wireless LAN, you are recommended to change the default
settings for SSID and authentication.
Note:
40
The wireless setup typically requires configuration of both the
Ericsson W3x and the wireless client(s). For more information on
configuration of wireless clients, see section 6.2 – Wireless LAN
Settings.
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3.6.2
Region
Wireless devices are thoroughly regulated and the countries have slightly
different regulations. Therefore, the geographical region where the Ericsson
W3x is used must be stated to make sure the correct radio frequencies are
used when transmitting data.
Select the geographical region in which you reside from the “Region” dropdown list and click Apply to save the setting.
3.6.3
Radio Channel
The radio channel must be in accordance with the previous set region and
only channels that are allowed in the configured region are available in the
“Radio channel” drop-down list.
By selecting “Auto” (recommended) the radio in the Ericsson W3x will
automatically scan each valid channel and choose the one with least
interference.
Select either “Auto” or a specific channel number from the “Radio channel”
drop-down list and click Apply to save the setting.
3.6.4
Transmit Power [dBm]
To avoid interference with other wireless networks, the transmit power level
can be reduced. If you want to change the transmit power level according
to your specific conditions, select an appropriate level from the “Transmit
power [dBm]” drop-down list and click Apply to save the setting.
3.6.5
Data Rate
According to wireless LAN standards and the IEEE 802.11 protocols there
are different data rates available for different modes. From the “Data rate”
drop down list there are the following modes available:
•
B-Mode Only (supporting IEEE 802.11b clients with a maximum data
rate of 11 Mbit/s)
•
G-Mode Only (supporting IEEE 802.11g clients with a maximum data
rate of 54 Mbit/s)
•
B/G-Mixed Mode (supporting both IEEE 802.11b/g clients as described
above)
•
Legacy B-Mode (supporting IEEE 82.11b legacy clients).
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Select an appropriate data rate from the “Data rate” drop down list
according to what is supported by the wireless clients that should connect.
Click Apply to save the setting.
3.6.6
Scan for Wireless Networks
If you want information about adjacent wireless networks, click the
Scan for wireless networks button. A scanning is started and when
finished, information about wireless networks is presented as in the
example below:
Figure 36 - Scan for wireless networks page
The list displays the following information about wireless networks that are
nearby:
Table 15 - Scan for wireless networks description
Text
Description
MAC Address
The MAC address of the access point for
the WLAN.
Network Name
The network name (SSID) of the WLAN.
Channel
The radio channel used by the WLAN.
RSSI
The RSSI (Received Signal Strength
Indicator) which is a link indication
expressed in dBm to show the signal
strength of the wireless network.
This information can be of help when deciding which channel to use. Click
Back to return to the Wireless LAN page where you can select a desired
channel.
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3.6.7
Network Name (SSID)
All clients on the WLAN share a common network name or SSID (Service
Set IDentifier). This name is required to establish connection between the
Ericsson W3x and other wireless client(s) and to distinguish the WLAN from
any other(s) that may be in use nearby.
Only clients configured with the same network name (SSID) as the one set
on the Ericsson W3x can obtain access to it.
Note:
It is recommended to change the preconfigured network name
“MBR” to something else that makes it harder for unauthorized
persons to access your wireless network.
The following settings concerning the network name are displayed and can
be modified on the Wireless LAN page:
Table 16 - Network name description
Text
Description
Network name (SSID):
The network name (SSID) of the wireless
network.
The network name is case-sensitive
(distinguish between uppercase and
lowercase letters) and can be changed to
any combination of numbers (0-9), letters
(a-z), and hyphens (-) with a maximum
length of 32 characters.
Enable SSID broadcast
If “Enable SSID broadcast” is checked, the
SSID is continuously broadcasted and any
nearby wireless client(s) will find it when
scanning the air.
If the checkbox is cleared, the SSID will be
hidden and in this case the name has to be
provided manually to every wireless client
where access is to be granted.
To change settings for the Network Name (SSID), type the new values in
the corresponding fields and click Apply to save the settings.
3.6.8
WLAN Security
All communication on the wireless network can be protected using different
authentication and encryption methods. The most common is to encrypt the
WLAN using an encryption method such as WEP, WPA and WPA2.
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Which authentication and encryption method that should be used depends
on what is supported by the connected wireless client(s).
Note:
Each wireless client must be configured to use exactly the same
security mode and key/passphrase as the Ericsson W3x or they will
not be able to connect.
In the “Authentication” drop-down list you select which type of
authentication/encryption you want to use for your WLAN. The following
subsections describe the authentication methods supported by the Ericsson
W3x.
3.6.8.1
Open (No security)
If you select “Open” as authentication method no client configuration is
needed but be aware of that the WLAN will now be open without any kind
of security. For example, it is now possible for anyone with a computer and
a wireless interface card to connect to the Ericsson W3x at any time and
having access to both your home network and Internet connection.
3.6.8.2
WEP and WEP Encryption Key (Low security)
WEP (Wired Equivalent Privacy) is considered to be a low security option.
The data is encrypted into blocks of either 64 bits length or 128 bits length.
WEP encrypted data can only be sent and received by users with access to
a private encryption key. This means that each client on your wireless
network has to be manually configured with exactly the same key as the
one entered in the Ericsson W3x in order to allow encrypted data
transmissions.
•
WEP-64 bit data encryption requires a key including 10 characters.
Only hexadecimal numbers 0-9 and letters a-f (uppercase or
lowercase) are allowed.
•
WEP-128 bit data encryption requires a key including 26 characters.
Only hexadecimal numbers 0-9 and letters a-f (uppercase or
lowercase) are allowed.
Enter an encryption key in the “Passphrase / Key” field and click Apply to
save the settings.
3.6.8.3
WPA/WPA2 and Passphrase (High security)
WPA (Wi-Fi Protected Access) and its successor WPA2 are the most
reliable security options. WPA encryption uses the TKIP (Temporal Key
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Integrity Protocol) while WPA2 encryption follows AES (Advanced
Encryption Standard). AES offers a higher level of security and is approved
for sensitive corporate and government data transmission. WPA/WPA2
Mixed enables connection of both WPA and WPA2 clients.
WPA and WPA2 authentication and encryption require a passphrase. A
passphrase is a sequence of words or other text and is similar to a
password in usage, but is generally longer for added security.
Each client on your wireless network has to be configured with exactly the
same passphrase as the one entered in the Ericsson W3x in order to allow
encrypted data transmission.
A WPA or WPA2 passphrase is case sensitive (distinguish between
uppercase and lowercase letters) and consists of between 8 and 63
characters. It is recommended that the passphrase contains at least 20
characters.
Enter a passphrase in the “Passphrase / Key” field and click Apply to save
the settings.
Note:
3.6.9
Avoid using special characters (such as :, “ and ¤) when entering a
passphrase.
Connected Devices
The “CONNECTED DEVICES” list on the Wireless LAN page includes the
MAC (Media Access Control) addresses of all wireless clients currently
connected to the Ericsson W3x.
3.6.10
Whitelist
A common method of restricting WLAN access is to specify the MAC
address(es) in a “whitelist” for those computers to be granted access to the
WLAN. This kind of whitelist is also known as “MAC Association” or “MAC
Access list”.
Up to 20 MAC addresses for wireless clients can be added to the whitelist.
Once the whitelist has been enabled, only clients with an associated MAC
address are allowed to connect to the WLAN.
Note:
This feature does not require any configuration of clients, but it is
recommended that some kind of encryption (WEP, WPA/WPA2) is
used in combination with the whitelist.
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3.6.10.1
Add Client(s) to the Whitelist
To add a client to the whitelist, you can either copy/paste a MAC address
from the “CONNECTED DEVICES” list or type the client’s MAC address in
the field below “WHITELIST” and click Add .
The MAC address has the form of xx:xx:xx:xx:xx:xx, where x is a
hexadecimal number (0-9 and/or letters a-f), for example
00:80:37:8c:10:46.
Check “Enable whitelist” to activate the feature and click Apply to save the
settings.
To delete a MAC address from the whitelist, click the Delete button next to
the MAC address to delete.
3.6.10.2
Find a Wireless Client MAC Address
The MAC address for a WLAN adapter is normally found on the product
label. For internal wireless PCI cards running on Windows platform, the
command ipconfig /all (run from a Command Prompt window) can be
used to display the MAC address (displayed as “Physical Address” against
the network adapter). For example:
Wireless LAN adapter Wireless Network Connection:
Media State . . . . . . . . . . . : Connected
Description . . . . . . . . . . . : Intel(R) PRO/Wireless 3945ABG
Physical Address. . . . . . . . . : 00-19-D2-39-14-54
DHCP Enabled . . . . . . . . . . .: Yes
Autoconfiguration Enabled . . . . : Yes
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3.7
NAT
The Ericsson W3x includes a NAT (Network Address Translation) service.
With this service several computers on a LAN/WLAN can share the same
Internet connection using a single public IP address.
Devices on the LAN/WLAN use dedicated private IP addresses, which
cannot be used on the Internet. When a computer on the LAN/WLAN want
to send a data package to the Internet, its IP address is automatically
translated by NAT to an external (public) IP address allowed on the
Internet. When a reply receives to this external IP address, it is translated
back to the origin private IP address to be able to found its way back to the
sending computer on the LAN/WLAN.
In this way, details about the local devices remain private and it is not
possible to access a local computer on the LAN/WLAN directly from the
Internet.
The NAT page includes the following settings:
Figure 37 - NAT page
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3.7.1
UPnP IGD
The Ericsson W3x supports the Universal Plug and Play (UPnP) Internet
Gateway Device (IGD) standard. UPnP IGD is used to provide automatic
port forwarding allowing communication between certain Internet
applications and the local network. When UPnP IGD is enabled, programs
®
like MSN Messenger and most network enabled games are allowed to
pass the NAT service.
UPnP IGD is enabled by default, but if you want to disable the feature, clear
the “Enable UPnP IGD” check box and click Apply to save the settings.
3.7.2
Application Level Gateways
From a security perspective, certain Internet applications, for example FTP
applications that open additional ports upon transfer, are especially
problematic to handle. An Application Level Gateway (ALG) provides a
translation and transportation service for such a specific application.
Incoming data packets are checked against existing NAT and packet
filtering rules, IP addresses are evaluated and a detailed packet analysis is
performed. If necessary, the contents of a packet are modified and if a
secondary port is required, the ALG will open one. The Ericsson W3x
includes ALG support for the following applications:
Table 17 - ALG Supported Applications
Application
Protocol
Port
number
File Transfer Protocol (FTP)
TCP
21
Trivial File Transfer Protocol (TFTP)
UDP
69
Point-to-Point Tunneling Protocol (PPTP)
TCP/UDP
1723
Session Initiation Protocol (SIP)
TCP/UDP
5060
Real Time Streaming Protocol (RTSP)
TCP/UDP
554
The ALG for each application does not require additional configuration. The
supported ALGs can be enabled and disabled individually.
To disable an ALG, clear the corresponding check box and click Apply to
save the settings.
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3.7.3
Port Forwarding
Port forwarding is used to allow an external user to access a service
residing on a server connected to the LAN (to cross the NAT border). It
enables access to servers on the LAN from the Internet (e.g. Web server)
and also enables applications to work from the LAN (e.g. games, voice and
chat) to the Internet.
Note:
Port forwarding requires that the Ericsson W3x has a public IP
address for Port Forwarding requests from the Internet to be
handled correctly.
This IP address is displayed on the Overview page as the
“Internet: IP address”. A private IP address usually begins with 10,
172, or 192. In this case, no incoming access from the Internet is
allowed. For more information on public and private IP addresses,
contact your service provider.
When a computer on the Internet sends data to the public IP address of the
Ericsson W3x, it needs to know what to do with the data. A port forwarding
rule tells the Ericsson W3x which computer on the local area network to
send the data to.
The “PORT FORWARDING” section on the NAT page includes the
following information about port forwarding rules:
Table 18 - Port Forwarding description
3.7.3.1
Text
Description
NAT Port
The NAT port number that the data traffic is allowed
to be transported on.
Server IP
The IP address of the destination server on the LAN.
Server Port
The port number on the destination server which
identifies the type of service that is directed, for
example web service on port 8080.
Protocol
The protocol to be used for the service; TCP or
UDP.
Delete
Click on the button to delete the port forwarding rule.
Edit
Click on the button to edit the port forwarding rule.
Add a Port Forwarding Rule
To add a new port forwarding rule, click the Add Instance button. The Add
Port forwarding Instance page is displayed:
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Figure 38 - Add Port forwarding Instance page
Select a “Protocol” from the drop-down list and type the appropriate values
in “NAT Port”, “Server IP”, and “Server Port” fields and click Apply to save
the setting.
Below are some examples of common applications and corresponding
server port they use for network access. The “NAT Port” has often the
same value as the “Server Port” value. Exceptions are made when the
same applications are used on many clients on the LAN/WLAN, where
each “Server IP” value needs to be unique and differ from the “NAT Port”
value.
Table 19 - Common applications server ports
Application
Server Port
MSN Messenger®
6901
Unreal Tournament 2004®
7777, 7778, 7787, 28902
NetMeeting®
1720, 1503
Quake III®
27669 (+1 for each player)
Note:
3.7.3.2
If multiple ports or port ranges are required, create a new port entry
for each port or port range.
Port Forwarding Example
In the following example, port forwarding is used to allow incoming access
(from the external network (Internet)) to an internal web server (on the
LAN/WLAN). The TCP protocol is used for data traffic. The NAT port 80 on
the Ericsson W3x is open and the destination computer on the LAN with
static server IP address 192.168.1.101 has appointed the server port 8080
to be used.
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Figure 39 - Port forwarding example
3.7.3.3
Edit Port Forwarding Rule
To edit a port forwarding rule, click Edit next to the rule to edit. The Edit
Port forwarding page is displayed:
Figure 40 - Edit Port forwarding page
Change one or more value(s) in the “Protocol”, “NAT Port”, “Server IP”, or
“Server Port” field(s) and click Apply to save the settings.
3.7.3.4
Delete Port Forwarding Rule
To delete a port forwarding rule, click Delete next to the rule to be deleted.
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3.8
File and Printer Sharing
The Ericsson W3x supports local network storage and printer sharing
through the USB port. If an external USB hub is connected, the Ericsson
W3x supports connection of up to two storage devices and one printer at
the same time.
The Sharing page displays information about connected USB device(s):
Figure 41 - Sharing page
3.8.1
How it Works
The Ericsson W3x uses Samba (www.samba.org) as the base to
implement file and printer sharing through SMB/CIFS. SMB and CIFS are
the protocols used by Microsoft for sharing and the service is called “smb”
on the Ericsson W3x.
•
52
Linux Kernel auto detection of USB devices is used as part of the
automatic configuration of the storage and printer sharing. When a new
USB device (storage or printer) is detected, the Ericsson W3x
automatically creates configuration files for Samba containing the new
device. It then makes the smb service use the new configuration,
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thereby sharing the USB device via the SMB/CIFS protocol. This
process is totally automatic and there are no configuration parameters
that can be set, other than renaming the shared resources.
The Ericsson W3x uses a relatively low powered processor and is not
designed to be a multi tasking platform. This means that you may
experience problems during high load situations such as simultaneously
downloading a large file through the mobile network and printing a large
document or copying a large file to/from a shared storage device mounted
on the Ericsson W3x. Don’t expect to have full performance on all
simultaneous tasks.
3.8.1.1
Safe Removal of a USB Device
Before removing a USB device from the Ericsson W3x wait until the activity
LED (if any) on the device stops blinking or wait some 30 seconds to be
sure there is not any ongoing/remaining write operations to be made.
3.8.2
Host Name and Workgroup
All devices on the LAN/WLAN that want to access a USB shared storage
device or printer must belong to the same workgroup as the Ericsson W3x.
The following information can be changed on the Sharing page:
Table 20 - Sharing information
Text
Description
Host name:
The name of the Ericsson W3x on the local network.
Workgroup:
The name of the group of devices sharing the same
resources on the local network.
To change the host name or workgroup, type the new name in the
corresponding field and click Apply to save the settings.
For information about setting up a connection from a PC to a shared
device, follow the instruction in section 6.3.3 – Set Up a Connection to a
Storage Device or section 6.3.4 – Access a Shared Printer.
3.8.3
File Sharing
When a USB storage device is connected to the Ericsson W3x the included
files are shared with all devices on the local network (LAN/WLAN) and all
local users have full access to the shared files.
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Note:
Only the first partition of the storage device will be automatically
mounted and shared through the smb service.
The file system on a shared partition needs to be of a supported type;
otherwise the automatic mounting of the device will not work. Currently the
supported types are:
•
FAT; Microsoft legacy file system from MS-DOS with 8.3 character
filename
•
FAT32; Microsoft Windows 95 file system based on FAT but with long
file name
•
ext2; Second extended file system, the standard Linux file system.
•
ext3; Like ext2, but with journaling support.
When a storage device is connected to the USB port on the Ericsson W3x,
information about the device is displayed in the “SHARED STORAGE
DEVICES” section on the Sharing page. If this page is open when you
connect the device, a refresh of the page may be required for the new
information to be displayed.
Table 21 - Shared storage devices description
Text
Description
Storage device:
The manufacturer’s name of the device.
Share name:
The name of the shared resource used when
accessing the device from a PC on the
LAN/WLAN.
To give a shared device a specific name, type a name in the corresponding
“Share name” field and click Apply to save the setting.
Note:
If a “Share name” includes more than 12 characters or has
embedded spaces, the share name will not be visible in Windows
95, 98 or ME clients.
To access shared files from a PC using Windows 2000 or XP, follow the
instructions in section 6.3.2- “Access a Shared USB Storage Device”.
3.8.4
Printer Sharing
When a printer is connected to the USB port on the Ericsson W3x, it is
automatically shared over the LAN/WLAN using SMB/CIFS protocol. The
smb service only performs protocol conversion between SMB/CIFS and the
local printer.
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When a printer is connected to the USB port on the Ericsson W3x,
information about the printer is displayed in the “SHARED PRINTER”
section on the Sharing page. If this page is open when you connect the
printer, a refresh of the page may be required for the new information to be
displayed:
Table 22 - Shared printer description
Text
Description
Printer
The manufacturer’s name of the device.
Share name
The name of the shared printer used when
accessing it from a PC on the LAN/WLAN.
To give a network printer a specific name, type a name in the “Share name”
field and click Apply to save the setting.
Note:
If a “Share name” includes more than 12 characters or has
embedded spaces, the share name will not be visible in Windows
95, 98 or ME clients.
To access a shared printer from a PC using Windows 2000 or XP, follow
the instructions in section 6.3.4 – Access a Shared Printer.
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3.9
System
The System page includes system information and management functions,
used to update and restore the Ericsson W3x.
Note:
The information on this page may vary depending on product
model and services included in the subscription.
Figure 42 - System page
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3.9.1
Basic System Information
The table on top of the page includes basic system information about the
Ericsson W25. The following information is displayed:
Table 23 – Basic System Information
3.9.2
Text
Description
Product
The product name.
Product Id:
The product identification.
Serial Number:
The unique serial number of the unit.
Boot Loader:
The ID and version of the boot loader software.
Application
Software:
The ID and version of the application software.
UMTS Boot Loader:
The ID and version of the UMTS boot loader
software.
UMTS Application
Software:
The ID and version of the UMTS application
software.
Ethernet MAC
Address:
The MAC address of the external Ethernet
interface. This MAC address can also be found
on the product label on the bottom of the unit.
WLAN MAC
Address:
The MAC address of the WLAN interface. This
MAC address can also be found on the product
label on the bottom of the unit.
IMEI:
The unique IMEI number of the unit. This number
can also be found on the product label on the
bottom of the unit.
Configuration Backup and Restore
The current running configuration of the Ericsson W3x can be saved into a
backup copy (locally stored on a PC). This backup copy can then be used
for restoring the configuration to a specific state.
3.9.2.1
Back Up Current Configuration
To back up the current running configuration, click the Back Up… button in
the “CONFIGURATION BACKUP AND RESTORE” section on the System
page.
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Follow the instructions on the screen to select a location for the
configuration file.
Note:
3.9.2.2
Do not modify a configuration file. If you do, the file might be
invalid and not accepted if you want to make a restore. All
configuration changes should be made on the web pages.
Restore from Backup File
In case of a system failure or a corrupted configuration, the system can be
restored from a previously stored backup file.
To restore from a backup file, click the Browse… button in the
“CONFIGURATION BACKUP AND RESTORE” section on the System
page to locate the configuration file.
When a file has been selected it is displayed in the text field below “Restore
to previous settings from a configuration backup”.
Click Restore to restore the configuration. When finished, a confirmation
message is displayed:
Figure 43 - Configuration Restore Confirmation
Click OK to return to the System page.
3.9.3
System Restart
You can at any time restart the Ericsson W3x. The restart does not result in
any configuration changes.
To restart the Ericsson W3x, click Restart in the “RESTART” section on
the System page.
During the restart process the following information is displayed:
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Figure 44 - Restart Progress Message
When the restart is completed you have make a new login to the WUI. Type
http://192.168.1.1 in the Address (URL) field to display the User login
page.
3.9.4
Software Update
New Ericsson W3x software versions can be installed from a local file.
First, make sure that the new software file is available on your PC. Then
click Browse… in the “SOFTWARE UPDATE” section on the System page
to locate the file. The selected file will be displayed in the “Update the
system with new software” field.
Click Upgrade to start the installation. During the installation process, a
new window showing the progress is displayed:
Figure 45 - Software Update Initiated page
Figure 46 - Software Update Progress page
When the update is completed, the following window is displayed:
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Figure 47 - Software update complete
Click the Close window button to close the window. The following page is
displayed:
Figure 48 - Software update complete page
Click the Restart button to restart the Ericsson W3x.
3.9.5
Factory Reset
The Ericsson W3x configuration can be reset to its factory default settings
from the System page.
Note:
If the WUI is not accessible, a reset to factory default settings can
also be done using the Reset button on the unit. See section 7.2 –
Reset to Factory Default Settings.
To reset the configuration to factory default settings, click Reset in the
“FACTORY RESET” section on the System page.
Note:
This procedure resets ALL configurable values back to default
settings, including the login password (user).
Before the reset starts, you will get the following question:
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Click OK to start the reset or Cancel to abort the reset and return to the
System page.
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3.10
Event Log
On the Event Log page, a list of the events that has been sent to the log
on the Ericsson W3x is displayed:
Figure 49 - Event Log page
Each row in the log list displays the time and date when an event was
reported to the log, the type of the event, and a brief statement indicating its
cause.
Note:
62
If the actual time is not available, the timestamp is set to “Jan 1
00:00:00” when the Ericsson W3x is restarted. This will change to
actual time when available.
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The system logging information is written to 3 files in the system and these
files are rotated in a circular fashion. The files are not saved to flash
memory and will be lost when rebooting the system or when power is
disconnected.
To view only a selection of the log events in the list, select a filter level from
the “Display” list. Available log levels are “Alarms only” and “All”. The
indicator on the
“Alarms only” log level corresponds to the Alarm
Ericsson W3x and the information in the “ALARMS” section on the
Overview page.
Click Refresh to update the list with new information. The most recent logs
are listed at the bottom of the list.
3.10.1
Persistent Logging
If persistent logging is enabled, the log files are written to flash memory in
two alternating files meaning they will remain after a system restart or
power failure.
Note:
Persistent logging should only be used for debugging purposes
since it consumes flash memory.
To enable this feature, select the “Persistent logging” check box on the
Event Log page and click Apply to save the setting.
3.11
Change Password
On the Change Password page the password used for logging in to the
web pages can be changed. For security reasons you are recommended to
change the preconfigured password.
Figure 50 - Change Password page
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Type the current password in the “Current Password” field. If it is the first
time you change the password, the password is user.
Type a new password in the “New Password” and “Retype New Password”
fields. A password can include up to eight (8) characters (letters and/or
numbers).
Note:
The password is case-sensitive (distinguish between uppercase
and lowercase letters).
Save the new password by clicking OK .
3.12
Logout
To logout from the Ericsson W3x web pages, click Logout in the left-hand
menu. When the logout is completed, the Enter password page is
displayed.
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Telephony and Fax (W35 only)
A telephone and/or a fax machine can be connected to the Ericsson W3x
via the “Phone” or “Phone/Fax” connectors on the back of the unit.
Note:
A fax must be connected to the “Phone/Fax” connector and the
operator needs to support a fax over IP function.
The telephony and the fax services will work without any further
configurations but must be supported by the subscription/network in order
to work.
If you experience problems see the trouble shooting section 7.7 –
Telephony and Fax Service.
4.1
SIM Authentication
It is possible to enter the PIN code for SIM authentication via a telephone
connected to the Ericsson W35 (instead of the WUI).
Follow the steps below to enter the PIN code using a telephone. The “PIN
required” and “PUK required” tones are described in Table 24 – Information
Tones on the next page.
1. Pick up the telephone handset. If you hear the dial tone, you do not
need to enter any PIN. If you hear the specific “PIN required” tone,
proceed to step 2.
2. Dial *  #
If the PIN is correct, you will hear the normal dial tone, which indicates
that the voice service is activated and that it is possible to make phone
calls.
If the PIN is incorrect, you will hear the “PIN required” tone again.
Repeat step 2.
Note:
If three attempts have been made with an incorrect PIN, the SIM
card is blocked and you will hear a new tone, indicating that the
PUK is required to unblock the SIM card.
To unblock the SIM card, dial the following sequence:
 *  *  #
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If the PUK is correct and the new PIN codes agree, you will hear the normal
dial tone, which indicates that the voice service is activated and that it is
possible to make phone calls. Remember the new PIN for future use.
If the PUK is incorrect or the new PIN codes do not agree, you will hear the
“PUK required” tone again. Repeat the “unblock SIM card” sequence
above.
Note:
4.2
If ten attempts have been made with an incorrect PUK, the SIM
card is permanently blocked and a new SIM card is required.
Contact your service provider.
Information Tones
The Ericsson W35 generates information tones in your telephone handset,
thus providing the same characteristics as the one given by the traditional
fixed line network.
The following table describes the nature of the unique information tones
you will get when using the Ericsson W35.
Table 24 - Information Tones
Name
Nature
Description
PIN required
––––– 50 ––––– 50
200
200
Repeating 200 ms tone
at regular 50 ms
intervals.
PUK required
–– 50 –– 50
50
50
Repeating 50 ms tone
at regular 50 ms
intervals.
66
SIM authentication is
required to enable the voice
service.
The SIM card is blocked.
The PUK and a new PIN are
required to unblock the SIM
card.
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Battery (W35 only)
The Ericsson W35 can be powered with a rechargeable battery pack to
provide voice service redundancy in the event of a total mains power
failure. When mains powered, the Ericsson W35 will keep the battery
charged.
Note:
5.1
The battery is not fully charged when delivered. The charging time
for an empty battery is about 4 hours. The battery will not charge if
the environment temperature is above 40 degrees Celsius, due to
over heating protection.
Installation of the Battery
The battery is available as an accessory and is inserted between the
AC/DC adapter and the Ericsson W35.
Battery pack
Figure 51 - Battery pack and power adapter
5.2
Battery Function
If a power failure occurs the Ericsson W35 automatically switches over to
battery operation. In order to extend the battery time only voice services is
available. Data services, such as USB, Ethernet and Wireless LAN
functions will be unavailable.
The Standby
button on the front of the Ericsson W3x is red when
powered by battery (or when the Standby button has been pressed).
The stand by time is up to 4 hours if no telephone calls are made. Talk time
is typically 3 hours. Battery time depends on the mobile network signal
quality, battery age, and environmental temperature.
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PC Configuration
The connection to the Ericsson W3x may require specific PC configuration.
This chapter includes instructions on how to configure Internet Protocol (IP)
settings as well as establish wireless connection(s) with the Ericsson W3x.
The descriptions include examples from Windows XP and 2000. If you use
another operating system, please refer to the system documentation or
online help.
6.1
IP Settings
The Ericsson W3x automatically assigns the IP settings to your PC(s). You
only need to configure the PC(s) according to the instructions below to
accept the information. In some cases however, you may want to configure
IP settings manually. See section 6.1.2 – Configuring Static IP Address.
If you want to allow wireless PCs to access your device, you also have to
follow the instructions in section 6.2 – Wireless LAN Settings.
6.1.1
Obtain IP Settings Automatically
Follow the instructions that correspond to the operating system installed on
your PC.
6.1.1.1
Windows XP
1. In the Windows task bar, click the Start button, and then click Control
Panel. The Control Panel window is displayed.
2. If you are using Category View, Click Network and Internet
Connections and then Network Connections. If you are using
Classic View, double-click Network Connections. The Network
Connections window is displayed.
3. Double-click the icon corresponding to your network interface card
(NIC). This icon is usually labeled Local Area Connection. The Local
Area Connection Properties window is displayed with a list of
currently installed network items.
4. Select Internet Protocol TCP/IP and ensure that the check box beside
the text is selected. Click Properties .
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5. In the Internet Protocol (TCP/IP) Properties window, select Obtain an
IP address automatically and Obtain DNS server address
automatically.
6. Click OK twice to confirm your changes and close the windows, and
then close the Control Panel window.
6.1.1.2
Windows 2000
First, check for the IP protocol and, if necessary, install it:
1. In the Windows task bar, click the Start button, point to Settings, and
then click Control Panel.
2. Double-click the Network and Dial-up Connections icon.
3. In the Network and Dial-up Connections window, right-click the
Local Area Connection icon, and then click Properties.
The Local Area Connection Properties dialog box is displayed with a
list of currently installed network components. If the list includes
Internet Protocol (TCP/IP), then the protocol has already been
enabled. Skip to step 11.
4. If Internet Protocol (TCP/IP) does not display as an installed
component, click Install… .
5. In the Select Network Component Type dialog box, select Protocol,
and then click Add… .
6. Select Internet Protocol (TCP/IP) in the Network Protocols list, and
then click OK .
You may be prompted to install files from your Windows 2000
installation CD or other media. Follow the instructions to install the files.
7. If prompted, click OK to restart your computer with the new settings.
Next, configure the PCs to accept IP information assigned by the Ericsson
W3x:
8. In the Windows task bar, click the Start button, point to Settings, and
then click Control Panel.
9. Double-click the Network and Dial-up Connections icon.
10. In the Network and Dial-up Connections window, right-click the
Local Area Connection icon, and then click Properties.
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11. Select Internet Protocol TCP/IP and ensure that the check box beside
the text is selected. Click Properties .
12. In the Internet Protocol (TCP/IP) Properties window, select Obtain
an IP address automatically and Obtain DNS server address
automatically.
13. Click OK twice to confirm your changes and close the windows, and
then close the Control Panel window.
6.1.2
Configure Static IP Address
Most users do not need to configure static IP settings. Automatic
configuration is appropriate in most cases.
For information about static IP configuration, see the operating system
documentation or online help.
Note:
6.2
Make sure that the IP address of the client is on the same subnet
as the Ericsson W3x. The IP address range of the Ericsson W3x
subnet is displayed on the LAN page (see section 3.5).
Wireless LAN Settings
This section provides a general description of what is required to make your
wireless clients work with the Ericsson W3x.
Before you follow the instructions below, you need to configure the
Wireless LAN settings in the Ericsson W3x as described in section 3.6 –
Wireless LAN.
6.2.1
Prepare the Wireless Client(s)
The coverage of the Wireless LAN depends on a number of factors,
including the distance between the Ericsson W3x and the PC and the
occurrence of obstacles, such as walls and electrical equipment.
Guidelines on setting the hardware components of your wireless network
are provided by your Wireless LAN interface provider.
6.2.2
Install the Wireless LAN Interface
Each PC on your Wireless LAN must be fitted with a Wireless LAN
interface, such as a wireless network card. You also have to install the
corresponding driver files for your particular Wireless LAN interface. The
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driver files and instructions on how to install them are provided together
with the interface.
6.2.3
Configure Access to the W3x WLAN
The configuration steps below will vary depending on both the operating
system and the Wireless LAN interface installed on the PC. These steps
provide a basic outline. For specific instructions, refer to the documentation
provided with your Wireless LAN interface.
Configure the following wireless parameters on each of the wireless PCs:
6.3
•
Set the Wireless LAN interface to use infrastructure mode. This
configures the PCs to access each other and the Internet through the
Ericsson W3x.
•
Configure the network name (SSID) and channel to match the
network name and channel configured on the Ericsson W3x. This
information can usually be obtained through WLAN scanning. The
network name is case sensitive.
•
If you are using Wired Equivalent Privacy (WEP) security, configure the
same encryption key that is configured on the Ericsson W3x.
•
If you are using Wi-Fi Protected Access (WPA or WPA2) security,
configure the same passphrase that is configured on the Ericsson
W3x. The passphrase is case sensitive.
•
Configure the IP settings using the procedure described in section 6.1–
IP Settings.
USB Sharing Settings
When a storage device or printer is connected to the USB port on the
Ericsson W3x, information about the device is displayed on the Sharing
page.
To be able to use the shared device you also have to set up a connection
to the shared device on your PC.
In some cases, you have to make sure that your PC belongs to the same
workgroup as the Ericsson W3x. Follow the instructions in the next section
to check the workgroup on your PC.
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6.3.1
Check Workgroup Settings
The following sections include instructions on how to check the workgroup
settings on a PC using Windows XP or 2000.
6.3.1.1
Windows XP
Follow the steps below to check the workgroup settings on a PC using
Windows XP:
1. In the Windows task bar, click the Start button, and then click Control
Panel. The Control Panel window is displayed.
2. If you are using Category View, click Performance and Maintenance
and then See basic information about your computer. If you are
using Classic View, double-click System. The System Properties
window is displayed.
3. Click the Computer Name tab.
4. Click Change… . The Computer Name Changes window is displayed.
5. Make sure that the Workgroup name is exactly the same as on the
Sharing page. If not, you have to change the workgroup either on the
PC or on the Ericsson W3x.
6. If you decide to change the workgroup on the PC, type the correct
name in the Workgroup field and click OK . If you do not want to make
any changes, click Cancel . The Computer Name Changes window is
closed.
7. If you have changed the workgroup settings, follow the instructions on
the screen to restart the PC.
6.3.1.2
Windows 2000
Follow the steps below to check the workgroup settings on a PC using
Windows 2000:
1. In the Windows task bar, click the Start button, and then click Settings
and Control Panel. The Control Panel window is displayed.
2. Double-click the System icon. The System Properties window is
displayed.
3. On the Network Identification tab, click Properties . The
Identification Changes window is displayed.
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4. Make sure that Workgroup is selected in the Member of section and
that the name of the workgroup is exactly the same as the one on the
Sharing page. If not, select the Workgroup option and type the name
in the field. If there is already a workgroup name, although not the same
as on the Ericsson W3x, you have to change it either on the PC or on
the Ericsson W3x.
5. If you have made any changes, click OK . Otherwise, click Cancel .
The Identification Changes window is closed.
6. If you have changed the workgroup settings, follow the instructions on
the screen to restart the PC.
6.3.2
Access a Shared Storage Device
To access a USB storage device from a PC using Windows 2000 or XP,
follow the steps below:
1. In the Windows task bar, click the Start button, and then click Run….
2. Type \\\ in the Open field. The Host
name and Share name are displayed on the Sharing page. Click OK .
3. The shared resource is displayed. Double-click on the shared file to
open it.
6.3.3
Set Up a Connection to a Shared Storage Device
The following sections include instructions on how to set up a connection to
a mass storage device from a PC using Windows XP or 2000.
The Storage device will be displayed in the My Computer window as a
new partition.
6.3.3.1
Windows XP
Follow the steps below to set up a connection to a shared storage device
from a PC using Windows XP:
1. In the Windows task bar, click the Start button, and then click My
Computer. The My Computer window is displayed.
2. From the Tools menu, select Map Network Drive…. The My
Network Drive window is displayed.
3. Select a drive that is not already used from the Drive drop-down
menu.
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PC Configuration
4. In the Folder text field, type \\\.
You find the host name and share name on the Ericsson W25
Sharing page.
5. Click Finish . The Map Network Drive window is closed. The
device is displayed in the My Computer window as a new partition.
6.3.3.2
Windows 2000
Follow the steps below to set up a connection to a shared storage device
from a PC using Windows 2000:
1. Right-click the My Computer icon and select Map Network Drive...
The Map Network Drive window is displayed.
2. Select a drive that is not already used from the Drive drop-down menu.
3. In the Folder text field, type \\\. You
find the host name and share name on the Sharing page.
4. Click Finish . The Map Network Drive window is closed. The device is
displayed in the My Computer window as a new partition.
6.3.4
Access a Shared Printer
When a printer is connected to the USB port on the Ericsson W3x,
information about the device is displayed on the Sharing page
If you connect a USB printer directly to your PC, the printer device type and
brand will normally be automatically detected and a printer driver assigned
and installed. This is not the case when using a network shared USB
printer connected to your Ericsson W3x.
On the PCs that should use the printer, install the correct printer driver
compatible with the PCs operating system. The printer driver is found either
on the discs that were shipped with your printer or by downloading it from
the manufacturers web page.
The Ericsson W3x supports two protocols for printing: Samba and RAW.
The protocol that is used may vary depending on printer and manufacturer.
It also affects how to access the printer via the Ericsson W3x.
The following sections include instructions on how to access a shared
printer from a PC using Windows XP or 2000.
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6.3.4.1
Printer Supporting the Samba Protocol
Follow the steps below to set up a connection to a shared printer from a PC
using Windows XP (similar interface in Windows 2000):
1. Connect the printer to the USB port on the Ericsson W3x.
2. In the Windows task bar, click the Start button, and select Run….
3. Type \\ in the Open field and press Enter. The shared
printer is displayed.
4. Right click on the printer and select Connect...
5. If you don’t have the correct printer drivers installed a pop up window
appears. Click OK to install the drivers.
6. Select a manufacturer and a printer in the Add Printer Wizard window
or click Have disk… .
7. Your computer now tries to connect to the shared printer. This could
take a few minutes.
8. Print a test page to verify that your printer is connected properly. In the
Windows task bar, click the Start button, and select Printers and
Faxes. Your shared printer will be displayed as  on
. Right-click on the printer icon and select Properties….
On the General tab, click on Print Test Page .
6.3.4.2
Printer Supporting the RAW Protocol
Follow the steps below to set up a connection to a shared printer from a PC
using Windows XP (similar interface in Windows 2000):
1. Connect the printer to the USB port on the Ericsson W3x.
2. In the Windows task bar, click the Start button and select Settings
followed by Printers and Faxes. A new window appears including
printers connected to the PC.
3. Select Add a printer. The Add Printer Wizard appears. Click Next>
to proceed.
4. In the Local or Network Printer window, select Local printer
attached to this computer and click Next> .
5. In the Select a Printer Port window, check Create a new port and
from the Type of port drop-down list select Standard TCP/IP Port.
Click Next> .
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6. The Add Standard TCP/IP Printer Port Wizard opens. Click Next> to
proceed.
7. In the Add Port window and Printer Name or IP Address field enter
the IP address of the Ericsson W3x (preconfigured 192.168.1.1) and a
Port Name, for example IP_192.168.1.1. Click Next> .
8. In the Additional Port Information Required window, select the
Custom checkbox and click the Settings… button.
9. In the Configure Standard TCP/IP Port Monitor window, select Raw
as Protocol and type 9100 as Port Number below Raw Settings.
10. Click OK to return to the wizard and click Next> to proceed.
11. In the Completing the Add Standard TCP/IP Printer Port Wizard
window, verify your settings and click Finish .
12. The Add Printer Wizard – Install Printer Software window is
displayed. Select the Manufacturer and Printer and click Next> .
13. Enter a name for your printer and click Next> .
14. Select Do not share this printer option and click Next> .
15. Print a test page to verify that your printer setup is working properly and
then click Next> to proceed. It could take a minute or two for the test
page to be printed.
16. Click Finish in the Add Printer Wizard.
17. Repeat these steps if you have further computers which should have
access to the shared printer.
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Troubleshooting
Troubleshooting
This chapter describes how to solve a number of issues that could occur
during installation, configuration, and use of the Ericsson W3x. More
information is available at www.ericsson.com/fwt.
If none of the suggested methods in this chapter solve your problem, you
are recommended to:
1. Restart the Ericsson W3x (see section 6.1).
2. Reset the Ericsson W3x to factory default configuration (see section
6.2).
3. Contact your service provider.
7.1
Restart
To restart the Ericsson W3x, click Restart on the System web page.
If you cannot access the WUI, remove the power cable to disconnect the
Ericsson W3x from power and wait a moment before reconnecting the
cable.
7.2
Reset to Factory Default Settings
The factory default configuration contains the original settings of your
Ericsson W3x.
To reset the configuration to factory default settings, click the Reset button
in the “FACTORY RESET” section on the System web page.
If you cannot access the WUI, the following procedure resets all
configurable values back to factory default settings:
1. Press the Reset button with the tip of a pen. The Standby button starts
blinking.
2. Wait until the Standby button stops blinking which indicates that the
reset is finished.
Note:
A reset to factory default configuration cannot be undone. If you
reset the Ericsson W3x to default configuration, all your previous
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Troubleshooting
configuration changes are replaced. If you have previously
changed the password, the Enter password page will be
displayed. You have to login to the web pages with the default
password (user).
7.3
LAN Connections
Table 25 – LAN Connections
Indication/Symptom
What to do
Cannot access the local network
from a PC that is connected to one
of the Ethernet ports on the
Ericsson W3x.
Check the network cable and make
sure that there is a physical
connection between the PC and the
Ericsson W3x and that at least one
of the corresponding LAN
connector indicators is lit. If not,
make sure that the cable is properly
connected or try with another
Ethernet cable.
Check that the PC is configured to
obtain IP address automatically
using DHCP. If not, change the PC
TCP/IP settings. For instructions,
see section 6.1.1 – Obtaining IP
Settings Automatically or refer to
the manual of your operating
system.
Cannot access the WUI on the
Ericsson W3x.
Make sure you are using the
correct LAN IP address in the web
browser. If the LAN IP address has
been changed and you do not know
the current IP address, use the
Reset button to reset the Ericsson
W3x to factory default configuration
(see section 7.2). This will set the
LAN IP address to 192.168.1.1 and
the web page address to
http://192.168.1.1.
Make sure you are using the
correct login password. If the
default password has been
changed and you do not know the
current password, use the Reset
button to reset the Ericsson W3x to
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Troubleshooting
Indication/Symptom
What to do
factory default configuration (see
section 7.2). This will reset the login
details to default values (“User
name” user and “Password” user).
7.4
Internet Access
Table 26 – Internet access
Indication/Symptom
What to do
Cannot access the Internet from
any of my local devices.
Check the status of the Alarm
indicator. If it is blinking, see
the information in the Alarms
section on the Overview page.
On the Internet page, verify that
the Link status is Up and that an
IP address is defined.
The Internet connection is
unacceptable slow or regularly
dropping.
Check the signal quality indicator
on the front of the Ericsson W3x.
The more segments displayed in
the bar graph, the stronger the
signal.
Try to move the Ericsson W3x to
another position or attach an
external antenna (indoor window or
outdoor roof mounted). External
antennas are available as
accessories to the Ericsson W3x.
For optimizing the performance of
the Internet connection, it might be
necessary to change some TCP
settings in the client PC as
described in section 7.4.1 –
Change TCP Settings.
Cannot access a certain Internet
application or specific type of data
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Check the NAT page to make sure
that the ALG supporting the
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Troubleshooting
Indication/Symptom
What to do
applications.
Internet application is enabled.
If the application requires UPnP
IDG, check that UPnP IDG is
enabled on the NAT page.
A port forwarding rule might be
required for a specific application.
See section 3.7.3 – Port
Forwarding.
7.4.1
Change TCP Settings
To achieve maximum performance on the Internet connection some
parameters in the TCP/IP stack of the client PC can be changed. These
kinds of settings are hidden in the Windows registry, but there are some
tools that give user friendly access to them, for example “TCP Optimizer”,
http://www.speedguide.net/downloads.php
The following TCP settings are recommended to optimize the performance:
TCP Receive Window = 146000
Selective ACK:s = Yes
Max Duplicate ACK:s = 2
RFC1323 TCP Window Scaling = Yes (enabled)
Note:
7.5
Windows Vista and recent versions of Linux kernels have
automatic window scaling enabled by default and should not need
any TCP tweaking.
Wireless LAN Connection
Table 27 – Wireless LAN
Indication/Symptom
Cannot access the local network
from a wireless device.
80
What to do
Check that the WLAN
indicator
on the front panel of the Ericsson
W3x is on. If not, connect an
Ethernet cable between the PC and
the Ericsson W3x to establish a
connection and enable the wireless
LAN (disabled in the default
configuration).
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Troubleshooting
Indication/Symptom
What to do
Verify that the Wireless LAN
interface installed on the wireless
client is active.
Keep the Ericsson W3x away from
electrical devices that disturb the
radio signals, for example
microwave ovens. Try to move the
Ericsson W3x to another location,
but make sure that the mobile
network signal is still acceptable
before finalizing the installation.
Make sure that your Ericsson W3x
network does not use the same
radio channel as other wireless
devices, for example security
systems. The radio channel is
displayed on the Wireless LAN
page. To avoid interference, let the
Ericsson W3x select a channel
automatically (Auto).
Verify that the network name
(SSID) on the Ericsson W3x and
the wireless client are the same.
Note that the network name is
case- sensitive.
Verify that the operating system
and Wireless LAN interface of the
client supports the authentication
and encryption method (WEP-64,
WEP-128, WPA, or WPA2)
configured on the Ericsson W3x.
These settings are displayed on the
Wireless LAN web page. If the
security method is not supported in
the client, configure the Ericsson
W3x to use another method.
For the configured security method,
make sure that the same
encryption key or passphrase is
configured on both the Ericsson
W3x and the client. Note that a
passphrase is case sensitive.
If whitelist is enabled, verify that the
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Troubleshooting
Indication/Symptom
What to do
wireless client is included on this
list.
If the wireless client uses a static IP
address, make sure that this IP
address is on the same subnet as
the Ericsson W3x. The IP address
and subnet mask for the Ericsson
W3x is displayed on the LAN page.
7.6
Access to Shared Files or Printer
If you cannot access a shared storage device or printer connected to the
USB connector on the Ericsson W3x, take the following action to identify
and solve the problem:
•
Check that the USB device is detected by the system by looking on the
Event Log web page. Connect the USB device, wait a few seconds
and click the Refresh button. Make sure the “Display” list box is set to
“All”. Move to the bottom of the log using the scroll bar on the right. If
your USB device is recognized you will se some lines like the example
below:
Jan 1 00:07:29 FWT user.info kernel: usb 1-3: new high speed
USB device using ehci_hcd and address 4
Jan 1 00:07:29 FWT user.info kernel: scsi0 : SCSI emulation for
USB Mass Storage devices
Jan 1 00:07:34 FWT user.notice kernel:
Vendor:
Model: USB DISK Pro
Rev: PMAP
Jan 1 00:07:34 FWT user.notice kernel:
Type:
Direct-Access
ANSI SCSI revision: 00
Jan 1 00:07:35 FWT user.notice kernel: SCSI device sda: 4013056
512-byte hdwr sectors (2055 MB)
Jan 1 00:07:35 FWT user.notice kernel: sda: assuming Write
Enabled
Jan 1 00:07:35 FWT user.err kernel: sda: assuming drive cache:
write through
Jan 1 00:07:35 FWT user.notice kernel: SCSI device sda: 4013056
512-byte hdwr sectors (2055 MB)
Jan 1 00:07:35 FWT user.notice kernel: sda: assuming Write
Enabled
Jan 1 00:07:35 FWT user.err kernel: sda: assuming drive cache:
write through
Jan 1 00:07:35 FWT user.info kernel: sda1
Jan 1 00:07:35 FWT user.notice kernel: Attached scsi removable
disk sda at scsi0, channel 0, id 0, lun 0
82
•
Restart the Ericsson W3x.
•
Disconnect the USB device from the Ericsson W3x, and then reconnect
it.
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Troubleshooting
7.7
•
Make sure that the PC belongs to the same workgroup as the Ericsson
W3x. For instructions, see section 6.3.1 – Check Workgroup Settings.
The Ericsson W3x workgroup is displayed on the Sharing web page.
•
If you have problems accessing a printer, make sure that the printer
drivers are correctly installed on the PC.
Telephony and Fax Service (W35 only)
Note:
The telephony and the fax services will work without any further
configurations but must be supported by the subscription/network
in order to work. If you are unsure, check with your service
provider.
Table 28 – Telephony and Fax Service
Indication/Symptom
What to do
Cannot make or receive a call from
a telephone connected to the
Ericsson W35.
Make sure that the phone is
working, for example by connecting
it to a fixed line telephone network
(PSTN). The phone has to be of a
standard touch tone type (with
DTMF keypad support).
Note: Some old phones have a
keypad, although they do not
support DTMF. These phones are
consequently not supported by the
Ericsson W35.
The phone must be connected to
the Phone connector on the
Ericsson W35. Verify that a dial
tone is heard when picking up the
handset. If not, replace the handset
and restart the Ericsson W35. Allow
some two minutes for the startup
and then listen for the information
tone again
If an information tone other than the
dial tone is heard when lifting the
handset verify that the SIM card is
correctly inserted, re-enter the PIN,
or enter the PUK and a new PIN to
unlock the SIM card. The method to
use depends on the type of
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Troubleshooting
Indication/Symptom
What to do
information tone. For information
about tones, see section 4.2 –
Information Tones.
Cannot send or receive on a fax
connected to the Ericsson W35
Make sure that the fax is connected
to the Phone/Fax connector on the
Ericsson W35.
Check that the Internet
LED
is on and on the LAN page that the
Ericsson W35 has received an IP
address. The data service is a
prerequisite for the fax service, see
section 7.4 – Internet Access for
troubleshooting the data service.
Make sure that the fax is working,
for example by connecting it to a
fixed line telephone network
(PSTN).
Messages regarding fax status and
failures are shown on the fax.
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Glossary
Glossary
802.11b
An IEEE standard for a wireless network that
operates at 2.4 GHz with rates up to 11
Mbps.
802.11g
An IEEE standard for a wireless network that
operates at 2.4 GHz with rates up to 54
Mbps.
2G – Second Generation
The second generation wireless
communications technology, introducing
digital voice encoding. Low speed data
services are supported.
3G – Third Generation
The third generation wireless communications
technology. 3G includes enhanced voice,
data, and video capabilities, improved
availability, broad bandwidth and high speed.
ALG – Application Layer Gateway
An ALG provides a translation and
transportation service for an Internet
application.
AES – Advanced Encryption Standard
An encryption method used by WPA2. AES
offers a high level of security and is approved
for sensitive corporate and government data
transmission.
AP – Access Point
An Internet device that seamlessly connects
wired and wireless networks. Access points
attached to a wired network support the
creation of multiple radio cells that enable
roaming throughout a facility.
APN – Access Point Name
A reference to the Internet access point of an
Service provider.
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Association
Describes the establishment and
maintenance of a wireless link between
devices. (If security is enabled, the devices
cannot do anything but exchange security
credentials with this link). See Authentication.
Authentication
The processthat occurs after association to
verify the identity of the wireless device or
end user and allow access to the network.
Broadcasting
To simultaneously send the same message to
multiple recipients.
CDMA – Code Division Multiple Access
A general term describing mobile air interface
technologies based on “spread spectrum”
digital radio access methods, offering benefits
including increased capacity, quality and
security. CDMA is fundamental to 3G mobile
systems.
Channel
A channel determines the radio frequency
used by an access point to pass data traffic to
wireless clients. Available channels depend
on region specific regulations.
CHAP – Challenge-Hanshake
Authentication Protocol
CHAP is an authentication scheme used by
PPP servers to validate the identity of remote
clients. CHAP periodically verifies the identity
of the client by using a three-way handshake.
This happens at the time of establishing the
initial link, and may happen again any time
afterward. The verification is based on a
shared secret (such as the client user’s
password). See also PAP.
CIFS – Common Internet File System
See SMB.
CLIP – Calling Line Identity Presentation
A service that provides a called party the
85
Glossary
calling line identity,for example the phone
number, of the caller.
DHCP – Dynamic Host Configuration
Protocol
A protocol used by networked computers
(clients) to obtain IP addresses and other
parameters such as the default gateway,
subnet mask, and IP addresses of DNS
servers from a DHCP server.
DHCP server
A configuration server, capable of configuring
network devices with a variety of information,
such as IP addresses, required for their
operation.
DNS – Domain Name System (or Service)
The distributed name/address mechanism
used in the Internet. It comprises distributed
online databases that contain mappings
between human-readable names and IP
addresses, and servers, which provide
translation services to client applications.
DTMF – Dual Tone Multi Frequency
The telephone signaling method used over
the line in the voice-frequency band to the call
switching center. The version of DTMF used
for telephone “tone dialing” is known by the
trademarked term “Touch-Tone”.
EDGE – Enhanced Data rates for Global
Evolution
A technology that gives GSM the capacity to
handle services for the third generation of
mobile telephony. EDGE provides three times
the data capacity of GPRS.
Encryption
Encryption is an effective way to achieve data
security by translating data into a secret code.
Encryption key
A sequence of characters used for data
encryption. The encrypted data can only be
sent and received by users with access to the
encryption key.
Ethernet
The most common LAN technology, used in
wired networks.
FTP – File Transfer Protocol
A protocol for exchanging files over the
Internet. FTP is most commonly used to
download and upload files from and to
servers.
Gateway
A network point that acts as an entrance to
another network.
GPRS – General Packet Radio Service
A packet-based mobile communications
system building on GSM. Advantages over
standard GSM include higher data
transmission speeds, more efficient use of
radio resources and continuous connection to
the network to facilitate more advanced nonvoice services.
GSM – Global System for Mobile
Communication
The second generation mobile system
originally developed in Europe. GSM is
oriented to voice and circuit mode data.
Host
A device (usually a computer) that is
connected to a TCP/IP network, including the
Internet. Each host has a unique IP address.
Host name
The DNS name of a device on a network,
used to simplify the process of locating
computers on a network.
HSPA – High Speed Packet Access
A mobile broadband technology that improves
the performance of networks based on the
Universal Mobile Telecommunications
System (UMTS).
IGD – Internet Gateway Device
See UPnP IGD.
IEEE – Institute of Electrical and
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Glossary
Electronics Engineers
IEEE (pronounced I-tripleE) is an organization
composed of engineers, scientists, and
students. The IEEE is best known for
developing standards for the computer and
electronics industry. In particular, the IEEE
802 standards for local area networks are
widely followed.
IMEI – International Mobile Equipment
Identity
The IMEI number is a 15 digit numnber which
includes information on the origin, model, and
serial number unique to every mobile device.
The IMEI number is used by the mobile
network to identify valid devices.
IP – Internet Protocol
A part of a suite of protocols that effectively
defines the Internet as we know it. Specifies
addressing and control information for routing
data packets over networks.
IP address
The address of a host on the Internet,
consisting of four numbers, each from 0 to
255, separated by periods, for example
192.168.1.1. An IP address consists of a
network ID that identifies the particular
network the host belongs to, and a host ID
uniquely identifying the host itself on that
network. A network mask is used to define
the network ID and the host ID. See also
Private IP Address and Public IP Address.
LAN – Local Area Network
A computer network limited to the immediate
area, such as a home, office, or small
building.
Lease time
The amount of time that a dynamically
assigned IP address will be valid for a specific
device.
MAC address – Media Access Control
address
The permanent hardware address of a device
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assigned by its manufacturer. MAC
addresses are expressed as six pairs of
hexadecimal characters (0-9 and a-f), with
each pair separated by colons. For example:
1a:2b:23:5b:66:9a
Mass Storage
Various techniques and devices used to store
large amounts of data. An example of a mass
storage device is a hard disk.
MBR – Mobile Broadband Router
A router providing residential and small office
users with broadband services like highspeed data, voice, and fax connectivity.
Internet access is provided through the
mobile communications network.
NAT – Network Address Translation
A service performed by many routers that
translates a network’s IP address into a
private IP address for each device on the
LAN. Only the router and the LAN know these
addresses; the outside world sees only the
public IP address when talking to a computer
on the LAN.
Network mask
A sequence of bits applied to an IP address
to select the network ID while ignoring the
host ID. Bits set to 1 mean “select this bit”
while bits set to 0 mean “ignore this bit”. For
example, if the network mask 255.255.255.0
is applied to the IP address 100.10.50.1, the
network ID is 100.10.50, and the host ID is 1.
See also Subnet mask.
Packet
The units of data transmitted on a network.
Each packet contains a payload (the data),
plus overhead information such as where it
came from (source address) and where it will
go (destination address).
PAP – Password Authentication Protocol
PAP is a simple authentication protocol used
to authenticate a user to a remote access
server or Internet Service Provider (ISP). PAP
87
Glossary
is used by PPP and almost all network
operating system remote servers support
PAP. PAP transmits unencrypted ASCII
passwords over the network and is therefore
considered insecure, it is used as a last resort
when the remote access server does not
support a stronger authentication protocol,
such as CHAP.
Passphrase
A secret password used for WPA and WPA2
wireless data encryption. The encryption is
based on a WPA master key that is derived
from the passphrase and the network name
(SSID).
PC – Personal Computer
A computer designed for use by one person
at a time.
Port
In TCP and UDP networks, an endpoint to a
logical connection. The port number identifies
what type of port it is. For example, port 80 is
used for HTTP traffic.
PIN – Personal Identification Number
A secret code used for individual access to
for example computer networks. Generally, a
PIN is made up of 4 to 10 digits.
PPP – Point-to-Point Protocol
A protocol for serial data transmission that is
used to carry IP (and other protocol) data
between the service provider and your
computer.
Private IP Address
A private IP Address is typically assigned to a
client on a LAN and is not used outside the
LAN. Private IP addresses are typically used
when multiple computers share the same
Internet connection.
Protocol
A set of rules governing the transmission of
data. In order for a data transmission to work,
both ends of the connection have to follow the
rules of the protocol.
88
PSTN – Public Switched Telephone
Network
The traditional, wired telephone network
designed primarily for voice traffic.
Public IP Address
A public IP address is a globally unique
number that identifies a device on the
Internet. Anyone on the Internet can connect
to the device using the public address.
PUK – Personal Unblocking Key
A secret code made up of 8 to 10 digits. The
PUK is used to reactivate a SIM card that has
been blocked.
Roaming
The movement between microcells in a radio
network. Roaming service is used to provide
network access independent of where the
user resides and what service provider that is
running the network.
Routing
The forwarding of data between a local
network and the Internet on the most efficient
route, based on the data’s destination IP
address and current network conditions. A
device that performs routing is called a router.
RSSI – Received Signal Strength Indicator
The RSSI is an indicator of the strength of the
received radio signal.
SIM – Subscriber Identity Module
The “smart card” required by all mobile
customers to operate their phones. Carries
authentication, billing and information about
the individual subscriber, as well as address
book and other personalized information.
SMB – Server Message Block
An application-level network protocol mainly
applied to shared access to files, printers,
serial ports, and miscellaneous
communications between nodes on a
network. SMB was later renamed to CIFS
(Common Internet File System) with more
1/1551-CRH 102 168 Uen Rev PA2 2008-11-12
Glossary
features added, including support for
symbolic links, hard links, and larger file
sizes.
TFTP – Trivial File Transfer Protocol
A TCP/IP protocol commonly used for
software downloads.
SSID – Service Set Identifier
A unique network name, or identifier, that
differentiates one wireless LAN from another.
All access points and clients attempting to
connect to a specific WLAN must use the
same SSID.
TKIP – Temporal Key Integrity Protocol
A protocol used for WPA data encryption. It
ensures that a unique master key is
generated for each packet, supports message
integrity and sequencing rules, and supports
re-keying mechanisms. TKIP avoids the
problems of WEP static keys by dynamically
changing data encryption keys.
Subnet
A portion of a network. The subnet is
distinguished from the larger network by a
subnet mask that selects some of the
computers of the network and excludes all
others. The subnet’s devices remain
physically connected to the rest of the
network, but they are treated as though they
were on a separate network.
Subnet mask
A mask that defines a subnet. See also
Network mask.
Switching
Routing data traffic by setting up temporary
connections between two or more network
points. This will take the data toward its
intended destination.
TCP – Transmission Control Protocol
See TCP/IP.
TCP/IP – Transmission Control Protocol /
Internet Protocol
The basic protocols used on the Internet.
TCP is responsible for dividing data up into
packets for delivery and reassembling them
at the destination. IP is responsible for
delivering the packets from source to
destination. When TCP and IP are bundled
with higher-level applications such as HTTP,
FTP, Telnet, and so on, TCP/IP refers to this
whole suite of protocols.
UDP – User Datagram Protocol
A connection-less transport service that
dispenses with the reliability services
provided by TCP. UDP gives applications a
direct interface with IP and the ability to
address a particular application process
running on a host via a port number, without
setting up a connection session.
UPnP – Universal Plug and Play
A networking architecture that provides
compatibility among networking equipment,
software, or between equipment and
software.
UPnP IGD – UPnP Internet Gateway Device
A standard used by UPnP aware clients, such
as MSN Messenger, to work properly from
behind a NAT.
UMTS – Universal Mobile
Telecommunications Service
A 3G wireless system that delivers highbandwidth data and voice services to mobile
users. UMTS has an air interface based on
WCDMA and a core network based on the
General Packet Radio Service (GPRS).
URL – Uniform Resource Locator
The address of a resource on the Internet, for
example www.ericsson.com.
USB – Universal Serial Bus
An interface for connecting peripherals such
as storage devices and printers to a host.
1/1551-CRH 102 168 Uen Rev PA2 2008-11-12
89
Glossary
WAN – Wide Area Network
A network of computers that covers a large
geographical distance. With respect to the
Ericsson W25, WAN refers to the Internet.
WUI – Web User Interface
In Ericsson W25 the WUI refers to a built-in
web based configuration tool with wizard
support.
WCDMA – Wideband CDMA
The radio access technology for wideband
wireless access supporting 3G services. It
allows very high speed multimedia services
like wireless Internet access and
videoconferencing. WCDMA is also known as
CDMA DS (Direct Sequence).
WEP – Wired Equivalent Privacy
A method for data encryption on wireless
networks. Data is encrypted into blocks of
either 64 bits length or 128 bits length. The
encrypted data can only be sent and received
by users with access to a private encryption
key.
Wireless
A common term used to describe
telecommunications in which radio waves
(rather than some form of wire) carry the
signal over part or all of the communication
path.
WLAN – Wireless Local Area Network
A WLAN is a network in which a mobile user
can connect to a LAN through a wireless
(radio) connection. The IEEE 802.11 standard
specifies the technologies for Wireless LANs.
WPA – Wi-Fi Protected Access
An authentication and encryption standard for
wireless networks. WPA addresses the
security limitations of WEP, providing a
stronger data encryption method; TKIP. WPA
data encryption is based on a WPA master
key. The master key is derived from the
passphrase and the network name (SSID) of
the device.
WPA2 – Wi-Fi Protected Access 2.
An enhanced version of WPA. For data
encryption, WPA2 uses AES instead of TKIP.
90
1/1551-CRH 102 168 Uen Rev PA2 2008-11-12
Ericsson Enterprise AB
www.ericsson.com
© Ericsson AB 2008 - All Rights Reserved
1/1551-CRH 102 168 Uen Rev PA2 2008-11-12

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