M
,
users guide.
Microsoft® Broadband Networking
|
5-Port Switch MN-150
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contents.
1
2
Introduction ........................................................................................ 1
Do You Have Everything You Need to Install Your Switch? ............... 2
Your Switch and Its Connections ......................................................... 2
About Ethernet Connections ................................................................ 5
Straight-Through and Crossover Cables .......................................... 5
Connecting to Broadband Modems ................................................. 5
Planning .............................................................................................. 7
Which Setup Option Best Matches Your Network? ........................... 7
I want to expand my existing network to increase the number
of available Ethernet ports ............................................................... 7
I want to share files or printers between two or more
computers that are not connected to the Internet ........................ 9
My broadband modem has a firewall, and I want to use the
switch to add more computers to my network ............................. 10
My computer runs firewall software and is directly connected
to my broadband modem ...............................................................11
3
Setting Up .........................................................................................13
Choose a Location for Your Switch....................................................13
Connect the Switch to a Power Outlet .............................................. 14
Connect Your Switch to the Network................................................. 14
Test Your Switch .................................................................................. 14
What’s Next?........................................................................................ 14
4
5
Security ............................................................................................. 15
Protect Your Network from Computer Viruses .................................15
Protect Your Network from Hackers .................................................. 16
Troubleshooting ............................................................................... 17
Setup and Hardware Problems.......................................................... 17
Network and Internet Problems ........................................................18
File and Printer Sharing Problems ....................................................19
Reference.......................................................................................... 20
Getting Help .........................................................................................23
Visit Us on the Web .........................................................................23
Technical Support ............................................................................23
Regulatory Information ....................................................................... 24
Limited Warranty .................................................................................26
Technical Specifications ..................................................................... 27
System Requirements ........................................................................ 27
Glossary............................................................................................. 29
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introduction.
Introducing the Broadband
Networking 5-Port Switch
Congratulations on your purchase of the Microsoft® Broadband
Networking 5-Port Switch. The switch can be used in a number of
different ways. It will let you expand your existing Ethernet network
by connecting additional computers, printers, scanners, and other
Ethernet devices. The switch will also let you form a new local area
network (LAN) by connecting two or more computers. A typical
network configuration that includes a switch is illustrated in the
following example:
Active Internet Connection
Note
Each computer that connects
to your switch requires an
Ethernet adapter or available
Ethernet port.
Broadband Modem
(DSL or Cable)
Base Station
(Gateway or Router)
5-Port Switch
Computers with
Installed Ethernet
Adapters
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The 5-port switch will work with any 10 Mbps or 100 Mbps Ethernet-
based network. Although this guide focuses on Windows-based
computers, you can use the switch with nearly any operating
system. For more information about setting up non-Windows-based
networks, see the documentation for your operating system.
Do You Have Everything You Need to Install
Your Switch?
Included in the Box:
5-Port Switch
(MN-150)
3.8-Volt
Power Adapter
User’s Guide
Also Required (but not included in the box):
O
One Ethernet cable for each computer or network device to
be attached
O
One Ethernet adapter or an available internal Ethernet port on
each computer or device you are connecting to the switch
Your Switch and Its Connections
The following diagrams show front and back views of the switch,
and the location of all ports and indicator lights. The labels of each
port and indicator light are arranged along the top of the switch
casing for easy reading.
Power Indicator
Light
Port indicator lights, which correspond
to the five Ethernet ports on the back
of the switch
Switch
(Front View)
The switch’s front panel contains one power light and 15 additional
status-indicator lights that help you monitor and troubleshoot
network connectivity and activity. Each vertical line of three lights
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corresponds to one of the five ports on the back of the switch. The
lights for each port will be on, off, or blinking, depending on the
current network configuration and activity for that port. The Power
light is to the left of the port indicator lights. The following table
describes the meaning of each light.
Light
Condition
Status
Power
Speed
On
On
The switch is receiving power.
The port is transmitting or receiving packets
at 100 megabits per second (Mbps).
Off
On
Off
The port is transmitting or receiving packets
at 10 Mbps.
Link/Activity
Full-Duplex
The port has established a connection
with a network device.
The port has not established a connection
with a network device.
Blinking
On
The port is transmitting or receiving data.
The port is operating in full-duplex mode,
allowing all devices to transmit and
receive data.
Note
Full-duplex mode allows your
network to transmit and
receive data simultaneously.
Half-duplex communication
is one-way.
Off
The port is running in half-duplex mode,
allowing one device to transmit at a time.
Note
Because the switch
automatically detects your
Ethernet cable type, all ports
will work as ‘Uplink’ ports.
Power
Port
Five Ethernet ports, which correspond to the status
indicator lights on the front of the Switch
Switch
(Back View)
The switch is powered by an AC power adapter. The design of the
switch allows Ethernet cables to be connected to and disconnected
from the switch without interrupting the activity on existing cables.
You do not need to unplug the power cord from the switch to
change your network configuration.
Chapter 1: Introduction
3
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About Ethernet Connections
Ethernet is the most commonly used wired network protocol, with
connection speeds of 10 Mbps, 100 Mbps, or higher. Your switch
will transmit data at either 10 or 100 Mbps. The switch’s auto-
negotiation feature automatically determines the rate of your
network connections and uses the fastest speed available.
As you set up your network, keep in mind that power outlets,
fluorescent lights, power supplies, and coiled up or extra-long
cables can interfere with Ethernet transmission and also
produce interference.
Use Ethernet cables to connect your adapter to devices on your
network. Any Ethernet-compatible network device will have one or
more high-powered Ethernet ports. Some examples of network
devices are:
O
Routers, gateways, or base stations, such as the Microsoft
Broadband Networking Wired Base Station
O
Broadband modems
O
Computers with Ethernet adapters
O
Ethernet switches and hubs
Network components such as your 5-port switch are connected to
one another by Ethernet cables. An Ethernet cable resembles a
phone cord, but has larger connectors at each end. To determine
whether a cable is an Ethernet or phone cable, you can count the
number of wires or contacts visible in the connector at either end
of the cable. Ethernet (RJ-45) connectors and cables contain eight
wires, and phone (RJ-11) cables contain either four or six wires.
RJ-45 Ethernet
RJ-11 Telephone
(8 wires)
(4 or 6 wires)
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Straight-Through and Crossover Cables
Data is sent and received through specific wires within an Ethernet
cable. Depending on the arrangement of its sending and receiving
wires, an Ethernet cable is either a “straight-through” type or a
“crossover” type. The following diagram demonstrates how to
differentiate between the two types.
In a straight-
through cable,
Straight-Through
Ethernet Cable
the order of the
colored wires is the
same at both ends.
In a crossover
Crossover
Ethernet Cable
cable, the order of
the colored wires
is different at
both ends.
Your 5-port switch supports both straight-through and crossover
cables. The switch automatically detects the type of Ethernet cable
you are using and functions accordingly.
Connecting to Broadband Modems
When you connect your switch to a broadband modem, it is
important to use either the cable that came with your modem or the
same type of cable. Many modems use a crossover cable to connect
to the network. If you are unsure about the type of Ethernet cable to
use, see the documentation for your broadband modem.
Chapter 1: Introduction
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planning.
Your Microsoft® Broadband Networking 5-Port Switch can be
configured in several ways. This chapter will help you locate setup
instructions for your network configuration.
2
Planning Your Network
Each computer to be connected to the network must have an
installed network adapter with an available Ethernet port, and an
Ethernet cable.
As you configure your network, it’s a good idea to keep network
security in mind. A switch is a simple pass-through device that
does not monitor or protect network information in any way. For
this reason, each setup option in this chapter includes information
about the security issues that you should keep in mind. For more
information about security, see Chapter 4.
Which Setup Option Best Matches Your Network?
The following four scenarios describe the common ways to use a
switch. Select the scenario that matches how you plan to set up
your network, and then see Chapter 3 for setup instructions.
Option A:
I want to expand my existing network to increase the
number of available Ethernet ports.
A switch can expand your current network by providing a
connection point for additional computers. This option is useful if
you have no available Ethernet ports or if you want to branch your
network to another area (such as a second room).
The switch can connect to a base station (gateway or router), hub,
switch, or any other device that has available Ethernet ports. For
ideas about connecting the switch to your existing network, refer
to the diagram on the following page.
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After you set up the switch by using Option A, your network will
resemble this diagram:
Active Internet Connection
Broadband Modem
(DSL or Cable)
Base Station
(Gateway or Router)
5-Port Switch
Computers with
Installed Ethernet
Adapters
If you disconnect existing network wires for use in a different
location, be sure to consult the documentation for your existing
network device to determine the necessary cable type. Although
your 5-port switch supports connections to both straight-through
and crossover Ethernet cables, other devices on your network
might require a specific cable type.
Security Considerations for Option A
Because a switch provides no security features, it cannot make
your network secure. Other networking hardware and software
must provide the necessary security. When you plan your network
using Option A, make sure that all computers are behind a firewall
or that your broadband modem uses Network Address Translation
(NAT) technology to hide your computers from unauthorized access
over the Internet.
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Option B:
I want to share files or printers between two or more
computers that are not connected to the Internet.
Your 5-port switch can be used to connect two or more computers
in a local area network (LAN) that does not have Internet access.
By using this setup option, you can connect up to five computers
and share files and printers among them.
After you set up the switch by using Option B, your network will
resemble this diagram:
Computer
with Installed
Ethernet Adapter
5-Port Switch
Computers with
Installed Ethernet
Adapters
Security Considerations for Option B
Because the network configuration under this option has no
connection to external networks or the Internet, neither a firewall
nor Network Address Translation (NAT) software is required to
protect your network.
Chapter 2: Planning
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Option C:
My broadband modem has a firewall, and I want to use
the switch to add more computers to my network.
In this configuration, your 5-port switch is attached by Ethernet
cables to your broadband modem and to the computer that hosts
the modem. The switch then serves as a central connection point
for up to three additional computers. This option requires one
Ethernet cable to connect the switch to your computer and an
additional Ethernet cable for each additional computer.
If your Internet service provider (ISP) uses Dynamic IP (also called
DHCP) addressing, your modem must be able to provide IP
addresses for all computers to be connected to your network.
For more information, see your modem documentation.
After you set up the switch by using Option C, your network will
resemble this diagram:
Active Internet Connection
Broadband Modem
with Firewall or NAT
(DSL or Cable)
5-Port Switch
Computers with
Installed Ethernet
Adapters
Security Considerations for Option C
Because a switch provides no security features, it cannot make
your network secure. Your other networking hardware and software
must provide the necessary security. When you plan your network
under this setup option, you should make sure that your modem
contains a hardware firewall or uses Network Address Translation
(NAT) technology to hide your computers from unauthorized access
over the Internet. In this configuration, a broadband modem with
NAT enabled would provide partial protection. Software on each
computer, such as the Internet Connection Firewall for Windows XP,
can also provide security. Many routers or gateways, such as the
Microsoft Broadband Networking Base Station, provide firewall
protection and could be used between the switch and the
broadband modem to provide a higher level of security.
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Option D:
My computer runs firewall software and is directly
connected to my broadband modem.
This setup option allows you to add one or more computers to
a network that already has a computer equipped with Network
Address Translation (NAT) or firewall software. In this configuration,
the existing networked computer must have an available Ethernet
port for connecting the switch. To allow the additional networked
computers to access the Internet, the existing networked computer
must always be running and use Internet Connection Sharing
(ICS) software.
After you set up the switch by using Option D, your network will
resemble this diagram:
Active Internet Connection
Broadband Modem
(DSL or Cable)
Computer with
Firewall Software
5-Port Switch
Computers with
Installed Ethernet
Adapters
Security Considerations for Option D
When the first device connected to your broadband modem is
a computer instead of a base station (router or gateway), the
computer must provide the security necessary to protect the other
computers on your network. This computer should be running
firewall software, such as the Internet Connection Firewall included
in Windows XP.
Chapter 2: Planning 11
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You might also consider adding a Microsoft Broadband Networking
Base Station to your network. A base station offers several
advantages. It allows multiple computers to connect to the Internet
through a secure connection. It uses Network Address Translation
(NAT) software to hide your computer from unauthorized access
outside your network. Using a base station also allows you to turn
off any computer on your network without interfering with another
computer’s Internet access.
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setting up.
3
Installing and Connecting Your
5-Port Switch
This chapter will guide you through the process of connecting the
Microsoft® Broadband Networking 5-Port Switch. Your connection
process might vary, depending on the setup option you selected in
Chapter 2.
Step 1: Choose a Location for Your Switch
Use the following guidelines to choose a good position and
location for your switch.
Caution
To prevent major damage
that can result from a sudden
power outage, connect all
computer and electronic
O
All Ethernet ports should be easily accessible.
O
The status lights should be clearly visible.
O
The space on each side of the switch should be at least
equipment to a surge protector.
2 inches (5.08 cm) for proper air flow.
O
The Ethernet cables should not be adjacent to power lines or
other sources of electrical interference.
O
The power source should be connected to a surge protector.
Step 2: Connect the Switch to a Power Outlet
1. Plug the provided power adapter into the Power port on the
back of the switch.
2. Plug the power adapter into a surge protector or other protected
electrical outlet.
The green Power indicator on the front of your switch lights up,
indicating that the switch is receiving power.
Step 3: Connect Your Switch to the Network
1. Connect one end of an unattached Ethernet cable to an empty
Ethernet port on the 5-port switch.
2. Connect the other end of the Ethernet cable to the device to be
networked.
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3. Connect each remaining computer or device to the switch by
using a straight-through or crossover Ethernet cable.
After you have finished connecting your switch, your setup will
resemble the following illustration.
Computer
Note
Although it does not matter
which port you use to connect
network devices, you might
want to connect your switch to
port 1 for easy reconfiguration
and troubleshooting.
Switch
To Power Outlet
To Modem
Blue Ethernet Cable
Step 4: Test Your Switch
1. Turn on all computers that are connected to your switch.
2. Check the Link/Activity lights on the switch to verify that each
Ethernet cable is properly connected to the switch.
Each port on the switch that is connected to a computer using
an Ethernet cable has a green light. If the light is blinking, data
is traveling through that port and over the Ethernet cable.
What’s Next?
Your switch should now be fully connected and functioning as part
of your network. If you need to change your network configuration,
you can add or remove computers from your switch without
disconnecting the rest of your network.
To learn more about protecting your network from viruses and
hackers, see Chapter 4.
If you have any problems connecting to or using your network, see
the troubleshooting information in Chapter 5.
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security.
4
Securing Your Network
Protecting your data and programs from security threats, such as
computer viruses and hackers, is very important. This chapter
provides general information about steps you can take to protect
your network.
Protect Your Network from Computer Viruses
A switch will not provide security for your network, because it
simply passes data from one cable to another.
To avoid having a problem with viruses on your network, consider
the following suggestions:
O
Educate yourself about how viruses are commonly spread so
that you do not spread one yourself.
•
Do not load a program from an untrustworthy source on one
of your network computers. E-mail attachments from people
you don’t know or files from the Internet or online bulletin
boards are particularly risky.
•
•
Never open e-mail attachments that you are not expecting.
Scan all floppy disks before copying or opening files from
them, or before starting your computer from them.
O
O
Install an antivirus program on each computer on your network
and use it regularly to check your computers for viruses.
Remember to update the antivirus program on a regular basis.
Learn the common signs of viruses: unusual messages that
appear on your screen, decreased system performance, missing
data, and inability to access your hard drive. If you notice any of
these problems on your computer, run your antivirus software
immediately to minimize the chances of losing data.
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Protect Your Network from Hackers
If you have not already done so, consider purchasing the Microsoft®
Broadband Networking Wired Base Station to establish a security
layer between your network computers and the Internet. The
security mechanisms provided by the base station include a firewall
and Network Address Translation (NAT).
A firewall is a barrier that helps protect your network from outside
intruders. Like an actual firewall built to prevent fire from spreading
between adjoining buildings, computer firewalls help prevent the
spread of unauthorized communication between an individual
computer or group of networked computers and the Internet.
The firewall specifies what information can be communicated from
the computers on your network to the Internet, and from the
Internet to the computers on your network.
NAT hides the IP addresses of the computers on a network from
the Internet so that only the base station’s IP address is visible
on the Internet. Hiding these addresses provides another layer
of protection against hackers trying to access the computers on
your network.
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troubleshooting.
5
Diagnosing and Solving Problems
with Your 5-Port Switch
This chapter will help you solve installation and setup problems
with your Microsoft® Broadband Networking 5-Port Switch. The
following areas are covered:
O
Setup and Hardware Problems
Note
Checking the status of your
Internet connection, network,
and computer on every
computer on the network is
a quick way to determine
how large a problem is.
O
Network and Internet Problems
O
File and Printer Sharing Problems
If the problem you are experiencing is not covered in this chapter,
you can find more troubleshooting information on the Microsoft
Broadband Networking Web site at
Setup and Hardware Problems
This section will help you solve common setup and hardware-
related problems with your switch.
I’m having problems connecting my network hardware, or my
computer is not detecting the network connection.
O
Verify that the switch is plugged into a power source, and that
Note
For computers that are
running Microsoft Windows®
2000 or Windows XP, you
must be logged on as an
administrator to perform
software installations or change
network settings. If you do not
have administrative rights, see
Windows Help.
the power indicator light is green.
O
Check the Ethernet cables between the switch and each of the
computers, and check the Ethernet cable between the switch
and the modem.
When a cable has been correctly connected between your
switch and another network device, the green Link LED will go
on. If it does not, try a different cable or type of cable.
O
Check your modem documentation to verify that you are using
the proper type of Ethernet cable.
O
Make sure that all cables are securely fastened to the correct
ports and that all network adapters are properly seated in the
correct ports or slots.
When you insert an Ethernet cable into an Ethernet port, the
connector will make an audible click as it snaps into place. If
the cable does not snap into place, the connector might be
damaged.
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Network and Internet Problems
This section will help you solve common installation and setup
problems as you integrate the switch with a new or existing network.
My computers recognize my network, but it is not working
correctly.
O
Verify that you have the correct network settings.
Incorrect network settings will prevent networked computers
from communicating properly. For example, a computer might
try to detect a network by using the wrong name or by using a
different communication protocol than that of all of the other
computers on the network.
You can view and modify network settings by clicking Network
in the Windows Control Panel. For more information about
determining or verifying network settings, see Windows Help.
My network is slow.
O
Try decreasing the number of computers that are simultaneously
accessing your network.
Your network has a limited amount of bandwidth for transmitting
data. As more computers access your network at the same time,
the bandwidth must be split up between all computers. By
reducing the number of computers accessing your network, you
can increase the bandwidth available to each computer.
You might find that you need more bandwidth to use all of your
computers on the network. If your connection is still too slow,
contact your Internet service provider (ISP) to verify that there
are no problems with your connection or to inquire about
upgrading to a faster connection.
My computer can’t find my workgroup.
O
Check the name of the workgroup in network settings on
another computer in the workgroup.
The workgroup name is on the Advanced Network Settings page,
which you can access from the Customize Your Network page in
the Broadband Network Utility.
If your computer can’t find your workgroup, it might be looking
for the workgroup with the wrong name or you might be logged
on to a domain. You cannot be logged on to a domain and a
workgroup at the same time.
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My existing network used to work, but now it doesn’t.
O
Check the existing network installation to verify that all cables
are still attached and all link/activity lights on the other network
devices read correctly.
O
Verify that the network settings on all of the computers are
correct.
My newly networked computer sees my network but can’t find
the Internet.
O
Check the Internet settings on another computer in the network.
If your computer can’t access the Internet, it might be looking
for the wrong IP address or trying to use the wrong Internet
protocol. Although the IP address might have been correct on
this computer previously, if you changed Internet service
providers (ISP) or reconfigured your network, then all of the IP
addresses in your network could have changed as well. See the
documentation that you received from your ISP for the correct
IP addresses and protocols.
O
Make sure the computer has been correctly configured to work
with your ISP’s connection settings. Compare the settings of a
computer on the existing network with those of the new
computer being added. Verify that both computers are
attempting to connect to the Internet in the same way. For
example, if your ISP uses a Dynamic IP (DHCP) connection,
make sure all computers on your network are set to DHCP in the
Network section of the Windows Control Panel. For more
information, search for Network or DHCP in Windows Help.
File and Printer Sharing Problems
This section will help you solve common problems with sharing files
and printers on your network.
To learn how to add or share files and printers over your network,
see Windows Help.
I cannot access shared files over my network.
If you want to share files between computers on your network, all
computers must belong to the same workgroup. Check the
workgroup names on each computer by using the following
instructions.
Windows XP:
1. Click Start, and then click Control Panel.
2. Double-click System, and then click the Computer Name tab.
Chapter 5: Troubleshooting 19
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Windows 2000:
1. Click Start, point to Settings, and then click Control Panel.
2. Double-click System.
3. Click the Network Identification tab.
Windows 98, Windows 98 SE, and Windows Me:
1. Click Start, point to Settings, and then click Control Panel.
2. Double-click Network, and then click the Identification tab.
If you need to change your workgroup name on a computer, click
Change, and then type the correct workgroup name. After
restarting your computer and joining the new workgroup, try
sharing or accessing shared files again.
My printer is connected directly to my computer and is not being
recognized by other computers on my network.
O
Check to make sure that the printer is turned on.
O
Verify that the cable connecting the printer and the computer is
securely attached.
O
Try printing by using the self-test feature built into your printer.
Each printer’s self-test feature is slightly different. See your
printer documentation for specific instructions.
If the printer self-test does not work, see your printer
troubleshooting documentation for more information.
If the printer self-test works correctly, the problem might be with
your network connection or with your printer drivers.
O
Check to make sure all computers on the network have the
proper printer driver installed.
You can install the printer driver by opening the Printers page
in the Control Panel. If Windows prompts you for a driver disk,
use the driver disk that came with your printer. For more
information about configuring your printer, see Windows Help.
O
Verify that all network cables between the computers and the
printer are securely connected.
You can check to see if the network is recognizing the
connection of a cable by inspecting the link lights associated
with the Ethernet ports on your hardware. When the cable is
connected successfully, the link light should be illuminated.
If one of your network cables is connected to a network port that
does not have an illuminated link light, there might be a problem
with the cable itself. Try using a different Ethernet cable to make
the connection.
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My printer is connected directly to my network, and I cannot
access the printer from the computers on my network.
O
Check to make sure that the printer is turned on.
O
Verify that all network cables between the computers and the
printer are securely connected.
You can check to see if the network recognizes the connection
by inspecting the link lights associated with the Ethernet ports
on your hardware. When the cable is connected successfully,
the link light should be illuminated.
If one of your network cables is connected to a network port
that does not have an illuminated link light, there may be a
problem with the Ethernet port or the cable itself. Try using a
different Ethernet cable to make the connection.
O
Try printing by using the self-test feature built into your printer.
Each printer’s self-test feature is slightly different. See your
printer documentation for specific instructions.
If the printer self-test does not work, see your printer
troubleshooting documentation for more information.
If the printer self-test works correctly, the problem might be with
your network connection or with your printer drivers.
O
Check to make sure all computers on the network have the
proper printer driver installed.
You can install the printer driver by opening the Printers page in
the Control Panel. If Windows prompts you for a driver disk, use
the driver that came with your printer. For more information
about configuring your printer, see Windows Help.
My networked printer is visible on the network, but it does
not print.
O
Try resetting the printer. See your printer documentation for
instructions.
O
If you are troubleshooting a printer that is connected directly to
the network, try printing a test page by using the printer’s
diagnostic features. If the test page prints correctly, the problem
might be in the network or the printer networking settings.
O
Check the program from which you are trying to print to ensure
that printing is enabled and the correct printer is selected.
Chapter 5: Troubleshooting 21
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reference.
Getting Help
Visit Us on the Web
Please visit our Web site at
Technical Support
Product Name:
Microsoft® Broadband Networking 5-Port Switch
Support Information Online:
Online Support:
Work with a Microsoft Support Professional over the Internet.
Submit your issue online:
Phone Support:
Toll-free support for U.S. customers: (800) 936-3900. For
customers in Canada: (800) 668-7975. These numbers are only
for support of Microsoft Broadband Networking products. Please
do not use these phone numbers for support of other Microsoft
products.
TTY Users:
Microsoft text telephone (TTY/TDD) services are available at
(425) 635-4948 in Washington state or (800) 892-5234
elsewhere in the United States. Call (905) 568-9641 in Canada.
Worldwide:
The support terms listed here are available in the United States
and Canada only.
Support outside the United States and Canada may vary.
For regional contact details, please visit
Conditions:
Microsoft’s support services are subject to then-current prices,
terms, and conditions, which are subject to change without notice.
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Regulatory Information
United States Radio and TV Interference Regulations
This device complies with Part 15 of the U.S. Federal Communications Commission (FCC) rules. Operation is subject to the
following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference
received, including interference that may cause undesired operation.
The Microsoft hardware device(s) that accompanies this software can radiate radio frequency (RF) energy. If not installed
and used in strict accordance with the instructions given in the printed documentation and software Help file, the device may
cause harmful interference with other radio-communications devices (for example AM/FM radios, televisions, baby monitors,
cordless phones, etc.). Any cable that is connected to the device must be a shielded cable that is properly grounded. There
is, however, no guarantee that RF interference will not occur in a particular installation.
Your Microsoft hardware device has been tested, and it complies with the limits for a Class B digital device in accordance
with the specifications in Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against
harmful RF interference in a residential installation.
To determine if your hardware device is causing interference to other radio-communications devices, disconnect the device
from your computer. If the interference stops, it was probably caused by the device. If the interference continues after you
disconnect the hardware device, turn the computer off and then on again. If the interference stopped when the computer
was off, check to see if one of the input/output (I/O) devices or one of the computer’s internal accessory boards is causing
the problem. Disconnect the I/O devices one at a time and see if the interference stops.
If this hardware device does cause interference, try the following measures to correct it:
•
Relocate the antenna of the other radio-communications device (for example AM/FM Radios, televisions, baby
monitors, cordless phones, etc.) until the interference stops.
•
•
Move the hardware device farther away from the radio or TV, or move it to one side or the other of the radio or TV.
Plug the computer into a different power outlet so that the hardware device and radio or TV are on different circuits
controlled by different circuit breakers or fuses.
•
If necessary, ask your computer dealer or an experienced radio-TV technician for more suggestions. You may find
helpful information in the booklet “The Interference Handbook” (1995), published by the FCC. The booklet is available
Note
Any changes or modifications not expressly approved by Microsoft could void the user’s authority to operate this device.
For use with UL Listed and GS approved personal computers.
Not intended for use in machinery or industrial applications.
Tested to comply with FCC standards. For home and office use. Model Number: MN-100, MN-110, MN-120, MN-130, MN-
150, MN-500, MN-510, MN-520.
Microsoft Corporation
One Microsoft Way
Redmond, WA 98052-6399.
(800) 426-9400 (United States)
(800) 933-4750 (Canada)
Canadian Radiocommunication Regulations
This Class B digital apparatus complies with Canadian ICES-003.
Cet appareil numérique de la classe B est conforme à la norme NMB-003 du Canada.
24 Microsoft Broadband Networking 5-Port Switch User’s Guide
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Limited Warranty
PLEASE READ THIS MANUFACTURER’S GUARANTEE CAREFULLY TO UNDERSTAND YOUR RIGHTS AND OBLIGATIONS
MANUFACTURER’S GUARANTEE AND LIMITATION OF LIABILITY
NOTE: The following guarantee is not restricted to any territory and does not affect any statutory rights that you
may have.
The term “Hardware Device” means the enclosed Microsoft Hardware Device. This Manufacturer’s Guarantee does
not cover your data, or any separate software, whether or not packaged or included with the Hardware Device.
MICROSOFT GUARANTEE. Microsoft guarantees (this “Guarantee”) that on the day you receive the Hardware Device and
for the next two (2) years thereafter (a) the Hardware Device will be substantially free from defects in materials and
workmanship, and (b) any support services provided by Microsoft will be substantially as described in applicable written
materials provided to you by Microsoft, and Microsoft support engineers will use reasonable efforts, care and skill to solve
any problem issues. In the event that the Hardware Device fails to comply with this Guarantee, Microsoft shall either, at
Microsoft’s option, (a) repair or replace the Hardware Device or (b) return the price you paid for the Hardware Device (if any),
provided that you return the Hardware Device to Microsoft with a copy of your receipt of purchase. You may exercise this
remedy without charge, except that you are responsible for any expenses you may incur. This Guarantee is void if failure of
the Hardware Device results from any accident, abuse or misapplication. Any replacement Hardware Device shall be
guaranteed for the remainder of the original Guarantee period or thirty (30) days, whichever is longer. Microsoft shall not
be liable for any loss or damage that you could have reasonably avoided, for example, by backing up your software and
files regularly.
EXCLUSION OF ALL OTHER TERMS. YOU AGREE THAT THIS GUARANTEE IS YOUR SOLE GUARANTEE IN RELATION TO THE
HARDWARE DEVICE AND ANY SUPPORT SERVICES. MICROSOFT AND ITS SUPPLIERS MAKE NO OTHER GUARANTEES OR
WARRANTIES WITH RESPECT TO THE HARDWARE DEVICE, THE SUPPORT SERVICES AND ANY PRODUCT MANUAL(S) OR
OTHER WRITTEN MATERIALS THAT ACCOMPANY THE HARDWARE DEVICE. TO THE MAXIMUM EXTENT PERMITTED BY
APPLICABLE LAW AND SUBJECT TO THIS GUARANTEE, MICROSOFT AND ITS SUPPLIERS DISCLAIM ALL WARRANTIES,
CONDITIONS AND OTHER TERMS, EITHER EXPRESS OR IMPLIED (WHETHER BY STATUTE, COMMON LAW, COLLATERALLY
OR OTHERWISE), INCLUDING BUT NOT LIMITED TO ANY (IF ANY) IMPLIED WARRANTIES OR CONDITIONS OF
MERCHANTABILITY, SATISFACTORY QUALITY AND FITNESS FOR PARTICULAR PURPOSE, LACK OF VIRUSES, LACK OF
NEGLIGENCE, LACK OF WORKMANLIKE EFFORT, TITLE, AUTHORITY, OR NONINFRINGEMENT WITH RESPECT TO THE
HARDWARE DEVICE, THE SUPPORT SERVICES AND THE PRODUCT MANUAL(S) OR OTHER WRITTEN MATERIALS THAT
ACCOMPANY THE HARDWARE DEVICE. ANY IMPLIED WARRANTIES THAT ARE NOT DEEMED EXCLUDED ARE LIMITED TO
THE ORIGINAL GUARANTEE PERIOD OR TO THE SHORTEST PERIOD PERMITTED BY APPLICABLE LAW, WHICHEVER IS
GREATER.
LIMITATION OF LIABILITY. TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW AND EXCEPT AS PROVIDED IN
THIS GUARANTEE, MICROSOFT AND ITS SUPPLIERS SHALL NOT BE LIABLE FOR ANY DAMAGES WHATSOEVER
(INCLUDING WITHOUT LIMITATION, SPECIAL, INCIDENTAL, INDIRECT OR CONSEQUENTIAL DAMAGES, DAMAGES FOR
LOSS OF BUSINESS PROFITS, BUSINESS INTERRUPTION, LOSS OF BUSINESS INFORMATION OR OTHER PECUNIARY
LOSS, FOR PERSONAL INJURY OR FOR FAILURE TO MEET ANY DUTY INCLUDING GOOD FAITH OR REASONABLE CARE,
OR FOR NEGLIGENCE) ARISING OUT OF THE USE OR INABILITY TO USE THE HARDWARE DEVICE, EVEN IF MICROSOFT
HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. IN ANY CASE MICROSOFT’S ENTIRE LIABILITY UNDER
ANY PROVISION OF THIS AGREEMENT SHALL BE LIMITED TO THE AMOUNT ACTUALLY PAID BY YOU FOR THE HARDWARE
DEVICE. THESE LIMITATIONS DO NOT APPLY TO ANY LIABILITIES THAT CANNOT BE EXCLUDED OR LIMITED BY
APPLICABLE LAWS. THE FOREGOING LIMITATIONS, EXCLUSIONS AND DISCLAIMERS SHALL APPLY TO THE MAXIMUM
EXTENT PERMITTED BY APPLICABLE LAW, EVEN IF ANY REMEDY FAILS ITS ESSENTIAL PURPOSE.
REGISTRATION. You need not return the registration card for this Guarantee to be effective.
BENEFICIARY. To the extent allowed by applicable law, this Guarantee is only made to you, the first user of the Hardware
Device, and there are no third party beneficiaries of this Guarantee. It is not intended for and does not apply to anyone else
(except as required by law).
GOVERNING LAW. If you acquired the Hardware Device in the United States of America, the laws of the State of Washington,
U.S.A., apply to this agreement. If you acquired this Hardware Device in the European Union, Iceland, Norway or Switzerland
then local laws apply. If you acquired this product in Canada, except where expressly prohibited by local laws, the laws in
force in the Province of Ontario, Canada apply to this agreement and each of the parties hereto irrevocably attorns to the
jurisdiction of the courts of the Province of Ontario and further agrees to commence any litigation which may arise hereunder
in the courts located in the Judicial District of York, Province of Ontario.
If you acquired this Hardware Device outside of the countries listed above, then local laws may apply.
QUESTIONS. Should you have any questions concerning this agreement, or if you desire to contact Microsoft for any reason,
please use the address information enclosed in this Hardware Device to contact the Microsoft subsidiary serving your
Reference 25
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Limited Warranty Continued
VEUILLEZ VOUS ASSURER QU’APRÈS UNE LECTURE ATTENTIVE VOUS AYEZ BIEN COMPRIS L’ENSEMBLE DES DROITS
ET LIMITATIONS EXPOSÉES DANS CETTE GARANTIE DU FABRICANT
GARANTIE ET EXCLUSION DE RESPONSABILITÉ DU FABRICANT
REMARQUE : La garantie ci-dessous n’est pas limitée à un territoire particulier, et n’influence en aucune manière les
droits légaux dont vous disposez.
« Dispositif matériel » désigne le dispositif matériel Microsoft ci-inclus. Cette Garantie du Fabricant ne s’applique pas à
vos données ou aux logiciels séparés, qu’ils soient ou non emballés ou inclus avec le Dispositif matériel.
GARANTIE MICROSOFT. Microsoft garantit (la « Garantie ») que pour une période de 2 ans à compter de la date de
réception : (a) le Dispositif matériel sera, pour l’essentiel, exempt de vices matériels et de fabrication ; et (b) tout service
d’assistance fourni par Microsoft sera, pour l’essentiel, conforme à la documentation imprimée applicable fournie par
Microsoft, et les ingénieurs du service technique de Microsoft feront des efforts raisonnables pour résoudre toute difficulté
technique. Dans l’éventualité où le Dispositif matériel manque d’être conforme aux stipulations de la présente Garantie,
Microsoft pourra, au choix de Microsoft, (a) réparer ou remplacer le Dispositif matériel ; ou (b) rembourser le prix que vous
avez payé pour le Dispositif matériel (le cas échéant), à condition que le Dispositif matériel soit retourné à Microsoft avec
une copie de votre reçu. Vous êtes libre d’exercer ce recours sans frais, à l’exception que vous êtes seul responsable des
dépenses que vous encourrez. Cette Garantie est nulle si le défaut du Dispositif matériel est causé par un accident, un
traitement abusif ou une mauvaise application. Tout Dispositif matériel de remplacement sera garanti pour le reste de la
période de garantie initiale ou pour trente (30) jours, selon la plus longue de ces périodes. Microsoft n’est en aucun cas
responsable des pertes et dommages que vous auriez pu raisonnablement éviter en sauvegardant régulièrement vos
logiciels et vos données, par exemple.
EXCLUSION DE TOUTES AUTRES CONDITIONS. VOUS RECONNAISSEZ QUE LA GARANTIE CI-DESSUS EST VOTRE SEUL
RECOURS EN CE QUI CONCERNE LE DISPOSITIF MATÉRIEL ET LES SERVICES D’ASSISTANCE. MICROSOFT ET SES
FOURNISSEURS NE FONT AUCUNE AUTRE GARANTIE QUANT AU DISPOSITIF MATÉRIEL, AUX SERVICES D’ASSISTANCE ET
AUX MANUELS DE PRODUIT OU TOUTE AUTRE DOCUMENTATION IMPRIMÉE ACCOMPAGNANT LE DISPOSITIF MATÉRIEL.
DANS TOUTE LA MESURE PERMISE PAR LA RÉGLEMENTATION APPLICABLE ET CONFORMÉMENT À LA GARANTIE,
MICROSOFT ET SES FOURNISSEURS EXCLUENT TOUTE GARANTIE ET AUTRES CONDITIONS, EXPRESSES OU IMPLICITES
(PAR JURISPRUDENCE, DROIT COUTUMIER, SECONDAIRE OU AUTRE), Y COMPRIS, DE MANIÈRE NON LIMITATIVE, TOUTE
GARANTIE IMPLICITE DE QUALITÉ, D’ADÉQUATION À UN USAGE PARTICULIER, D’ABSENCE DE VIRUS, DE NÉGLIGENCE ET
DE DÉFAUT DE FABRICATION, DE TITRE, D’AUTORITÉ OU D’ABSENCE DE CONTREFAÇON EN CE QUI CONCERNE LE
DISPOSITIF MATÉRIEL, LES SERVICES D’ASSISTANCE, LES MANUELS DE PRODUIT ET AUTRES DOCUMENTS IMPRIMÉS
ACCOMPAGNANT LE DISPOSITIF MATÉRIEL. TOUTE GARANTIE IMPLICITE QUI N’EST PAS EXCLUE EST LIMITÉE À LA
PÉRIODE DE GARANTIE D’ORIGINE OU À LA PLUS COURTE PÉRIODE PERMISE PAR LA RÉGLEMENTATION APPLICABLE,
SI CELLE-CI EST PLUS LONGUE.
EXCLUSION DE RESPONSABILITÉ. DANS TOUTE LA MESURE PERMISE PAR LA RÉGLEMENTATION APPLICABLE ET SAUF
STIPULATION CONTRAIRE DANS CETTE GARANTIE, MICROSOFT OU SES FOURNISSEURS NE POURRONT EN AUCUN CAS
ÊTRE TENUS RESPONSABLES DE TOUT DOMMAGE DE QUELQUE NATURE QUE CE SOIT (NOTAMMENT ET DE MANIÈRE
NON LIMITATIVE LES DOMMAGES SPÉCIAUX, ACCESSOIRES, INCIDENTS OU INDIRECTS POUR PERTES DE BÉNÉFICES,
INTERRUPTIONS D’ACTIVITÉ, PERTES D’INFORMATIONS OU AUTRES PERTES PÉCUNIAIRES, POUR PRÉJUDICES
CORPORELS OU MANQUEMENT À TOUTE OBLIGATION (NOTAMMENT L’OBLIGATION DE BONNE FOI ET DE DILIGENCE), OU
POUR DES ACTES DE NÉGLIGENCE, RÉSULTANT DE L’UTILISATION OU DE L’IMPOSSIBILITÉ D’UTILISER LE DISPOSITIF
MATÉRIEL, MÊME SI MICROSOFT OU UN QUELCONQUE FOURNISSEUR A ÉTÉ PRÉVENU DE L’ÉVENTUALITÉ DE TELS
DOMMAGES. EN TOUT ÉTAT DE CAUSE, LA RESPONSABILITÉ TOTALE DE MICROSOFT AU TITRE DE TOUTE STIPULATION
DU PRÉSENT CONTRAT NE SAURAIT EXCÉDER LE MONTANT QUE VOUS AVEZ EFFECTIVEMENT PAYÉ POUR LE DISPOSITIF
MATÉRIEL. CES LIMITATIONS NE S’APPLIQUENT À AUCUNE OBLIGATION QUI NE PEUT ÊTRE EXCLUSE OU LIMITÉE PAR
LES LOIS EN VIGUEUR. LES PRÉSENTES LIMITATIONS ET EXCLUSIONS DEMEURERONT APPLICABLES DANS TOUTE LA
MESURE PERMISE PAR LA RÉGLEMENTATION EN VIGUEUR, QUAND BIEN MÊME UN QUELCONQUE RECOURS NE
PRODUIRAIT PAS D’EFFET.
ENREGISTREMENT. Il n’est pas nécessaire de renvoyer la carte d’enregistrement pour faire valoir la présente Garantie.
BÉNÉFICIAIRE. Dans la mesure permise par la réglementation applicable, la présente Garantie s’applique uniquement à
vous, le premier utilisateur du Dispositif matériel, et aucun tiers ne peut devenir le bénéficiaire de cette Garantie. La
Garantie n’est pas destinée et ne s’applique pas à d’autres personnes que vous (à moins que cela ne soit requis par la loi).
DROIT APPLICABLE. Si vous avez acquis le Dispositif matériel aux États-Unis, ce CLUF est régi par les lois de l’État de
Washington, États-Unis d’Amérique. Si le Dispositif matériel a été acquis en Union Européenne, en Islande, en Norvège ou en
Suisse, le droit local pourra, le cas échéant, s’appliquer. Si vous avez acquis le Dispositif matériel au Canada, les lois en
vigueur de la province d’Ontario, Canada, s’appliqueront à ce contrat et chacune des parties aux présentes accepte les
tribunaux de la province d’Ontario, et accepte d’entamer tout litige lié aux présentes dans les tribunaux situés dans le
District juridique de York, province d’Ontario.
Si vous avez acquis le Dispositif matériel en dehors des pays énoncés ci-dessus, le droit local pourra, le cas échéant, s’appliquer.
QUESTIONS. Pour toute question relative à ce contrat, ou si vous souhaitez contacter Microsoft pour toute autre raison,
veuillez vous reporter à l’adresse fournie dans la documentation accompagnant ce Dispositif matériel pour contacter la
26 Microsoft Broadband Networking 5-Port Switch User’s Guide
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Technical Specifications
5-Port Switch
Standards
IEEE 802.3 Ethernet;
IEEE 802.3u Fast Ethernet;
Network Interface
Five 10/100 Mbps switched Ethernet/IEEE 802.3 ports;
RJ-45 connectors;
10BASE-T: Cat 3 UTP cable or better;
100BASE-TX: Cat 5 UTP cable or better;
10/100 Mbps auto negotiation;
Full-duplex support;
Auto-crossover cable adaptation
Data rate
Indicators
10 and 100 Mbps, full- and half-duplex
Power: Power LED
Link/Act: Five Link/Activity LEDs (one per port)
Speed: Five Speed LEDs (one per port), indicate 10 or 100 Mbps
FDX: Five Full-Duplex LEDs (one per port)
Power
3.8V @ 0.8A (Power adapter 3.8V DC @ 1A)
0 to 40 °C
Operating Temperature
Storage Temperature
Humidity
-25 to 60 °C
10 to 95 percent non-condensing
FCC Part 15 Class B compliant; Canada ICES-003
UL 60950 / CSA-C22.2 No 60950
1.2” x 5.3” x 3.7” (30.5 x 134.6 x 94 mm)
6 oz (170.3g) without power adapter
Emissions
Safety
Physical Dimensions
Weight
System Requirements
To use the Microsoft Broadband Networking Ethernet 5-Port Switch:
O
Computer with 10 Mbps Ethernet or 100 Mbps Fast Ethernet network adapter
O
120V AC power outlet
Reference 27
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glossary.
This glossary contains common terms for wired and wireless
networking.
100Base-T
10Base-T
Also known as “Fast Ethernet,” an Ethernet cable standard with a
data transfer rate of up to 100 Mbps.
An older Ethernet cable standard with a data transfer rate of up to
10 Mbps.
802.11, 802.11b
A family of IEEE-defined specifications for wireless networks.
Includes the 802.11b standard, which supports high-speed (up to
11 Mbps) wireless data transmission. Microsoft® Broadband
Networking wireless products comply with the 802.11b standard.
802.3
The IEEE-defined specification that describes the characteristics of
Ethernet connections.
access point
See wireless access point.
ad hoc network
A solely wireless computer-to-computer network. Unlike an
infrastructure network, an ad hoc network does not include a
central base station, router, or gateway.
adapter
See network adapter.
base station
A device (also known as a router or gateway) that acts as a central
point for networked devices, receives transmitted messages, and
forwards them. Microsoft Broadband Networking base stations can
link many computers on a single network, and can share a secure
Internet connection with wired and wireless devices.
broadband connection
broadband modem
A high-speed connection, typically 256 Kbps or faster. Broadband
services include cable modems and DSL.
A device that enables a broadband connection to access the
Internet. The two most common types of broadband modems are
cable modems, which rely upon cable television infrastructure, and
DSL modems, which rely upon telephone lines operating at DSL
speeds.
cable modem
CAT 5 cable
See broadband modem.
Abbreviation for “Category 5 cable.” A type of Ethernet cable that
has a maximum data rate of 100 Mbps.
client
Any computer or program that connects to, or requests the
services of, another computer or program on a network. For a local
area network or the Internet, a client is a computer that uses
shared network resources provided by a server.
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client/server network
computer name
A network of two or more computers that rely upon a central server
to mediate the connections or provide additional system
resources. This dependence upon a server differentiates a client/
server network from a peer-to-peer network.
A name that uniquely identifies a computer on the network so that
all its shared resources can be accessed by other computers on
the network. One computer’s name cannot be the same as any
other computer or domain name on the network.
crossover cable
DHCP
See Ethernet cable.
Acronym for “Dynamic Host Configuration Protocol.” A TCP/IP
protocol that automatically assigns temporary IP addresses to
computers on a local area network. Microsoft Broadband
Networking base stations support the use of DHCP which,
combined with ICS, allows you to share one Internet connection
with multiple computers on a network.
dial-up connection
An Internet connection of limited duration that uses a public
telephone network rather than a dedicated circuit or some other
type of private network. The Microsoft Broadband Networking
hardware does not support the use of a dial-up connection to the
Internet.
DNS
Acronym for “Domain Name System.” A data query service chiefly
used on the Internet for translating host names into Internet
addresses. The DNS database maps DNS domain names to IP
addresses, so that users can locate computers and services
through user-friendly names.
domain
In a networked computer environment, a collection of computers
that share a common domain database and security policy. A
domain is administered as a unit with common rules and
procedures, and each domain has a unique name.
driver
DSL
Within a networking context, mediates communication between a
computer and a network adapter installed on that computer.
Acronym for “Digital Subscriber Line.” A constant, high-speed
digital connection to the Internet that uses standard copper
telephone wires.
DSL modem
duplex
See broadband modem.
A mode of connection; full-duplex transmission allows for the
simultaneous transfer of information between the sender and the
receiver. Half-duplex transmission allows for the transfer of
information in only one direction at a time.
dynamic IP address
The IP address assigned (using the DHCP protocol) to a device that
requires it. A dynamic IP address can also be assigned to a router
by an ISP.
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encryption
The process of encoding data to prevent unauthorized access,
especially during transmission. Microsoft wireless hardware relies
upon encryption to ensure that data transmissions cannot be
accessed by users outside the network. Also see WEP.
Ethernet
Ethernet cable
firewall
A networking standard that uses cables to provide network access.
A type of cable that facilitates network communications.
A security system that protects a network from external threats,
such as hacker attacks, originating outside the network. A
hardware firewall is a connection routing device with specific data-
checking settings, that protects all of the devices connected to it.
The Microsoft Broadband Networking Base Station includes a
hardware firewall. A software firewall resides on a single computer,
protecting that computer from external threats. See Microsoft
Windows® XP Help for more information about the Internet
Connection software firewall.
firmware
gateway
Software information stored in non-volatile memory on a device.
See base station.
gateway address
The IP address used when making a connection outside your
immediate network.
host name
hub
The DNS name of a device on a network, used to simplify the
process of locating computers on a network.
A device with multiple ports that serves as a central connection
point for communication lines from all devices on a network. When
data arrives at one port, it is copied to the other ports.
ICS
Acronym for “Internet Connection Sharing.” A software feature in
Microsoft Windows that allows computers on a network to access
online services through a single Internet connection. Microsoft
Broadband Networking hardware replaces software ICS.
infrastructure network
A network configuration in which wireless devices connect to an
existing network.
Internet domain
IP address
See domain.
Acronym for “Internet Protocol” address. IP is the protocol within
TCP/IP that is used to send data between computers over the
Internet. An IP address is an assigned number used to identify a
computer that is connected to a network through TCP/IP. An IP
address consists of four numbers (each of which can be no greater
than 255) separated by periods, such as 192.168.1.1.
ISP
Acronym for “Internet Service Provider.” A company that provides
individuals or companies access to the Internet.
Glossary 31
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LAN
MAC address
Mbps
Acronym for “local area network.” A group of computers and other
devices dispersed over a relatively limited area (for example, a
building) and connected by a communications link that enables
any device to interact with any other on the network.
Acronym for “media access control” address. The address that is
used for communication between network adapters on the same
subnet. Each network adapter is manufactured with its own unique
MAC address.
Abbreviation of “megabits per second.” A unit of bandwidth
measurement that defines the speed at which information can be
transferred through a network or Ethernet cable. One megabyte is
roughly equivalent to eight megabits.
modem
NAT
A device that facilitates the transmission and reception of
information between computers.
Acronym for “network address translation.” The process of
converting between IP addresses used within a private network
and Internet IP addresses. NAT enables all of the computers on a
network to share one IP address. The Microsoft Broadband
Networking Base Station supports NAT, which provides an extra
layer of network security by masking the actual IP addresses of the
computers using a base station.
network
A collection of two or more computers that are connected to each
other through wired or wireless means. These computers can share
access to the Internet and the use of files, printers, and other
equipment.
network adapter
Also known as a “network interface card” (NIC). An expansion card
or other device used to provide network access to a computer,
printer, or other device.
PC Card
A peripheral that adds memory, mass storage, modem capability,
or other networking services to portable computers.
peer-to-peer network
Also known as a computer-to-computer network. A network of two
or more computers that communicate without using a central
server. This lack of reliance upon a server differentiates a peer-to-
peer network from a client/server network.
Plug and Play
port
A set of specifications that allows a computer to automatically
detect and configure various peripheral devices, such as monitors,
modems, and printers.
A physical connection through which data is transferred between a
computer and other devices (such as a printer, monitor, or
modem), a network, or another computer. Also, a software channel
for network communications.
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PPPoE
Acronym for “Point-to-Point Protocol over Ethernet.” A specification
for connecting users on an Ethernet network to the Internet by
using a broadband connection (typically through a DSL modem).
Microsoft Broadband Networking hardware supports PPPoE for
connections that require it.
protocol
A set of rules that computers use to communicate with each other
over a network.
RJ-11 connector
An attachment used to join a telephone line to a device such as a
modem.
RJ-45 connector
router
An attachment found on the ends of all Ethernet cables.
See base station.
server
A computer that provides shared resources, such as storage space
or processing power, to network users.
shared folder
shared printer
sharing
A folder on a computer that has been made available for other
people to use on a network.
A printer connected to a computer that has been made available
for other people to use on a network.
To make the resources associated with one computer available to
users of other computers on a network.
SSID
Acronym for “Service Set Identifier,” also known as a “wireless
network name.” An SSID value uniquely identifies your network and
is case sensitive.
static IP address
straight-through cable
subnet
A permanent Internet address of a computer (assigned by an ISP).
See Ethernet cable.
A distinct network that forms part of a larger computer network.
Subnets are connected through routers and can use a shared
network address to connect to the Internet.
subnet mask
switch
Determines whether two computers on a network can
communicate with each other directly. Similar in form to an IP
address and typically provided by an ISP. An example of a subnet
mask value is 255.255.0.0.
A central device that functions similarly to a hub, forwarding
packets to specific ports rather than broadcasting every packet to
every port. A switch is more efficient when used within a high
volume network.
TCP/IP
Acronym for “Transmission Control Protocol/Internet Protocol.” A
networking protocol that allows computers to communicate across
interconnected networks and the Internet. Every computer on the
Internet communicates using TCP/IP.
Glossary 33
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USB
Acronym for “universal serial bus.” A hardware standard for easily
connecting peripherals to a computer system.
USB adapter
A device that connects to a USB port; the Microsoft Broadband
Networking Wireless USB Adapter is a type of USB adapter.
USB connector
USB port
The end of the USB cable that is plugged into a USB port.
A rectangular slot in a computer into which a USB connector is
inserted.
WAN
WEP
Acronym for “wide area network.” A geographically widespread
network that might include many linked local area networks
(LANs).
Acronym for “Wired Equivalent Privacy,” also known as “Wireless
Security.” A wireless network encryption mechanism that protects
data transmitted over wireless networks. If you are operating a
wireless network, it is strongly recommended that you enable WEP.
Wi-Fi
A commonly used term to mean the wireless 802.11b standard.
wireless access point
A device that exchanges data between wireless computers and
wired computers on a network.
wireless network name
WLAN
See SSID.
Acronym for “wireless local area network.” A network that
exclusively relies upon wireless technology for the device
connections.
workgroup
A group of users working on a common project and sharing
computer files, typically over a LAN. A user who has a home
network that is not being controlled by a domain controller can be
a member of a workgroup.
34 Microsoft Broadband Networking 5-Port Switch User’s Guide
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My Network Settings
Use this page to record your network settings.
Workgroup or domain name:
Base station password (if applicable):
Wide Area Network (WAN) Settings
Complete this section only if your network has a base station (gateway or router). You can
obtain this information from your Internet service provider (ISP). Your ISP might not require
all of the settings listed below.
Dynamic IP (DHCP) Settings
Complete this section only if your ISP uses a DHCP connection.
Host name (optional):
Adapter MAC address (optional):
Static IP Address Settings
Complete this section only if your ISP has assigned you a specific IP address.
Static IP address:
Subnet mask:
IP gateway address:
Primary DNS server:
Secondary DNS server:
PPPoE Settings
Complete this section only if your ISP uses PPPoE with your DSL connection.
User name:
Password:
Service name (optional):
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