If any of the above items are damaged or missing, please contact your dealer immediately.
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2.Hardware Installation
Physical Details
Rear Panel
INIT Button
LAN Cable
Selection Switch
LAN Connection
Power Input
INIT Button “INIT” mean “Initiation”. While pressing the button, the adapter will
reboot and reset current settings to factory default settings. The left
indicator “DIAG” on adapter will be off and then begin blinking.
Then this initiation action will be completed when the indicator
“ DIAG” is always green instead of blinking.
LAN Cable
Selection Switch
Crossover: the RJ-45 port Tx and Rx lines are
X
reversed. Use this setting when you use the supplied
straight cable connected to PC. It is also the factory
default setting.
II
Straight: the RJ-45 port Tx and Rx lines are normal.
Use this setting when you have the supplied straight
cable connected to Hub/switch
Power Input Only use the power adapter supplied with the Ethernet adapter
LAN Connection Use standard Ethernet cable (RJ-45 connector) to connect your
PC, hub/switch or broadband router/modem to this port.
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LED Indications
Wireless
Ethernet
LED Color Status Description
Ethernet
Wireless
Green
Green
ON The Access Point power on
OFF The Access Point power off
OFF No data forwarding between wireless and LAN ports.
Blinking Sending or Receiving data via wireless
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Hardware Installation
Following illustration is an example showing how to install adapter with your PC.
Be sure to use the supplied power adapter.
Note!
You may also connect the adapter to other Ethernet-ready device, such as printer
server.
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g
Connecting the Ethernet Adapter to Your Network
There are two network scenarios as below:
Ad-hoc
Networking
Also known as a peer-to-peer network, an ad-hoc network is
one that allows all workstations and computers in the network
to act as servers to all other users on the network.
Users on the network can share files, print to a shared printer,
and access the Internet with a shared modem. However, with
ad-hoc networking, users can only communicate with other
wireless LAN computers that are in the same wireless LAN
workgroup, and are within range.
<PC to Network Printer>
Infrastructure
Networking
<PC to PC >
Infrastructure networking differs from ad-hoc networking in
that it includes an access point. Unlike the ad-hoc structure
where users on the LAN contend the shared bandwidth, on
an infrastructure network, the access point can manage the
bandwidth to maximize bandwidth utilization.
Additionally, the access point enables users on a wireless
LAN to access an existing wired network, allowing wireless
users to take advantage of the wired networks resources,
such as Internet, email, file transfer, and printer sharing.
Infrastructure networking has the following advantages over
ad-hoc networking:
Extended range: each wireless LAN computer within the
range of the access point can communicate with other
wireless LAN computers within range of the access point.
Roamin
: the access point enables a wireless LAN computer
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to move through a building and still be connected to the LAN.
Wired to wireless LAN connectivity: the access point
bridges the gap between wireless LANs and their wired
counterparts.
<PC to LAN>
<Printer to LAN>
In the next charter, you will be guided to how to connect the adapter to wireless LAN
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3. Wireless Navigator Installation
Install the Wireless Navigator
The Wireless Navigator Utility is provided to allow user easily to configure the adapter
through any Windows-based PC. This section describes procedures for installing the
Wireless Navigator Utility to PC.
Note!
Please make sure that your PC already has TCP/IP protocol installed. If not, please
contact your administrator for details if you have problems of setting up this TCP/IP
protocol in your PC.
Note!
Step 1: Insert the installation CD-ROM into the CD-ROM drive. Run SETUP.EXE program
on the CD-ROM. The following window will be shown automatically.
Even your adapter is not connected with PC, but other Ethernet device, such as
printer server. You still can install the Wireless Navigator in any PC located in the
same IP subnet with the adapter. This utility can search the adapter via both wired
and wireless Ethernet so that you still manage the adapter remotely.
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Step 2: After InstallShield Wizard preparation finished, the following window will be shown.
Click the Next button to continue.
Step 3: Key in your User Name and Company Name, and click Next button to continue.
Step 4: The screen will show you the default destination chosen by the utility. If you want to
install the Wireless Navigator in another location, click the Browse button and select
an alternate destination. Click the Next button, when you are ready to continue. The
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setup program will then begin to install the programs into the destination folder.
Step 5: The screen will show you the Program Folder that the utility will use. You may type
a new folder name to create a new program folder, or select one from the existing
folder list, and click Next button to continue.
Step 6: The Wireless Navigator has been installed now. Please click the Finish button to
complete installation.
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Note!
To remove Wireless Navigator Utility, click the Start button, and select Programs,
Wireless Navigator, and Uninstall, and then follow the instruction on screen.
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Startup and Login
Follow the procedures below to startup Wireless Navigator and connect to the adapter.
Before you start the following procedures, please be sure that all the cables are well
connected between PC and adapter, and your wireless LAN network is working. The utility
will automatically search the adapter connected with the PC
1. Refer to previous section " Install the Wireless Navigator to your PC" in order to
startup the configuration.
2. Click Start and select Programs, Wireless Navigator and then Wireless Navigator. Or,
just double-click the Wireless Navigator icon on your desktop screen.
3.The Wireless Navigator starts up, and searches the adapter.
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4. The utility will show the adapter found and other wireless devices found in the same
network, where your PC is located.
Note!
If the adapter is not shown in the list, please make sure all the cables are well
connected.
5. Double-click on the adapter, then you will access into its built-in web server, and it will
show as below. Then directly click OK button. (Default user name is “root” and
password is “admin”).
Note!
If you cannot access into adapter’s built-in web server, please make sure if
your PC now is in the same subnet with adapter. Please use right-click of
mouse to click on the adapter listed in Wireless Navigator. “Set IP address”
option will pop out, and then change IP address of AP to the same subnet as
your PC.
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6. Now you have entered the built-in web server of this adapter, and you can start
configuration procedures described in the next character.
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4. Configuring the Ethernet Adapter
The Info Tab
(Connected with wireless LAN)
SSID: displays current SSID this
adapter uses.
If the adapter found no AP or any
other ad-hoc device, then SSID will
show “non-spec” . Please make
sure that your wireless LAN is
working properly under the effective
reach range of the adapter
Channel: displays the channel that
the adapter uses now.
BSSID: displays MAC address of the
AP that the adapter is connecting
with.
Transmission Rate: the transfer
data rate that the adapter is using in
wireless LAN
Link Quality (%): displays the
wireless LAN connection integrity
when connected to an AP.
MAC address: displays the unique
serial number burned into the
adapter that identifies itself from
other Ethernet devices.
IP address: displays the adapter’s
current IP address assigned by AP
or router.
Firmware Version: displays the
adapter’s current firmware version
Wireless Version: displays the
wireless module firmware version
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The Wireless Tab
Wireless Mode: lets you select the
network scenarios, either Ad-Hoc or
Infrastructure. Default setting is
“Infrastructure”
SSID: lets you set the Service Set
Identifications:
Default SSID is “Any”. When set to
any, the adapter is allowed access to
any nearby AP.
Channel: enables you to select a
transmission channel.
Transmission Rate: displays a list
of transfer rates.
AP density: enables you to set the
relative number of access points
near the WS300. Use this setting to
reduce channel overlap and
interference:
• Low: 1-2 nearby APs
• Medium: 3-4 nearby APs
• High: 5 or more nearby APs
When connected in an infrastructure
or ad-hoc mode, a list of nearby APs
or peers is displayed at the bottom of
the Info screen. When you re-load
the web page, the list will be
updated.
WEP enabled: Allows you to enable
or disable Wired Equivalency Privacy
(WEP) for encryption, with either 64or 128-bit encryption.
WEP key length: Enables you to
choose either a 64- or 128-bit
encryption scheme. Be sure that
the adapter’s WEP key must be the
same as the AP’s, otherwise adapter
still can not communicate with
wireless LAN.
Note: Some APs do not support 128-bit
encryption
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The Wireless Tab (Continued)
WEP key 1 ~ 4: Enables you to
create an encryption scheme for
Wireless LAN transmissions.
Manually enter a set of values for
each key.
For 64-bit WEP encryption, a key of
10 hexadecimal characters in length
must be filled in.
For 128-bit WEP encryption, a key of
26 hexadecimal characters in length
must be filled in.. Be sure that the
key in the AP shall be the same as in
adapter, otherwise the
communication will not work.
Note: 128-bit encryption requires
more system resources than 64-bit
encryption. Use 64-bit encryption for
better performance.
Note!
WEP key to use: sets which WEP
key (1 ~ 4) to use when sending
data. To connect to a Wi-Fi
compliant wireless device, key #1
must be selected.
Note: The receiver must use the same
key.
You may need to reboot the adapter, and then re-load the page to see
any new settings.
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The Server Tab
IP Address Mode: Select “Static” or
“DHCP” mode. For “Static” mode,
the IP address settings are given by
user. For “DHCP” mode, IP settings
will be overridden by a DHCP server
on your network. The default setting
is “Static”
IP Address: The static IP address
you may assign to the adapter. The
default value is “192.168.1.200
Subnet Mask: The subnet mask you
want to assign for the adapter. The
default value is “255.255.255.0
Gateway: The gateway you want to
assign for the adapter. The default
value is “192.168.1.1
Device Name: optional device name
setting
Allow upgrade : Check the box, and
then it is allowed to upgrade
firmware.
Cloning Bridge
”.
”.
”.
Note!
You may need to reboot the adapter, and then re-load the page to see
any new settings.
The Stations Tab
The bridge table: display the stations
IP address and Mac address
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The Admin Tab
Note!
User Name: Default user name is
none.
Password: Default password is none.
For security concerns, please change
it after finish the configuration.
Reboot Bridge: When any setting
was changed, the adapter MUST be
reboot so that the change can be
confirmed.
Reset to defaults: This option will
ERASE all the current settings, and
restore to the factory default settings.
You may need to reboot the adapter, and then re-load the page to see
any new settings.
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5. Firmware Upgrade Procedure
1. Click Start and select Programs, Wireless Navigator and then Wireless Navigator.
Or, just double-click the Wireless Navigator icon on your desktop screen.
2. The Wireless Navigator starts up.
3. The utility starts searching for the adapter and APs. Choose the adapter that you would
like to upgrade the firmware, and use the right-click of the mouse to enter the “Upgrade
FW” option
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4. The download will begin. Key in the new firmware file name and location or click
browsing to find the file in your computer.
5. After entering the file information, click OK to continue.
6. The downloading begins.
7. After download finished, the adapter will reset automatically, and the left indicator
“DIAG” on AP will be off and then begin flashing. When the indicator “ DIAG” is always
off again, the firmware upgrade is completed and successfully.
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6. FAQ & Troubleshooting
This chapter provides solutions to problems usually encountered during the installation and
operation of the Wireless Access Point. Please refer to the following descriptions to solve
the problems. If you can’t find an answer here, please contact your dealer for further
advices.
Q1: My PC can’t locate the Wireless Ethernet adapter. How to check the
problem?
A: Please follow the procedures below:
Check if the Ethernet cable is well connected.
Check if the IP addresses of your PC and Wireless Ethernet adapter both are on
the same IP network. If not, you may use Wireless Navigator to set up adapter’s
IP address, or change your PC’s IP address.
Q2: My adapter cannot communicate with Wireless Access Point. How to
check the problem?
A: Please follow the procedures below:
Check if you can use Wireless Navigator utility to access to the adapter first. If not,
please go through the procedure of Q1.
Check if the adapter is set to Infrastructure correctly.
Check if the SSID of your adapter is the same as AP’s. If not, please set it the
same as the SSID of AP’s.
Check if the WEP is enabled either in your adapter or access point. If yes, please
make sure that your adapter and the Wireless Access Point both have the same
setting for WEP, such as the key tables must match.
At last, please check if radio interference is causing a problem; see if connection
is possible when close to the Wireless Access Point. Remember that the
connection range can be as short as 100 feet in poor environment.
Q3: The Wireless connection speed is very slow. How to improve the
problem?
A: The wireless system will connect at the highest possible speed, depending on the
distance and the environment condition. To obtain the highest possible connection speed,
you have to try to adjust the Ethernet adapter’s location and its antenna’s direction. If you
find the interference is the problem, changing to another channel may show the
improvement.
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Q4: Can I run an application from a remote computer over the wireless
network?
A: This will depend on whether or not the application is designed to be used over a network.
Consult the application’s user guide to determine if it supports operation over a network.
Q5: Can I play computer games with other members of the wireless network?
A: Yes, as long as the game supports multiple players over a LAN (local area network).
Refer to the game’s user guide for more information.
Q6: What is the IEEE 802.11b standard?
A: The IEEE 802.11b Wireless LAN standards subcommittee, which is formulating a
standard for the industry. The objective is to enable wireless LAN hardware from different
manufacturers to communicate.
Q7: What’s Ad-hoc?
A: An Ad-hoc wireless LAN is a group of computers, each with a WLAN adapter, connected
as an independent wireless LAN. Ad-hoc wireless LAN is applicable at a departmental scale
for a branch or SOHO operation.
Q8: What is Infrastructure?
A: An integrated wireless and wired LAN is called an Infrastructure configuration.
Infrastructure is applicable to enterprise scale for wireless access to central database, or
wireless application for mobile workers.
Q9: What is Roaming?
A: Roaming is the ability of a portable computer user to communicate continuously while
moving freely throughout an area greater than that covered by a single Wireless Network
Access Point. Before using the roaming function, the workstation must make sure that it is
the same SSID with the Wireless Access Point of dedicated coverage area.
Q10: What is Spread Spectrum?
A: Spread Spectrum technology is a wideband radio frequency technique developed by the
military for use in reliable, secure, mission-critical communications systems. It is designed
to trade off bandwidth efficiency for reliability, integrity, and security. In the other words,
more bandwidth is consumed than in the case of narrowband transmission, but the trade off
produces a signal that is, in effect, louder and thus easier to detect, provided that the
receiver knows the parameters of the spread-spectrum signal being broadcast. If a receiver
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is not turned to the right frequency, a spread-spectrum signal looks like background noise.
There are two main alternatives, Direct Sequence Spread Spectrum (DSSS) and Frequency
Hopping Spread Spectrum (FHSS).
Q11: What is WEP?
A: WEP is Wired Equivalent Privacy, a data privacy mechanism based on a 64-bit or 128-bit
as described in the IEEE 802.11 standard.
7. Glossary
This section explains the glossary of terms used in this manual that are required to
configure the network
.
Wireless Channel
If there is more than one Wireless LAN network with different ESS-ID on the same floor,
and they are communicating with each other, the baud rate may be slowed, due to the
same radio frequency being used. If this happens, you can still communicate regardless of
other LAN networks by using to use different frequencies (wireless channels).
Note: If they are communications using the wireless LAN, be sure to set all the Units the
same wireless channel.
DHCP Server
When configuring the network TCP/IP, be sure to set the IP address in each personal
computer and other devices. When there is a DHCP server on the network, it can assign IP
addresses automatically to the personal computers and the Access Point on the network.
For the Windows NT server and dial-up router, or other DHCP server function, refer to the
Windows 2000, Windows NT, or dial-up router manual, or consult the manufacturer.
ESS-ID
This ID is used to prevent cross-communication during communication between the Access
Point and personal computers within the wireless LAN. The Wireless LAN personal
computers that have the same ESS-ID as the Access Point can communicate with the
Access Point. The ESS-ID is case sensitive. You can enter a maximum of 32 alphanumeric
characters, and the underline "_".
LAN (Local Area Network)
Read as one word. A LAN is a network in a comparatively small area, such as campus or
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within a single building. The LAN baud rate varies from 10 Mbps to 100 Mbps.
MAC Address (Media Access Control Address)
The MAC address is a physical address specific to each network card. The MAC address is
configured from a total of six bytes as follows: A vendor code comprising the lead three
bytes and a 3-byte user code. The vendor code is managed and assigned by IEEE. The
user code is managed using a unique (unduplicated) number from the network card
manufacturer. That is, the MAC address is assigned as a physical address unique
throughout the world. In an Ethernet LAN, the MAC address is used as a base to create a
frame for sending and receiving.
TCP/IP (Transmission Control Protocol/Internet Protocol)
TCP/IP is a protocol equivalent to the network and transport levels of the OSI reference
model, and it is defined using RFC. Consequently, different terminals can communicate with
each other using TCP/IP.
• Normally, TCP/IP includes the application protocols TELNET and FTP.
• TCP/IP is the standard Internet protocol.
WEP (Encryption)
By setting an encryption key in the Access Point, you can prevent wireless packets from
being decrypted externally.
Firmware
Firmware is the name given to the software (programs) built into hardware such as the
router, modem, and terminal adapter. This software is built into the hardware, so it can be
said to be in-between hardware and software.
Protocol
Protocols are the procedures and regulations for sending and receiving data between the
network terminals. For example, if two computers are communicating, you can send the
correct information according to the regulations by formatting all required information. The
protocol such as which terminal sends first, what type of message, what type of message
the receiving terminal should send in reply, the data format, and responses to
communications errors are same of examples.
Roaming Function
Using the roaming function and moving from one room to another room, you can switch the
Access Point automatically. With the roaming function, you can easily move from the office
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to the conference room while maintaining access to the network.
8. Product Specifications
This chapter describes the specifications of the product and the LAN port connector.
Wireless LAN Interface
Standards
IEEE 802.11/11b Compliant
Antenna
Built-in chip Antenna
Frequency Range
2.4〜2.4835GHz ( Industrial Scientific Medical Band )
DSSS - Direct Sequence Spread Spectrum
Data Transmission Rate
11Mbps / 5.5Mbps / 2Mbps / 1Mbps Auto Fall-Back
Access Mode
Infrastructure mode
Ad-hoc mode
Data Security
Provides both 64-bit & 128-bit WEP Encryption
Output Power
15 ~16.5 dBm
Receiving Sensitivity
-82dBm Min.
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Roaming
IEEE 802.11 Compliant
Channels
11 Channels (US, Canada)
13 Channels (Europe)
14 Channels (Japen)
Coverage Area
Indoors: up to 50M (165 ft.) @11Mbps
up to 80M (265 ft.) @5.5 Mbps or lower
Outdoors: up to 150M (500 ft.) @11 Mbps
up to 300M (1000 ft.) @5.5 Mbps or lower
(Depending on environment)
Operating Environment
Operating Temperature: 0oC to 50oC degree
Storage Temperature: –25
Humidity 10% to 90% non-condensing
o
C to 70oC degree
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802.11b Wireless Ethernet Bridge
Product Specification
WS310-A
Revision 1.0
Revision History
Date Version Author Remark
04/30/2003 0.8 Nathan Yen
06/26/2003 1.0 Lena Hsiao
Formal release
Cybertan, Inc. Proprietary and Confidential
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Introduction
The WS310-A is a compact wireless Ethernet client bridge,
tailor-made for home and SOHO users in order to utilize the
advantage of wire-free connectivity. This device simply and
efficiently transmits the traffic between 10M Ethernet and 11M
WLAN. It can easily bring the Ethernet-ready network devices,
such as network printer/scanner/copier, desktop and notebook, into
wireless LAN network without any inconvenient cable wiring
efforts.
Major Features
Adopt Agere HermesII WLAN chipsets, which are well-proven
solution in the market today.
Uses 2.4GHz ISM band, which fully complies with IEEE
802.11b
Low interference & high susceptibility guarantee reliable
performance.
Dynamically shifts between 11, 5.5, 2, and 1 Mbps network
speed, based on signal strength, for maximum availability and
reliability of connection.
Equipped with one standard 10Base-T interface for connecting
with Ethernet-ready networked resources, such as PC and
printer/scanner.
Ensures great security by providing the 64-bit and 128-bit WEP
(Wired Equivalent Privacy) encryption defined in the IEEE
802.11b standard.
No driver is needed, neutral to any PC’s OS.
For bridging one client, it supports transparent bridging.
Cybertan, Inc. Proprietary and Confidential
Page 2/7
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For multiple-client bridging, will support only with TCP/IP
protocol.
Cybertan, Inc. Proprietary and Confidential
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Benefits
Make Ethernet-ready peripheral wireless, such as network
printer/scanner/copier in office, and web camera, and X-Box at
home.
An alternative to enable non-Windows PC and server wireless,
such as Linux PC/server and Mac.
Convenient wireless network extension solution to bridge
multiple Ethernet-ready peripherals or PCs from the corner of
office.
Specifications
PHYSICAL SPECIFICATIONS
Housing
Stand type with no screw design
(Depending on customization)
Ethernet Interface
Antenna
LED Display
Crossover
Selection
Initiate button
Power adapter
Dimensions (mm)
WLAN Standards
Media Access
Protocol
Frequency
10Base-T (RJ-45) interface
Internal chip Antenna
Two LEDs indicating the status of Ethernet and Wireless
To connect to PC or Ethernet-ready devices
Restore all settings to factory default settings
Input: 5V DC, 1A
70.44 x 23 (44.48 with flat stand) x 108.54
(Depending on customization)
RADIO SPECIFICATIONS
IEEE802.11/11b Industry Standards
IEEE802.11
Industrial Scientific Medical Band,
World: 2.400GHz〜2.484GHz