EpsonNet 802.11b/g Wireless and 10/100 Base Tx Ext. Print
Server
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Regulatory Approvals for AC Adapter (A351H) . . . . . . . . . . . . . 242
Appendix A Supported Devices
Index
8
Introduction
About Your Network Interface
The EpsonNet Wireless 802.11b/g and 10/100 Base Tx Ext. Print
Server is an external network interface that connect to the USB
port of an Epson device (such as a printer or all-in-one). These
network interfaces allow you to create a wireless or wired
connection respectively, between the Epson device and a local
area network.
When connected to a wireless network, a radio signal is
transmitted over the network whenever you send a job to the
device. Then the device prints or scans the file when the network
interface receives the radio signal directly from a computer or
from an access point.
This network interface is Wi-Fi certified for interoperability with
other 802.11-compliant products when connected to wireless
networks.
Because the network interface supports multiple protocols and
automatically detects protocols on your network, you can print
from Microsoft
®
OS/2 applications.
IBM
®
Windows®, Apple® Macintosh®, UNIX®, and
Use Easy Install to easily configure the network interface for use
on a TCP/IP network. If you are using Windows computer, you
can also set up the computer for printing and scanning with the
software.
Use EpsonNet Config, the configuration utility provided with
your product, to quickly and easily configure the network
interface to use a range of protocols such as TCP/IP, NetBEUI,
AppleTalk
®
, IPP, and SNMP.
Introduction9
Note:
The EpsonNet Config utility configures the network interface to work
only with protocols that exist on your network. This does not imply that
you can use all of the above mentioned protocols on your wired or
wireless network, or operating system. The protocols that the network
interface can use may vary depending on the operating system and the
network configuration.
About This Guide
This User’s Guide contains information about using the network
interface on a network. It includes how to set up the network
interface, install the configuration software, and modify network
settings of your device and computer.
For information about your device, see the manual shipped with
the device.
Note:
❏ This guide is written for network administrators, and many of the
steps included here require detailed network knowledge and
administrator rights.
❏ The term “network administrator” refers to the person responsible
for maintaining the network. “Administrator” is synonymous with
“Supervisor” in this guide.
❏ The term “network interface” refers to the EpsonNet Wireless
802.11b/g and 10/100 Base Tx Ext. Print Server in this guide.
❏ The term “device” refers to the printer or all-in-one that is supported
by the network interface.
❏ Some screen shots in this guide may list a device name other than
your device. This difference does not alter the instructions.
Introduction10
Important safety instructions
Read all of these instructions and save them for later reference.
❏ Do not install or uninstall the network interface with wet hands.
❏ B e c ar ef ul no t t o d ro p o r cr us h t he network interface when installing.
❏ Keep the network interface away from humidity and dust.
❏ Do not allow children to handle the network interface.
❏ When installing or uninstalling the network interface, be sure to
remove the USB cable, turn off your device, and then unplug the
AC adapter to avoid electric shock.
❏ Avoid using the network interface if there is smoke, strange smell,
or strange sound; otherwise this could cause fire or electric shock.
Instead, immediately turn off the device, unplug the AC adapter,
and then contact your Epson dealer. Do not repair it yourself because
this is dangerous.
❏ Do not disassemble or modify the network interface unless
specifically instructed in the guide. This could cause injury, electric
shock, or fire.
❏ If you use this product in places where the use of electronic devices
is limited, such as in airplanes or hospitals, follow all instructions
in those places.
❏ Do not use this product inside medical facilities or near medical
equipment. Radio waves from this product may adversely affect the
operation of electrical medical equipment.
❏ Keep this product at least 22 cm away from cardiac pacemakers.
Radio waves from this product may adversely affect the operation of
cardiac pacemakers.
Introduction11
❏ Do not use this product near automatically controlled devices such
as automatic doors or fire alarms. Radio waves from this product
may adversely affect these devices, and could lead to accidents due
to malfunction.
❏ Do not use aerosol products that contain flammable gases inside or
around this product. Doing so may cause fire.
Warnings, Cautions, and Notes
Warnings
must be followed carefully to avoid bodily injury.
w
Cautions
must be observed to avoid damage to your equipment.
c
Notes
contain important information and useful tips on the operation of this
product.
Operating Environment
Printing environments
The network interface receives print jobs in the following
environments.
Operating systemsVersionProtocol
Windows Vista/XP–TCP/IP (using LPR, Standard
TCP/IP Port, or EpsonNet Print)
IPP
Windows Me–TCP/IP (using EpsonNet Print)
IPP
NetBEUI
Introduction12
Operating systemsVersionProtocol
Windows 98/95–TCP/IP (using EpsonNet Print)
IPP (using EpsonNet Internet
Print)
NetBEUI
Windows 2000
(Professional,
Server)
Windows Server
2003
Windows NT 4.0 with
Service Pack 5 or
higher
MacintoshMac OS X 10.4 or
–TCP/IP (using LPR, Standard
–TCP/IP (using LPR, Standard
–TCP/IP (using LPR or EpsonNet
later
Mac OS X 10.2.4
or later
Mac OS X 10.2 or
later
Mac 9.1 or laterAppleTalk
TCP/IP Port, or EpsonNet Print)
IPP
NetBEUI
TCP/IP Port, or EpsonNet Print)
IPP
Print)
IPP (using EpsonNet Internet
Print)
NetBEUI
AppleTalk
TCP/IP
Bonjour
AppleTalk
TCP/IP
Rendezvous
AppleTalk
TCP/IP
NetWare5.x/6.xLPR (Using NDPS Gateway)
OS/2 (OS/2 Warp
Connect, OS/2
Warp Server)
V3
V4
TCP/IP (lprportd)
NetBEUI
Introduction13
Operating systemsVersionProtocol
UNIXSun OS 4.1.4 or
later: SPARC
SunSoft Solaris 2.4
or later: SPARC
and x86
SCO UNIX 4.2 or
later
SCO UnixWare
2.01 or later
HP/UX 9.05 or
later
IBM AIX 3.2.5 or
later and 4.1.3 or
later
lpr, ftp
Note:
❏ Only the Intel version of Windows NT is supported.
❏ The multi-user environment of Mac OS 9 is not supported.
❏ If you use the device in a dial-up router environment, you must set
an IP address for the device. Make sure the IP address is suitable for
the segment; incorrect IP address may generate unexpected dial-up.
❏ See the manual shipped with your device for information on the
supported operating system of the device.
Introduction14
Scanning environments
The network interface supports EPSON Scan via TCP/IP and
allows network scanning when it is connected to the all-in-one.
The supported operating systems are Windows
Vista/XP/Me/98SE/2000 and Mac OS X/9.
Note:
See your all-in-one's manual for details about the supported operating
systems.
Network Storage environments
The network interface supports sharing memory via SMB when
it is connected to the all-in-one. See your device’s manual for
details about the supported operating systems.
Features of the Network Interface
Features
❏ Supports the network storage function.
❏ Supports multiple protocols, such as TCP/IP, NetBEUI,
AppleTalk, and IPP.
❏ Supports DHCP.
❏ Supports Automatic Private IP Addressing (APIPA) that
assigns an IP address automatically to the network interface
even if there is no DHCP server on your network.
❏ Supports the Dynamic DNS function.
❏ Supports Bonjour on Mac OS X 10.4 or later.
❏ Supports Rendezvous on Mac OS X 10.2.4 or later.
Introduction15
❏ Supports SNMP and MIB.
❏ Supports NTP (Network Time Protocol).
Features when using Wireless connection
❏ Meets the IEEE 802.11b/g (2.4 GHz) communication
standard.
❏ Prints or scans via wireless network, and connects directly via
a network interface.
❏ Supports both the ESS (Infrastructure) mode and the IBSS (Ad
Hoc) mode.
❏ Supports the roaming function.
❏ Supports 64-bit/128-bit WEP Key and WPA2-PSK(TKIP,
AES).
❏ Communicates with up to 13 or 14 channels.
❏ Communicates with any Wi-Fi certified products.
❏ Uses communication speeds at 11/5.5/2/1 Mbps for 802.11b,
54/48/36/24/18/12/9/6 Mbps for 802.11g, or automatically
changes the speed according to the radio waves.
Features when using 10/100 Base EtherNet connection
❏ Supports 10/100 Base full/half duplex, 100 Base-TX full/half
duplex, 10 Base-T full/half duplex.
Introduction16
Network Interface Operation
The status LEDs and status sheet provide you with important
information about the operation and configuration of the network
interface.
Back panel
e
f
g
h
i
j
a. WIRELESS light
b. ETHERNET light
c. STATUS light
d. USB light
e. SW1 switch
f. SW2 switch
g. USB downstream connector
h. RJ-45 connector
i. DC-IN connector
j. Security lock
Front panel
a
b
c
d
Introduction17
a./b./c./d. Status LEDs
The network interface has four lights (WIRELESS, ETHERNET,
STATUS, and USB), which indicate the current operating status
of the network interface when you first turn on the device, during
normal operation, and when errors occur. The WIRELESS and
ETHERNET lights are green. The STATUS and USB lights have
three colors (red, green, and orange).
The status LEDs indicate the network interface status, as follows:
Network
interface status
InitializingOffOffOff
Wireless
communication
is available.
Ethernet
communication
is available.
No
communication
is available.
Ready (100M
link or 54M link)
Ready (10M link
or less than 48M
link)
Printer
communication
is not available.
Printer
communication
is available.
WIRELESSETHERNETSTATUSUSB
OnOffOffGreen
OffOnOffGreen
––Red–
––Green–
––Orange–
–––Red
–––Green
Green
flashing
Introduction18
Network
interface status
Firmware
update mode
WIRELESSETHERNETSTATUSUSB
Red and
green
–––
lights
flashing
alternately
Error status –––
AOSS is
available
AOSS is not
available
OnOff
OnOff
Orange
flashing
Red
flashing
Note:
A hyphen indicates any one of the following statuses: On/Off/Flashing.
e. SW1 switch
The first time you use the network interface after installing or
reinstalling it, plug the power cord of the network interface into
a wall outlet while holding down the SW1 switch for about twenty
seconds to initialize the network interface.
Before you start configuring the network interface, be sure to
press and hold down the SW1 switch on the network interface to
print a status sheet. A status sheet provides important
information about the network interface, such as MAC address,
SSID, device settings, and the device’s current status. Press the
SW1 switch once to print a simple status sheet, or twice to print a
full status sheet. You cannot print a status sheet when the STATUS
light is red.
Red
flashing
Orange
flashing
Red
flashing
Introduction19
Note:
If the device does not print a status sheet, make sure the device is online
and no print jobs are being processed, then wait a minute. If it still does
not print a status sheet, turn the device off, and then turn it back on
again. The status sheet can be printed one minute after the device finishes
warming up.
Caution:
After turning off the device wait until the WIRELESS light and
c
ETHERNET light go out before turning it back on; otherwise the
network interface may not work correctly.
f. SW2 switch
Press the SW2 switch once to enter the AOSS mode. For details,
see the documentation provided with your access point.
Note:
You can use this switch only when the access point you use is compatible
with AOSS.
g. USB downstream connector
This connector is used to connect a USB cable to the device to
enable communication with the device.
h. RJ-45 connector
T hi s c on n ec t or i s u s e d t o c on n e ct an Ethernet cable to the network.
You can use this cable for both 10 Base-T and 100 Base-TX.
Caution:
You must use a Category 5 shielded twisted-pair cable to connect
c
the network interface to prevent malfunction.
Introduction20
i. DC-IN connector
This is an external power supply connector for the AC adapter
shipped with the network interface. Plug or unplug the power
cord of the network interface from a wall outlet to turn the
network interface on or off.
j. Security lock
You can pass a commercially available theft-prevention cable
through the security lock hole to secure the network interface to
a table or pillar. This network interface is compatible with the
Microsaver Security System manufactured by Kensington.
The IEEE 802.11g Communication Standard
The network interface supports the IEEE 802.11b/g
communication standard. It is compatible with other IEEE
802.11b/g compliant products.
An IEEE 802.11b/g WLAN (wireless local area network) operates
within the 2.4 GHz ISM band. It divides the 2.4 GHz into 13 or 14
channels using Direct-Sequence Spread Spectrum (DSSS), and
uses Carrier Sense Multiple Access with Collision Avoidance
(CSMA/CA) to avoid packet collision. Both CSMA/CA with
ACK and CSMA/CA with RTS/CTS are supported.
Wi-Fi certification
This wireless network interface is
Wi-Fi certified by the Wi-Fi Alliance
(WFA). The WFA certification ensures
full product interoperability with
other Wi-Fi certified products. For
more information on other Wi-Fi
certified products, go to
http://www.wi-fi.org.
Introduction21
Wireless Environment
Operating modes
You can configure the network interface for the Infrastructure
mode or the Ad Hoc mode.
In the Infrastructure mode, both wireless and wired computers
can communicate through an access point to send data to the
network interface.
HUB
Note:
Some access points or routers support only the TCP/IP protocol. If you
use this product with a protocol other than TCP/IP, make sure the
protocols are supported by the access point or router.
Introduction22
In the Ad Hoc mode, a network interface and computers
wirelessly communicate directly with each other, without using
an access point.
Security
WEP (Wired Equivalent Privacy) is a security protocol for
wireless network. Data is encrypted using the WEP Key
providing the security of your wireless network. You must set the
same WEP Key to the network interface and the access point.
The network interface supports a 64-bit or 128-bit encryption key,
and you can use either hexadecimal or ASCII characters.
WPA-PSK (TKIP) is a Wi-Fi security with a strong encryption
algorithm as well as user authentication. It provides a high
security that user data remains protected and that only authorized
users may access the network.
WPA2-PSK (AES) is an encryption format that combines AES
(Advanced Encryption Standard), the newer format of WPA-PSK
(TKIP) and has the stronger encryption.
Introduction23
Note:
The wireless transmission speed is reduced when WEP,
WPA-PSK(TKIP), or WPA2-PSK (AES) is enabled because time is
required for encryption and decryption.
SSID is a unique identifier to specify a wireless LAN. All devices
and access points connected to a specific wireless LAN must use
the same SSID to communicate with devices on the wireless LAN.
If the wireless LAN access point and the PC do not share the same
SSID they will not be able to communicate with each other.
Radio signal range
The data transfer rate of the network interface depends on the
environment where the network interface is located.
Note:
The wireless transmission speed decreases as the distance between the
network interface and the computer or the access point increases.
Terms and Concepts
2.4 GHz range -- the frequency spectrum assigned by the
organization such as IC to WLAN systems.
Access point -- a device which connects wireless LAN terminals
to a network, relaying signals between wireless devices or serving
as a bridge between wired and wireless networks.
Ad Hoc mode -- a mode that allows wireless LAN terminals to
communicate directly with each other without using a wireless
LAN access point.
AES -- Advanced Encryption Standard, an encryption standard
for WPA that is replacing WEP. AES provides stronger encryption
than TKIP.
Introduction24
AOSS (AirStation One-touch Secure System) -- a
technology that makes configuring connection
and security settings during wireless network
setup easier. For details on AOSS, see the Buffalo,
Inc. website at http://www.buffalotech.com/.
Configuration -- a prepared set of conditions for proper operation
of a device. Configuring the network interface is to prepare it to
work with protocols available on a network.
DHCP -- a dynamic host configuration protocol. It is a protocol
that assigns dynamic IP addresses to devices on a network.
EAP -- Extensible Authentication Protocol, authentication
protocol used in the IEEE 802.1x standard.
EtherTalk --the communication protocol of AppleTalk governing
Ethernet transmissions.
ftp -- a TCP/IP application protocol for file transfer.
IEEE 802.1x-- an IEEE standard that provides authentication for
wired/wireless networks. IEEE 802.11b and IEEE 802.11g are
standards for the 2.4 GHz range of WLANs.
Infrastructure mode -- a wireless network mode. It allows both
wireless and wired computers to send print jobs to the device
through an access point.
lpd -- a TCP/IP remote printing protocol application.
Open system authentication -- a wireless access point
authentication protocol under which the wireless node submits
an authentication request to the wireless access point which
accepts the connection, essentially without authenticating it.
Pre-Shared key -- the basic key used to generate the encryption
keys used by WPA-PSK (TKIP/AES).
Introduction25
Print queue -- a location where a print job is stored as a file, until
the network interface sends the job to the assigned device.
Protocol -- a rule that controls how data or information is
exchanged through a network. Computers and software cannot
communicate with each other using different protocols.
Roaming -- the ability to move the wireless station from one access
point to another without losing the connection or interrupting the
service.
Security type -- allows selections of a security level in
infrastructure mode appropriate to the user environment.
SSID (or ESSID) -- Service Set Identifier (or Extended Service Set
Identifier), a unique identifier to specify a WLAN. All devices and
access points connected to a specific WLAN must use the same
SSID. An ESSID is used for the network that extends among
multiple access points.
TCP/IP -- Transmission Control Protocol/Internet Protocol, a
layer of protocols that provides communications between nodes
on a network.
TKIP -- Temporal Key Integrity Protocol, an encryption standard
for WPA that is replacing WEP. A distinctive feature is that the
shared key is changed at specified intervals.
WEP -- Wired Equivalent Privacy, a security protocol for WLANs
defined in the IEEE 802.11b/g standard. WEP provides security
by encrypting data over radio waves.
WEP key -- a shared key algorithm for encrypting data
Transmitted packets are encrypted with a shared key called the
WEP key. Decryption of encrypted packets by the recipient
requires the same WEP key that was used for transmission.
WLAN -- Wireless Local Area Network.
Introduction26
WPA-PSK(TKIP/AES) -- a Wi-Fi encryption protocol with a
stronger encryption algorithm than WEP. The devices and access
points have to share the Pre-Shared key. The protocol that uses
AES is called WPA2-PSK and has the stronger encryption than
TKIP.
Introduction27
Chapter 1
Installing Components and Setting Up the
Network Interface
Overview
This section describes the general procedure on how to set up the
network interface for use on a network and how to set up printing
and scanning via a wireless network.
1. Check the network interface operation.
Check the functions and operations of the network interface,
such as status LEDs, SW1 switch/SW2 switch, USB
downstream connector, DC-IN connector, RJ45 connector and
security lock. See the Setup Guide for details.
2. Select a printing method.
Select a printing method appropriate for your network
environment and operating system. If you are not sure, see
“Printing from Windows” on page 30 or “Printing from
Macintosh” on page 31 for details.
3. Install EpsonNet Print. (For Windows Me/98 only)
Note:
You have to install EpsonNet Print for the Windows Me/98
environment. See “Installing EpsonNet Print” on page 163 for more
information about the installation procedure. Be sure to restart the
computer after installing the software.
Chapter 1 Installing Components and Setting Up the Network Interface28
4. Install the necessary components on the computer.
Make sure the necessary components (such as TCP/IP,
NetBEUI, etc.) are installed on the computer, and network
settings (such as the IP address, subnet mask, etc.) of the
computer are set. See “About installing components on your
computer” on page 34 for details.
5. If necessary, install the printer driver.
Install the printer driver from the CD-ROM that comes with
the device. See “About installing the printer driver” on page
82 for details.
6. Insert the Software CD-ROM in the CD-ROM drive to
configure the network interface
Connect the network interface to the network. For Windows
users, see “Configuring the network interface for Windows”
on page 53 for details. For Macintosh users, see “Configuring
the network interface for Macintosh” on page 67 for details.
7. If necessary, modify the network settings of the network
interface using EpsonNet Config.
Modify the network interface for TCP/IP, AppleTalk, MS
Network, etc. using EpsonNet Config. For Windows users,
see “About EpsonNet Config for Windows” on page 128 for
details. For Macintosh users, see “About EpsonNet Config for
Macintosh” on page 132.
Chapter 1 Installing Components and Setting Up the Network Interface29
Selecting a Printing Method
This section contains information to help you select a printing
method.
Printing from Windows
Check if there is a Windows Vista/XP/2000/Server 2003/NT
print server on your network, and then use the suggestions below.
Note:
Only the recommended printing methods are introduced here. See
“Features of the printing methods” on page 31 for information on
additional methods.
If no Windows Vista/XP/2000/Server 2003/NT print server
exists
Use a printing method appropriate to your operating system:
❏ For Windows Me/98/95
We recommend TCP/IP printing via EpsonNet Print. See
“About EpsonNet Print” on page 162.
❏ For Windows Vista/XP/2000/Server 2003/NT
We recommend TCP/IP printing via LPR. See “Windows
Vista” on page 82, “Windows XP” on page 89, “Windows
2000” on page 101, “Windows Server 2003” on page 108, or
“Windows NT 4.0” on page 116.
If a Windows Vista/XP/2000/Server 2003/NT print server
exists
On the server, set the printer to connect with LPR and turn it into
a shared printer. Your clients can then print to this shared printer.
Chapter 1 Installing Components and Setting Up the Network Interface30
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