This guide provides information about the Kodak 10/100 Network
Interface Card (NIC) features, installation and conÞguration.
This NIC can be used with the following printers and proofers:
¥Kodak XLS
¥Kodak XLS 8600/8600 PS color printer
¥Kodak Professional
Kodak Digital Science
¥
Kodak Digital Science
¥
Kodak Digital Science
¥
This NIC cannot be used with the Kodak Professional 8670 PS printer.
1.2 Using this Guide
This guide is intended for system administrators responsible for
conÞguring, maintaining, and troubleshooting computers and peripherals
in networked environments.
8400 PS color printer
8657 color printer
TM
8650/8650 PS color printer
TM
desktop color proofer 9000
TM
DCP 9000 proofer
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It is also intended for administrators and experienced users responsible
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for conÞguring individual workstation platforms.
This guide assumes an understanding of Novell IPX, EtherTalk, TCP/IP,
and/or NetBeui networking protocols, and administrative experience with
Novell, Macintosh, Windows and/or Unix platforms.
This guide provides procedures for installing the NIC hardware,
conÞguring the NIC, conÞguring print queues, and conÞguring user
workstations.
This guide does not describe how to operate a printer or proofer. For that
information, refer to the appropriate printer or proofer user guides.
1.3 Contents of this Guide
Chapter 1 - Introduction and ConÞguration Overview: Provides
overviews of the Kodak 10/100 NIC used with Kodak Printers and
Proofers. Also provides an overview of NIC and printer installation and
conÞguration procedures.
Chapter 2 - NIC Hardware Installation: Has instructions for installing the
Kodak 10/100 NIC hardware in Kodak printers and proofers. Also
provides initial powerup details for verifying proper installation.
Chapter 3 - Windows - FastManage Utilities: Has instructions for
installing FastManage utilities for conÞguring the NIC from Windows
platforms. Also describes the use of the FastManage utilitiesÑ Discovery,
Kodak NIC Manager, BootP and Ping.
Chapter 4 - Novell Netware Server: Has procedures for setting up
Novell Netware Bindery or NDS server print queues to accommodate
Kodak printers.
Chapter 5 - Windows for Workgroups (3.x)
Chapter 6 - Windows 95
Chapter 7 - Windows NT 3.51
Chapter 8 - Windows NT 4.0
Chapter 9 - Apple Macintosh
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Kodak 10/100 NIC Introduction and Configuration
Chapter 10 - Unix
Chapter 11 - Network Printing: Summarizes techniques for printing from
Windows, Macintosh and Unix platforms.
Chapter 12 - TroubleShooting: Provides ßow charts and speciÞcs on
various steps.
Appendix A - Telnet ConÞguration Utilities
Appendix B - 3rd Party Networking Utilities
Appendix C - Upgrading NIC ÒFlashÓ Firmware
Appendix D - NIC SpeciÞcations
Appendix E - Technical Assistance
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1.4 NIC Package Contents
The Kodak 10/100 NIC may come already installed in your printer; it may
also be separately purchased as an option to support network printing.
If the NIC was pre-installed, the following items should be included with
the printer, software and documentation packages:
¥10/100 Network Interface Card
¥UserÕs Guide (this manual)
¥1 diskette - ConÞguration Utilities for DOS/Windows
¥1 diskette - ConÞguration Utilities for Macintosh
¥1 diskette - ConÞguration Utilities for Unix
¥Ethernet Hardware Address labels
¥Anti-static strap
¥Kodak Printer Drivers and Export Modules for Windows and/or
Macintosh.
If you purchased the NIC as an option, you should have all the items
listed above except the Windows and Macintosh drivers and export
modules software and documentation. These items were included with
your printer.
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1.5 Upgrading from a Kodak 10Mbit NIC
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The Kodak 10/100 Mbit NIC may be used to upgrade any Kodak printers
that are currently using a Kodak 10Mbit NIC with a ÒMIL-3007EKÒsticker
on the bottom of the NIC.
Note: This manual is applicable only to Kodak printers using this Kodak
10/100 NIC upgrade relative to NIC conÞguration methods.
1.6 Kodak 10/100 NIC Features
I
The NIC is an autodetecting 10 or 100 Mbps, network interface card that
allows users to connect directly to a Kodak printer or proofer on Ethernet
networks using 10BaseT or 100BaseT network media.
The NIC connects printers directly to Ethernet networks utilizing IPX,
EtherTalk, TCP/IP and/or NetBios/Netbeui protocols in support of Novell
NetWare 3.x, Netware 4.x, Netware NDS, IBM OS/2, MS-DOS, Windows
3.x, Windows 95, Windows NT 3.51, Windows NT 4.0, Macintosh and
Unix environments. In general, any system that supports the NIC
protocols should be able to use this NIC to print to Kodak printers.
1.6.1Hardware Features
¥NIC motherboard, with Ethernet controller and custom shared DMA
interface to Kodak printer. The NIC connects directly to Ethernet
networks via an RJ-45 connector.
¥CPU: An Intel 80186 processor, with a 16 MHz clock.
¥1 MByte of memory via Flash EPROMs: 2 Flash EPROMs are 29F040
devices. Each EPROM is 4 Mbits and arranged in 2 ´ 256k ´ 8 format.
Firmware upgrades of the ßash EPROMs can be done via network
connections.
¥MAC chipset: Ethernet controller is 10/100 Mbps, with SRAM for data
buffering, and its own memory management.10 Mbit vs. 100 Mbit
autosensing accommodates network speed capabilities.
¥2 switches on the NIC faceplate provide Normal, Normal + Telnet, and
NIC conÞguration test page modes of NIC operation.
¥Green and Yellow LEDs indicate network connectivity and trafÞc.
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1.7 Protocols
¥The NIC supports TCP/IP, Novell IPX, EtherTalk and NetBeui/NetBios
protocols.
¥Users can print in either PostScript or raster mode.
IMPORTANT: Printing in raster mode using EtherTalk is possible only
from a Macintosh. For non-Macintosh systems using
EtherTalk, you can print only in PostScript mode.
1.8 Network Performance
Network performance depends heavily on the topology of a network
(networked elements, that is, the # of users/nodes, inter-connectivity and
conÞguration of hubs, switches, subnets, routers, etc.) and will vary for
speciÞc environments.
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A color-capable printer accepting large print jobs (1 to 100 Mbytes) may
be a critical factor in environments where network utilization optimization
is critical. A Kodak printer with a Kodak 10/100 NIC operating in a 100
Mbit environment may drastically improve your networkÕs performance
because it will only require a fraction (1/10) of the subnet network
bandwidth that would be necessary if it was operating at 10 Mbits.
1.9 NIC and Printer Installation/ConÞguration Overview
The diagram on the next page and the text that follows provide an
overview of
NIC and printer installation and conÞguration procedures.
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Printer/NIC Installation and ConÞguration Overview
Step 1:Determine your Network and Printing Environment. (Ch1:Intro/Overview)
NIC supports TCP/IP, Novell Netware, AppleTalk & Native Windows (NetBeui) Protocols.
hubs, etc.) are not included with the NIC. You must purchase
interconnecting networking components needed to support a speciÞc
environment separately.
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If a BNC (10Base2) connection is required, purchase a BNC/RJ45
transceiver or hub from your local dealer or distributor.
If a directRJ45 (10/100BaseT) connection from a single computer to
a printer is required, a mini-hub and two network cables should be
used, minimally. We do not recommend using an Rx/Tx crossover
cable to defeat the need for a hub because it is a custom cable that
may not be available from a local dealer/distributor. Refer to the RJ54
connector description in Appendix D.
¥NIC ConÞguration Software: Determine the NIC conÞguration utility
software appropriate for the platform. Use FastManage Utilities
(provided) or NBMon for Windows platforms, Laserwriter Utilities
(provided) for Macintosh platforms. Telnet (not provided) can be used
for any platform that supports TCP/IP.
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¥Windows & Macintosh Printer ConÞguration Software: PostScript
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drivers for Kodak printers for printing when the printer is in PostScript
mode and Export modules for printing when the printer is in raster
mode. For Unix platforms, refer to Appendix E, Technical Assistance.
¥Printer/NIC documentation and software: If you cannot locate the
software that came with your printer and NIC, the latest printer and
NIC documentation and software are available on the Kodak Web site
(www.kodak.com). You may wish to copy components that are
pertinent to your printer and NIC to a local server for quick access by
those who are responsible for setting up their individual workstations.
Note: If you have problems related to printer or NIC software, check
the Kodak Web site (www.kodak.com) to verify that you have
the latest version. Download the latest version, if necessary.
Step 3: Install the NIC hardware, if necessary
¥Install the NIC in the Kodak printer, if necessary. Refer to the NIC
Hardware Installation chapter for installation details and to verify
proper NIC operation on powerup.
Step 4: ConÞgure the NIC from the desired platform
¥NIC Defaults: We recommend that you use the default parameters
initially until the printer functions on your network.
¥NIC ConÞguration SW: If you decide not to use the defaults, install the
remote conÞguration software utilities appropriate for the platform.
Refer to the appropriate chapter for details.
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Kodak 10/100 NIC Introduction and Configuration
NIC ConÞguration Software
¥
Windows: The NIC may be conÞgured from Windows-based platforms
using NIC FastManage, NBMon or Telnet utilities. Refer to the
Windows FastManage Utility chapter.
¥Macintosh: The NIC may be conÞgured from Macintosh-based
platforms using NIC LaserWriter utilities. Refer to the Apple Macintosh
- Laserwriter Utilities section. Telnet may also be used.
¥Unix: Use Telnet utilities.
¥Telnet: The NIC may be conÞgured from any platform supporting TCP/
IP via TELNET utilities after an IP address has been established.
Refer to Appendix A, Telnet.
IMPORTANT: This 10/100 NIC is configurable ONLY by using remote
configuration utilities listed above. Use of the front control
panel and corresponding test page is not pertinent to this
NIC.
Step 5: ConÞgure the print servers, if necessary
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Determine whether server print queues will be used and conÞgure the
appropriate servers.
Chapter 4 describes how to conÞgure Novell servers.
Procedures for conÞguring Windows NT servers are identical to
procedures for conÞguring Windows NT workstations with the exception
of ÒsharingÓ the printer. Refer to Windows NT chapters.
Step 6: ConÞgure the printer on workstations
Determine the printer modes (PostScript and raster) that will be used.
Install the PostScript and raster printer software.
PostScript mode: PostScript printer drivers or PPDs must be installed on
each platform that prints to the printer.
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Raster mode: Printer drivers (referred to as Export Modules) must be
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installed on each platform that prints (exports) Þles to the printer. Export
modules are used with Adobe PhotoShop and with the Kodak Printer
Calibration Utilities. Applications that are Adobe Photoshop Plug-in
module-compliant could also use a Kodak printer export module.
Platform Print Drivers: Kodak develops printer-speciÞc drivers and
export modules for Macintosh and most PC platforms. Drivers for other
platforms (that is, Unix) may be available through alternate vendors who
support Kodak printers. Refer to Appendix E if necessary.
If a Kodak driver is not available for a particular platform, you can use a
generic PostScript driver; however, it may not support all printer features.
Step 7: Printing
Refer to Chapter 11, Printing, for information about mode selection and
printing to Kodak printers in PostScript or raster mode.
Troubleshooting
Refer to chapter 12, Troubleshooting, before contacting your retailer
(1st)or Kodak (2nd) for technical assistance.
1-10July 1998
2 NIC Installation and Verification
This chapter describes how to install the NIC in the Kodak XLS 8400 and
8600 printers, the Kodak Digital Science 8650 printer, the Kodak
Professional 8657 printer, the Kodak Digital Science Desktop Color
Proofer 9000, and the Kodak Digital Science DCP 9300 Proofer. It also
describes how to run the verification test using the default configurations
after the NIC is installed. See the last part of this chapter for information
about NIC LEDs and operating mode switches for power-up hardware
verification.
For a fee, you may have a Kodak service representative install the NIC in
the printer. This fee covers hardware installation only. Network setup
tasks are still your responsibility. If you install the NIC yourself, you are
responsible for any damage that occurs during installation.
2.1Equipment Requirements
When installing a new NIC or replacing a NIC, you need
•a Phillips-head or Torque-head (T15) screwdriver. Check the rear of
the printer to determine the screwdriver you need.
NIC Installation and Verification
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•network cabling certified for 10 and/or 100 Mbit operation depending
on the speed of your network. The Kodak Printer and NIC support
10BaseT or 100BaseT cabling directly. For 100 Mbit operation, use
category 5 (CAT 5), unshielded twisted pair (UTP) cabling.
2.2Preparing the Kodak 8400/86xx series Printers
1. Turn off and unplug the printer.
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2. Attach the wrist portion of the antistatic strap to your wrist. Attach the
other end of the strap to the metal plate on the back of the printer.
CAUTION: Wear the antistatic strap when you open the back of the
printer, remove the NIC from the antistatic bag, and
install the NIC. This helps prevent static discharge
damage to the printer and the NIC.
3. Remove the three screws that hold the NIC slot cov er (or e xisting NIC)
in place and set the slot cover aside. Also, remove the five screws on
the back of the printer.
2-2July 1998
NIC Installation and Verification
A
4. Grasp the two black handles on the metal plate. Slowly pull the dra wer
out about six inches.
The printer is ready. Continue to Section 2.4,
Interface Card
.
Installing the Network
2.3 Preparing the Kodak DCP 9000 and 9300 Proofers
1. Turn off and unplug the proofer.
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2. Attach the wrist portion of the antistatic strap to your wrist. Attach the
other end of the strap to the metal plate on the electronics drawer on
the proofer.
CAUTION: Wear the antistatic strap when you remove the
electronics drawer, remove the NIC from the antistatic
bag, and remove or install the NIC. This helps prevent
static discharge damage to the proofer and the NIC.
3. Remove the three screws that hold the NIC in place. Also, remove the
four screws (two on each side) on the back of the proofer holding the
electronics drawer with cable connectors in place.
4. Grasp the black handle on the metal plate. Slowly pull the drawer out
about six inches.
The proofer is ready. Continue to Section 2.4.
2.4Installing or Removing the NIC
Do as follows to install and seat the NIC.
Note: To remove a NIC, complete these steps in reverse order. On some
printers/proofers, you may need to squeeze the standoffs with
pliers to remove the NIC.
1. Remove the NIC from its antistatic bag.
2-4July 1998
NIC Installation and Verification
2. Hold the card so that the printer connector is facing down and the
network cable receptacle is toward you.
3. Tilt the card at about a 30-degree angle, and slide the front into the
NIC slot. Seat the card by positioning the connector on the bottom of
the card against the receptacle on the mother board. Press the card
gently into place.
The network cable receptacle should be accessible through the front
of the slot.
4. Secure the NIC faceplate to the printer / proofer back plate by
replacing the three screws you removed.
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5. Grasp the handles on the back of the printer and slide the back of the
printer in.
6. Replace any back panel screws that you removed.
7. Attach the Ethernet cable to the network cable receptacle on the NIC.
8. Plug in the power cord.
2.5Printing a NIC Configuration Test Page
Note: Make sure that the Ethernet cable is connected.
1. Set the Operational Mode Switches in T est Page Mode (D1 Down, D2
Up). A NIC Configur ation Test Page will be generated when the printer
reaches its READY state.
2. Power up the printer. The NIC will do a self-test at startup.
3. Check the LEDs during the Power Up/ Initialization phase. The
following should occur:
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The green Link LED should come ON and remain ON until the printer
reaches READY.
The yellow Net Traffic should blink 3 to 4 times a second until the
printer reaches READY.
This process may occur twice; the NIC will start a power up sequence
and then the printer will issue an additional NIC reset during the printer
initialization sequence.
4. Check the LEDs again after the printer reaches READY. Ready
indicates the NIC is connected to the network.
The green Link LED should come ON and remain ON (this indicates
that there is connectivity to a network hub/switch).
The yellow Net Traffic LED should blink intermittently as it detects
traffic on the network.
If the LEDs do not behave as described above, refer to page 12-3.
There is also the possibility that the NIC may be defective.
5. Check the NIC Configuration test print. Keep it to refer to when
configuring NIC network-related parameters.
If you have taken the default settings and will not be using TCP/IP
6.
installation is complete. Proceed to the chapter that describes
installing the printer on your system.
If you will be using TCP/IP
Note: Do not confuse this “NIC configuration” test page with the “Printer”
test page that is produced from the printer front control panel. This
10/100 NIC is completely configured using remote configuration
utilities. If you are not using NIC f actory defaults and are concerned
with discrepancies between test pages, you should also enter
pertinent parameters, i.e.,TCP/IP address, via the front control
panel.
2-6July 1998
, continue to section 2.8.
, the
2.6NIC Faceplate
The illustration below shows the NIC faceplate (as seen from the rear of
the printer after installation).
Normal
Switches: D1 and D2 are operation mode switches; they are shown in
Normal Operation Mode for printing (D1 & D2 Up).
LEDs: NET (Yellow) and LNK (Green) LEDs show network traffic and
connectivity.
Ethernet Address: A unique NIC Ethernet address is assigned to each
NIC (i.e. 0040C8 1234AB). The first six digits are always 00:40:C8. The
last six digits are unique to each NIC.
D1 D2
NET
LNK
NIC Installation and Verification
Kodak
10/100 NIC
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Network Broadcasts: The NIC uses its Ethernet address to advertise
itself on Macintosh via Appletalk and on Windows via NetBeui as
“KDxxxxxx” where “xxxxxx” are the last six digits of the address. For
example, a NIC with the address 0040C81234AB would advertise itself
as KD1234AB throughout.
2.7Operation Mode Switches
Refer to the following table to select a NIC operating mode.
Selecting a NIC Operating Mode
D1D2ModeDescription
UpUpNormal Default. Does not allow a telnet connection. Users can print to
the unit.
UpDownTelnet
Diagnostic
DownDownReset to
Defaults
July 19982-7
Allows a telnet connection to change its parameters. Users
can also print.
This setting is used to reset the NIC to use factory default
configuration parameters.
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Selecting a NIC Operating Mode
DownUpTest Page A parameter test page is generated when you pow er cycle the
printer. Print jobs are not accepted. NOTE: The printer must
be in PostScript mode. For raster-only printers, obtain the
parameters via a Telnet session.
Pow er cycle the device whene v er you reset the s witches. When finished in
any mode, return the switches to Normal or Telnet mode, then power
cycle the device again for printing.
2.8Configuring the Network Parameters
If you will be using TCP/IP, configure the NIC networking parameters.
TCP/IP requires an IP address. You can set this up using Arp, then use a
NIC configuration utility to save the IP address.
Note: Default configuration parameters should suffice for getting started
with IPX, EtherTalk or NetBeui protocols.
To use TCP/IP:
1. Set the operating mode switches to Telnet (D1 Up, D2 Down).
2. Power cycle the printer/NIC.
3. Map an IP address to the NIC Ethernet address using Arp.
Note: You can use Arp only if the computer supports TCP/IP and the
existing IP address is 0.0.0.0. If an IP address already exists,
change it using a NIC configuration utility.
Use the syntax your system requires for mapping an IP address to the
hardware address. If needed, obtain the syntax using your system
help.
EXAMPLE: for MS-DOS, when the hardware address =
0040C8:1234AB and the IP address = 2.4.6.8, type:
arp -s 2.4.6.8 00-40-C8-12-34-AB
Note: If an error occurs, type arp or arp /help for the proper syntax f or
your system.
4. To use Telnet (with MS-DOS), type telnet 2.4.6.8 2002
Note: 2002 is the NIC’s diagnostic port.
2-8July 1998
NIC Installation and Verification
Follow the telnet menu to set the TCP/IP address; save it using the
NIC Reset command and then power cycle the printer.
If needed, see the platform-specific chapters for details on configuring
NIC network-related parameters from that platform.
Next, you need to configure the computers for printing. Refer to the
platform-specific chapters for details.
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Windows - FastManage Configuration Utilities
3 Windows - FastManage ConÞguration Utilities
Windows FastManage Utilities: FastManage Utilities allow you to
conÞgure the NIC remotely from Windows platforms. They provide
complete control over all network protocols and related parameters via a
graphical user interface.
Alternate Method: You can also use Telnet to conÞgure and troubleshoot
the NIC from any platform that supports TCP/IP communications. Refer to
Appendix A for information on using Telnet.
Initial NIC check and printer setup using Win 95/NT Network
Neighborhood: If you have network browsing capabilities and you select
Workgroup, you should be able to see the printer/NIC initially advertising
itself as KDxxxxxx, where ÒxxxxxxÓ is consistent with the last six digits of
the Ethernet address for the NIC. This is just an initial check that the NIC
is functioning on your network. You must still use conÞguration utilities to
conÞgure non-default network parameters. If you are comfortable with
NIC conÞguration defaults, then you could select the ÒKDxxxxxxÓ printer/
NIC. Windows will prompt you to install a print driver, if necessary. After
installing an appropriate printer driver, you will be able to select the printer
within an application ÒPrintÓ window and and print to that printer.
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3.1FastManage Features
FastManage consists of the following applications:
¥Discovery Application: Used to Þnd devices that have an SNMP
agent on the network. An icon is displayed for each discovered device.
¥Kodak NIC Manager: Used to Þnd and conÞgure Kodak10/100 NICs
used in Kodak printers.
¥BOOTP Server: Allows you to assign IP addresses dynamically to
devices on the network.
¥Ping: A stand-alone program for debugging. You can ping the NIC IP
address to verify that is functional via the network.
¥On-line help: A list of available help options.
¥Uninstall FastManage: Removes FastManage from a system.
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3.1.1FastManage Hardware Requirements
FastManage requires:
¥A 486 Pentium PC, 66 Mhz computer or higher
¥16 MB of RAM or higher
¥At least 4 MB of free disk space
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¥Microsoft Windows 3.1 or higher
¥Ethernet card installed
FastManage runs as a stand-alone tool (that is, users need not have any
TCP/IP packages on their systems). However, if a system has any
Winsock compatible TCP/IP stacks (that is, PC/TCP, Chameleon, or LAN
Workplace), FastManage will co-exist with these packages. FastManage
runs on top of public domain packet drivers as well as ODI drivers.
3.1.2Software Requirements
IP ConÞguration
¥Packet or ODI Driver must be loaded for the PC network interface.
¥For ODI Drivers, add the following line to the net.cfg Þle:
Frame Ethernet_II
IPX ConÞgurations
¥Novell 4.1 Drivers for Windows and DOS. Refer to the Novell Netware
Documentation for information.
¥ODI Driver must be loaded for the PCÕs network interface.
NetBIOS ConÞguration
¥NetBIOS over NetBEUI network conÞguration for Windows 3.11 or
Windows 95.
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Windows - FastManage Configuration Utilities
3.2Extracting Files from the Windows Utilities Diskette
The NIC.exe Þle on the diskette is a compressed archive of DOS/
Windows for conÞguring the NIC networking parameters. To effectively
manage these Þles, do as follows:
1. Create a KODAK directory/folder on your hard drive, then copy the
NIC.exe Þle to that folder
2. From a RUN or MS-DOS window, type NIC -d to extract and
decompress the directories and Þles.
DOS and FASTMAN directories and Þles appear in the KODAK
directory. The FASTMAN directory contains the Kodak FastManage
Utility Setup Þles that are used when running setup.exe.The DOS
directory contains the PrintMon and NBMon utilities that are used to
detect and conÞgure the NIC in a DOS environment.
3.2.1Setting up the FastManage Utilities
To set up the FastManage utilities, run setup.exe (in the FASTMAN
directory), then follow the on-screen prompts. We recommend using the
FM default installation directory.
The default installation directory, FM, will contain the Kodak Fast Manage
Utilities for Windows, including Discovery, NIC Manager, and BOOTP. You
access the utilities, which are graphical user interfaces for detecting and
conÞguring NICs in your network environment, from the Start/Program
menu.
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