IBM QuickOn for Running Windows User manual

QuickOn for Windows for the IBM Network Station Release 3.0 Page 1 of 13
IBM Network Station
QuickOn for Running Windows
Version 1.1 - April 20, 1999
IBM Network Computer Division
1. Introduction
Overview
You can configure the IBM Network Station to support a variety of standard applications. These
application include 3270, 5250, and VT emulators as well as the NC Navigator browser and a Java
Virtual Machine (JVM). You can access Windows-based applications from a multi-user Windows NT
Server that runs either Citrix' MetaFrame, WinFrame, or WinCenter from NCD, Inc.
This document explains how to install a QuickOn for Running Windows flash card. This card, which is
a bootable PC Card (PCMCIA), allows a Network Station to function like a Windows-based
Terminal. The QuickOn for Running Windows flash card uses the ICA client to connect to a Citrix
MetaFrame or WinFrame server, or a WinCenter server.
Typically, a Network Station boots from a server that runs IBM Network Station Manager (NSM).

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The Network Station accesses its operating system and terminal configuration files from one or more
servers. The user logs in to an authentication server which provides access to the applications and
preferences for each user.
When you use QuickOn for Running Windows, you do not need an NSM server. The Network Station
boots from a flash memory card in the PC Card drive that contains the operating system, minimal
configuration information, and the ICA client application. It then connects over the network to a
MetaFrame, WinFrame, or WinCenter server. When the user powers on the Network Station a
MetaFrame, WinFrame, or WinCenter login screen appears instead of the normal Network Station
login screen.
Peer Booting
You can use one QuickOn for Running Windows flash card to boot multiple Network Stations. All of
the Network Stations must be on a local area network and run the NFS protocol for peer booting.
The number of Network Stations that can boot from a single Network Station that you installed with a
QuickOn for Running Windows flash card depends on the environment. LAN traffic and peer boot
timing are the major performance factors.
The QuickOn for Running Windows flash card is pre-configured to allow peer booting. Look for
setup instructions below.
The QuickOn for Running Windows Environment
System Requirements
The QuickOn for Running Windows flash card is an 8 MB PC Card. The QuickOn for Running
Windows flash card is designed for a Series 300 Network Station Ethernet or token-ring model. You
need a minimum of 16 MB of memory in your Network Station.
Keyboards and Locales
The QuickOn for Running Windows flash card contains keyboard setup information files and other
setup information for the locales in the following table.
List of supported keyboards for the QuickOn for Running Windows flash card
English US English UK French
French Canadian German Italian
Spanish Swedish
Startup
The ICA client is configured to automatically start when the network Station is powered on. It
provides a single, full screen WindowsNT desktop. The desktop is automatically restarted when you
logoff from WindowsNT.

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Load Balancing
Citrix Load Balancing Services allows you to group multiple MetaFrame servers into a unified server
farm to meet the needs of a growing user base. As the size of your organization increases, you can
simply add additional MetaFrame servers to expand your Network Station resources. The load
balancing function determines which MetaFrame server is doing the least amount of work and
connects the Network Station to that server.
The QuickOn for Running Windows flash card is configured to automatically connect to a single
published application when load balancing is used. This published application is the desktop, which is
the familiar WindowsNT desktop. You need to publish the desktop (case sensitive) before you can use
QuickOn for Running Windows and load balancing. Look for details about published applications in
the MetaFrame documentation.
You can specify load balancing either by explicitly indicating the server to connect to or by using the
broadcast capability of the ICA client. The broadcast capability will work only if the ICA Master
Browser (server farm) is on the same subnet as the Network Station. A separate configuration file is
provided, as detailed below, for each method.
Encryption
The QuickOn for Running Windows flash card is configured to only use the basic level of ICA
encryption. You need to configure your MetaFrame server for the simple encryption driver.
Ordering and Support Information
Contact your IBM Network Station Partner to obtain your pre-loaded QuickOn for Running Windows
PC Card(s) as well as service and support. IBM does not sell or support this card directly.
Network Station Partners should refer to the IBM Network Station web site at
http://www.pc.ibm.com/us/networkstation. Choose Support from the left-hand side and then choose
QuickOn Support under Additional Information. You will need to register for a userid and
passowrd to access this information.
Hardware support for the flash cards should be obtained from the flash card vendor.
Related Information
For more information on installing, configuring, and using the IBM Network Station, consult the
following:
lIBM Network Station Manager Installation and Use (SC41-0664).
Order this publication in the US or access this information on the web at the following URL:
http://www.ibm.com/nc/pubs
lIBM Network Station Printing Guide (SG24-5212).
Order this publication in the US or access this information on the web at the following URL:

QuickOn for Windows for the IBM Network Station Release 3.0 Page 4 of 13
http://publib.boulder.ibm.com/pubs/pdfs/redbooks/sg245212.pdf.
lFlash Memory Card Support for the IBM Network Station Release 3.0.
Access this information on the web at the following URL:
http://www5.pc.ibm.com/us/me.nsf/Technical+Information%5cNetwork+Station.
2. Setup
Introduction
This section explains how to use the flash card to boot the Network Station with ICA.
Network Station Setup
You only need to perform the instructions below once for each Network Station. After you configure
the system, the Network Station NVRAM saves the configuration parameters for future use.
Network Configuration Information
You need the following information in order to boot a Network Station with QuickOn for Running
Windows:
lThe IP address of the Network Station.
lThe IP address of the MetaFrame, WinFrame, or WinCenter server.
lThe subnet mask, gateway, and other network setup parameters.
Boot Monitor
If the Network Station boot monitor is below V3.0.7.3, the QuickOn for Running Windows flash card
automatically updates the boot monitor to V3.0.7.3.
Installing the Flash Card
Before you power on the Network Station, insert the QuickOn for Running Windows flash card into
the PC Card drive. Do not insert the flash card when the Network Station is powered on.
Clearing NVRAM
You need to clear NVRAM the first time that you boot from the QuickOn for Windows flash card.
This clears any residual setting in the Network Station NVRAM.
1. Power off your Network Station.
2. Power on your Network Station.
3. Press the Esc key when you see the Search for Host System... message. You will now be
on the Setup Utility screen.
4. Use <LeftCtrl>-<LeftAlt>-<LeftShift>-F1 to enter the Boot Monitor. The Boot Monitor
responds with

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IBM Network Station model xxxx-xxx 8-bit Color Boot Monitor
>
5. Enter the following commands in order to reset the NVRAM settings to their factory defaults:
6. > nv
7. ->> l
8. ->> s
9. Are you sure? y
10. ->> q
11. > se
The Setup Utility screen appears.
Booting Using NVRAM
Setting the Boot Parameters in NVRAM
From the Setup Utility, complete the following steps. If you are unsure about a particular entry, look
for more information in Chapter 10 of the IBM Network Station Manager Installation and Use
manual.
Setting NVRAM for Boot Monitors 3.0 and Above
If you are running boot monitor version 3.0 and above, proceed with the following steps. If you have
an earlier version, proceed to the Setting NVRAM for Boot Monitors Prior to 3.0 section.
1. Choose F2 = View Hardware Configuration.
a. Verify that the flash card has been successfully configured. The type of flash card will be
listed under PCMCIA Card:. If you do not see a PCMCIA Card entry then the card has not
been configured: see the Troubleshooting section.
b. Press Enter to return to the Setup Utility screen.
2. Choose F3 = Set Network Parameters.
a. Set the IP Addressed from to NVRAM.
b. Set the Network Station IP Address to reflect the IP address of the Network Station.
c. Under Boot Host IP Address: section, leave the First Host and Second Host
values as 0.0.0.0. Set the Third Host value to the IP address of your MetaFrame,
WinFrame, or WinCenter server. If you are using broadcast load balancing, you may leave
this field as 0.0.0.0.
d. Leave the Configuration Host IP Address values as 0.0.0.0.
e. Set the Gateway IP Address, Subnet Mask, and Broadcast IP Address parameters
as appropriate for your network.
f. Press Enter to return to the Setup Utility screen.
3. Choose F4 = Set Boot Parameters.
a. Leave the Boot File value blank.
b. Leave the TFTP Boot Directory and NFS Boot Directory entries blank.
c. Set the TFTP Order and NFS Order under Boot Host Protocol to D.
d. Set LOCAL Order to 1.
e. Press Enter to return to the Setup Utility screen.

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4. Choose F5 = Set Configuration Parameters.
a. Set Configuration File to flash.nsm if your MetaFrame server is not configured for
load balancing. If you are using load balancing, set this field to flashlb.nsm or
flashbc.nsm depending on whether you want the direct connection or broadcast
capability.
b. Set the First entry under Configuration Directory to /local/configs/.
c. Set the First and Second entries under Configuration Host Protocol to Default.
Leave the other entries blank.
d. Press Enter to return to the Setup Utility.
5. Choose F7 = Set Language Parameters.
a. Choose F2 = Select Keyboard Language.
b. Set the appropriate language for your system using the cursor keys.
c. Press Enter to return to the Select Keyboard Language screen.
d. Press Enter to confirm your keyboard language (if correct). You will return to the Set
Language Parameters screen.
e. Press Enter to return to the Setup Utility.
6. Press Enter again to start the boot process.
The Network Station should boot and display the message
NS0810 Booting from local device
and then load the kernel. The Network Station splash screen and MetaFrame, WinFrame, or
WinCenter login screen will appear shortly. You may see a message in red:
NS0830 Boot from PCMCIA card failed
Ignore this message.
If the boot monitor is down-level, a screen that indicates a boot monitor refresh appears. Do not
touch the system during the boot monitor update. The Network Station automatically reboots
when the update completes.
After the reboot, if you get a blue screen with the Console window, something has been set up
incorrectly. Clear NVRAM and re-enter the configuration information. If the problem continues, see
the Troubleshooting section below.
Setting NVRAM for Boot Monitors Prior to 3.0
If the Network Station boot monitor level is lower than 3.0.x, proceed with the following steps.
1. Choose F4 = View Hardware Configuration.
a. Verify that the flash card has been successfully configured. The type of flash card will be
listed under PCMCIA Card:. If you do not see a PCMCIA Card entry then the card has not
been configured.
b. Press Enter to return to the Setup Utility screen.

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2. Choose F5 = Set Network Parameters.
a. Set the IP Addressed from to NVRAM.
b. Set the Network Station IP Address to reflect the IP address of the Network Station.
c. Leave the First Boot Host IP Address and Second Boot Host IP Address values
as 0.0.0.0. Set the Third Boot Host IP Address value to the IP address of your
MetaFrame, WinFrame, or WinCenter server.
d. Set the Gateway IP Address, Subnet Mask, and Broadcast IP Address parameters
as appropriate for your network.
e. Press Enter to return to the Setup Utility screen.
3. Choose F6 = Set Boot Parameters.
a. Leave the Boot File value blank.
b. Leave the TFTP Boot Directory and NFS Boot Directory entries blank.
c. Set Configuration File to flash.nsm if your MetaFrame server is not configured for
load balancing. If you are using load balancing, set this field to flashlb.nsm or
flashbc.nsm depending on whether you want the direct connection or broadcast
capability.
d. Leave the Configuration Directory entry blank.
e. Set the TFTP Order, NFS Order, and MOP Order to D.
f. Set LOCAL Order to 1.
g. Press Enter to return to the Setup Utility screen.
4. Press Enter again to start the boot process.
The Network Station should boot and display the message
NS0810 Booting from local device
and then load the kernel. The Network Station splash screen appears. You will then see a screen
indicating that the boot monitor is being refreshed. Do not touch the system during the boot
monitor update. It automatically reboots when the update completes.
If you get a blue screen with the Console window, something has been set up incorrectly. Clear
NVRAM and re-enter the configuration information. If you are still having problems, see the
Troubleshooting section below.
Peer Booting Using NVRAM
Setting the Boot Parameters in NVRAM
To boot a Network Station from a QuickOn for Running Windows flash card on a different Network
Station, you need to add the following additional configuration information:
lThe IP address of the client Network Station
lThe IP address of the host/server Network Station (the one with the flash card installed)
lThe subnet mask and gateway for the network (if any).
First, configure the Network Station containing the flash card (the server) as per the section above.

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Setting NVRAM for Boot Monitors 3.0 and Above
If you are running boot monitor version 3.0 and above, proceed with the following steps. If you have
an earlier version, proceed to the next section.
1. Clear NVRAM as explained earlier in the Clearing NVRAM section.
2. From the Setup Utility screen, choose F3 = Set Network Parameters.
a. Set the IP Addressed from to NVRAM.
b. Set the Network Station IP Address to reflect the IP address of the Network Station.
c. Set the First Host entry under Boot Host IP Address to the IP address of the
Network Station containing the flash card.
d. Set the Third Host value to the IP address of your MetaFrame, WinFrame, or
WinCenter server.
e. Leave the entries under the Configuration Host IP Address section as 0.0.0.0.
f. Set the Gateway IP Address, Subnet Mask, and Broadcast IP Address parameters
as appropriate for your network.
g. Press Enter to return to the Setup Utility screen.
3. Choose F4 = Set Boot Parameters
a. Leave the Boot File value blank.
b. Set the NFS Boot Directory to /peerboot/
The trailing /is required at the end of the /peerboot/ path.
c. Set the TFTP Order and LOCAL Order under Boot Host Protocol to D.
d. Set NFS Order to 1.
e. Press Enter to return to the main Setup Utility screen.
4. Choose F5 = Set Configuration Parameters
a. Set Configuration File to peer.nsm if your MetaFrame server is not configured for
load balancing. If you are using load balancing, set this field to peerlb.nsm or
peerbc.nsm depending on whether you want the direct connection or broadcast
capability.
b. Set the First entry under Configuration Directory to /peerboot/configs/.
The trailing /is required at the end of the Configuration Directory path.
c. Set the First and Second entries under Configuration Host Protocol to Default.
d. Press Enter to return to the Setup Utility.
5. Press Enter again to start the boot process.
The Network Station should boot and display the message
NS0910 Attempting to use the NFS protocol
and then load the kernel. The Network Station splash screen and MetaFrame, WinFrame, or
WinCenter login screen will appear shortly. You may see a message in red:
NS0784 NFS failed file 'kernel.Z' not found

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Ignore this message.
If you get a blue screen with the Console window, something has been set up incorrectly. Check the
Configuration Directory settings using F5 on the Setup Utility. If you are still having problems,
see the Troubleshooting section below.
Setting NVRAM for Boot Monitors Prior to 3.0
If you are running boot monitor prior to 3.0, proceed with the following steps.
1. Clear NVRAM as explained in the Clearing NVRAM section.
2. Choose F5 = Set Network Parameters.
a. Set the IP Addressed from to NVRAM.
b. Set the Network Station IP Address to reflect the IP address of the Network Station.
c. Set the First Boot Host IP Address to the address of the to the IP address of the
Network Station containing the flash card.
d. Leave the Second Boot Host IP Address values as 0.0.0.0. Set the Third Boot
Host IP Address value to the IP address of your MetaFrame, WinFrame, or WinCenter
server.
e. Set the Gateway IP Address, Subnet Mask, and Broadcast IP Address parameters
as appropriate for your network.
f. Press Enter to return to the Setup Utility screen.
3. Choose F6 = Set Boot Parameters.
a. Leave the Boot File value blank.
b. Leave the TFTP Boot Directory value blank.
c. Set the NFS Boot Directory to /peerboot/
The trailing /is required at the end of the /peerboot/ path.
d. Set Configuration File to peer.nsm if your MetaFrame server is not configured for
load balancing. If you are using load balancing, set this field to peerlb.nsm or
peerbc.nsm depending on whether you want the direct connection or broadcast
capability.
e. Set the Configuration Directory to /peerboot/configs/.
The trailing /is required at the end of the Configuration Directory path.
f. Set the TFTP Order, MOP Order, and LOCAL Order to D.
g. Set NFS Order to 1.
h. Press Enter to return to the Setup Utility screen.
4. Press Enter again to start the boot process.
The Network Station should boot and display the message
NS0910 Attempting to use the NFS protocol
and then load the kernel. The Network Station splash screen appears followed by a screen that
indicates a boot monitor refresh. Do not touch the system during the boot monitor update. The
Network Station automatically reboots when the update completes. You may see a message in red:

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NS0784 NFS failed file 'kernel.Z' not found
Ignore this message.
If you get a blue screen with the Console window, something has been set up incorrectly. Check the
Configuration Directory settings using F5 on the Setup Utility. If you are still having problems,
see the Troubleshooting section below.
Booting Using DHCP
There is no DHCP option to pass the Third Boot Host parameter which is what the ICA client uses
to determine which MetaFrame, WinFrame, or WinCenter server to connect to. You must set this
value NVRAM. Set up the Network Station as described above for NVRAM booting, then from the
F3 = Set Network Parameters menu choose DHCP.
There is also no option to pass in the Configuration File value. Again, you must set this option
(flash.nsm, flashlb.nsm, flashbc.nsm, peer.nsm, peerlb.nsm, or peerbc.nsm) directly in
NVRAM.
DHCP provides a Network Station that boots from the QuickOn for Running Windows flash card
with an IP address and other limited DHCP options. These DHCP options, when entered correctly, do
not interfere with QuickOn for Running Windows. These options include:
lOption 1: Subnet Mask
lOption 3: Router
lOption 6: DNS Server
lOption 15: Default Domain
Do not set any other options at the MAC, Class, Subnet, or System level for a Network Station that
boots from the QuickOn for Running Windows flash card.
Peer Booting Using DHCP
If you choose to peer boot your Network Stations and if you use DHCP, the Network Station(s) with
the QuickOn for Running Windows flash card must have fixed IP address(es).
Set up the Network Stations and the DHCP server as described above in Booting Using DHCP. For
the peer booting Network Stations, you must also add DHCP Option 66, TFTP Server, with the IP
Address of the Network Station with the flash card.
If you have multiple Network Stations with flash cards in a given subnet, you have two choices. You
may define Option 66 at the MAC level for every Network Station, or you may create multiple scopes
in a given subnet, and group the scopes.
Print
You can print using printers attached to the Terminal Server, Network Printers, or printers attached to