Alpha Micro Eagle 800 II Series User manual

DSS-10621-01 Rev. A00
For Authorized
Service Personnel Only:
Eagle 800 Series II
Service Manual

FIRST EDITION: April 2005
To re-order this document, request part number DSS-10621-01
FCC Notice
This equipment has been assembled using components that have been certified under a Declaration of Conformity to comply with
the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable
protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency
energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio
communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does
cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user
is encouraged to try to correct the interference by one or more of the following measures:
•Reorient or relocate the receiving antenna.
•Increase the separation between the equipment and receiver.
•Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
•Consult your reseller or an experienced radio/TV technician for help.
Canadian Department of Communications Compliance Statement
This equipment does not exceed Class A limits per radio noise emissions for digital apparatus set out in the Radio Interference
Regulations of the Canadian Department of Communications. Operation in a residential area may cause unacceptable interference
to radio and TV reception requiring the owner or operator to take whatever steps are necessary to correct the interference.
Avis de Conformité aux Normes du Ministère des Communications du Canada
Cet équipment ne deapsse pas les limits de Classe A d'émission de bruits radioélectriques pour les appareils numeriques tels que
prescrites par le Règlement sur le brouillage radioélectrique établi par le ministère des Communications du Canada. L'exploitation
faite en milleu résidential peut entrainer le brouillage des réceptions radio et tele, ce qui obligerait le propriétaire ou l'opératour à
pendre les dispositions nécessaires pour en éliminer les causes.
Battery Warning
CAUTION: Danger of explosion if battery is incorrectly replaced. Replace only with the same or equivalent type recommended by
the manufacturer. Discard used batteries according to the manufacturer's instructions.
ATTENTION: Il y a danger d'explosion s'il y a replacement incorrect de la batterie. Remplacer uniquement avec une batterie du
même type ou d'un type recommandé par le constructeur. Mettre au rébut les batteries usagées conformément aux instructions du
fabricant.
This computer contains a 3-volt lithium battery. When necessary, replace the battery with CR2032 type only. Use of other batteries
may present a risk of fire or explosion. Replacement batteries may be ordered from your authorized Alpha Micro reseller.
Electrical Warning
This equipment contains components that can be damaged by static electricity. Follow all electronic discharge precautions when
handling the equipment. For example, touch the metal back panel of the CPU or peripheral chassis to dissipate any electrical
charge before touching the circuit boards or equipment within the chassis. After turning off power, before you open your computer
chassis, unplug the cord from the electrical outlet to guard against electrical shock.
SOFTWARE SECURITY DEVICE IDENTIFICATION NUMBER: _________________
The Alpha Micro Software Security Device (SSD) is a customized integrated circuit that personalizes the computer, providing
identity verification for it. Certain Alpha Micro and non-Alpha Micro software may require that your computer contain an SSD in
order to run software that has been customized to run only on your computer.
Please enter the identification of your SSD above. The SSD identification number should be on your computer ID label under "SSD
Serial No." (Another way of finding the number is to look at the SSD itself. The SSD is located in an integrated circuit location on
the Eagle 800 Multifunction I/O board; its identification number is printed on the SSD itself.) Software vendors may ask you for the
SSD number if they are customizing software to run only on your computer.
ALPHA MICROSYSTEMS
17534 Von Karman
Irvine, CA 92614

Rev. A00
Table of Contents
INTRODUCTION ....................................................................................................................... 1
ACCESSING YOUR COMPUTER............................................................................................ 1
ELECTRONIC EQUIPMENT HANDLING PRECAUTIONS.................................................. 1
HARDWARE CONFIGURABLE OPTIONS............................................................................. 2
Printed Circuit Board Configuration....................................................................................... 2
Replacing the Time and Date Battery...................................................................................... 6
SSD Chip Removal.................................................................................................................. 6
UPGRADING EAGLE 800 ON-BOARD MEMORY................................................................ 7
Removing Memory DIMMs .................................................................................................... 7
Installing Memory DIMMs...................................................................................................... 7
PERIPHERALS....................................................................................................................... 8
Installing Additional 3-1/2” Peripherals..................................................................................8
Installing Additional 5-1/4” Peripherals..................................................................................9
Additional Documentation for Peripherals.............................................................................. 9
DISK DRIVE REPLACEMENT AND GHOST RESTORE.................................................... 10
System Administrative Tools ................................................................................................ 10
Adding another hard disk.......................................................................................................12
Restoring the AM-8000 System Volume............................................................................... 14
Restoring just one AMD file from a "Ghosted" backup........................................................ 17
ON-LINE DOCUMENTATION ............................................................................................... 17
APPENDIX A - EAGLE 800 SERIES II OPTIMAL BIOS SETTINGS.................................. 19
MS-7032 Motherboard .......................................................................................................... 19
Table of Figures
Figure 1: Static Protection Wrist Strap........................................................................................ 2
Figure 2: Eagle 800 Series II CPU Board Configurations........................................................... 3
Figure 3: Front panel connections...............................................................................................4
Figure 4: Eagle 800 Multifunction Coprocessor Board Configuration....................................... 5
Figure 5: SSD Chip Removal Tool..............................................................................................7
Figure 6: Format DVD-RAM Media......................................................................................... 11
Figure 7: Disk Management ...................................................................................................... 12
Figure 8: Creating SysVol2....................................................................................................... 13
Figure 9: Creating DataVol2 .....................................................................................................14

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INTRODUCTION
This document contains instructions that are intended only for authorized service personnel. Eagle
800 computers contain a high-output power supply, which produces current levels high enough to
make it unsafe for unauthorized persons to perform work inside the chassis.
This document describes the Eagle 800 Series II computer package in the deskside chassis. It covers the
following procedures:
•Removing your computer's side panel.
•Electronic equipment handling precautions.
•Printed circuit board configuration options.
•Installing memory.
•Peripheral installation.
•Drive replacement or adding another drive
•Restoring the System Volume Software
•Eagle 800 Series II Optimal BIOS Settings
ACCESSING YOUR COMPUTER
When adding additional equipment or servicing your computer, you will need to remove two thumb
screws on the edge of the rear panel, unlock the side panel (the one with the latch), swing the panel out,
and remove it. This will expose the inside structure of your computer, including the power supply, main
logic boards, and peripherals.
Lay the case down so that the open side is up. This will facilitate gaining access to the internal system
areas.
ELECTRONIC EQUIPMENT HANDLING PRECAUTIONS
With the AC power cord unplugged and the side cover removed, the components inside your computer
are vulnerable to damage caused by static discharge. Your body and clothing can store an electrical
charge that can damage or destroy unprotected electronic components. Before handling any computer
hardware, make sure your work area is properly protected against static discharge. There are a number of
commercially available static protection devices, like the wrist strap shown in Figure 1, designed
specifically to protect your equipment from harmful static discharge.

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Figure 1: Static Protection Wrist Strap
HARDWARE CONFIGURABLE OPTIONS
The following sections summarize the configuration options available to let you tailor your hardware to
your needs. Most of these options require access to the main circuit boards inside the computer, and
should be performed only by qualified technical personnel. Contact your VAR if you need assistance.
Printed Circuit Board Configuration
Eagle 800 Series II CPU Board
The Eagle 800 Series II CPU board is the primary board of the system. Most other boards contained in
the system actually plug into the CPU board, including the memory DIMMs, the multifunction I/O board,
and other special function boards. This board also contains the following circuitry:
•One Sempron high speed processor (socket 754)
•Dual UDMA-66/100/133 Bus Master Interface for support of ATA IDE and ATAPI devices
•Integrated SATA controller with two SATA drive connectors
•Integrated Ethernet controller, 10/100 Mbps operation
•Two DDR DIMM sockets for support of up to 2GB of PC3200 SDRAM
•One 9-pin serial I/O port (with modem control)
•One 25-pin SPP/ECP/EPP parallel port

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•Four USB 2.0 compliant ports
•Integrated video graphics controller for system display console
•PS/2 keyboard and mouse ports
•CPU temperature and voltage monitoring
•Five PCI slots for optional SCSI controller, additional serial I/O and other specialized
functions.
Eagle 800 Series II CPU Board Configuration
Figure 2 shows the Eagle 800 Series II CPU board configured as shipped by Alpha Micro. The standard
jumper positions are listed along side the figure. All jumpers should be left in their factory-configured
positions.
CPU PIC location
JBAT1 jumper
Figure 2: Eagle 800 Series II CPU Board Configurations
The front panel indicator and control connectors are shown in Figure 3.
DIMM connectors
1 2 3

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JFP1 JFP2
Figure 3: Front panel connections
If you ever need to replace the Eagle 800 Series II CPU Board, you will need to enter the 12 digit CPU
PIC number into the AM8000 Configuration screen. The CPU PIC number is located on the CPU board
as shown in Figure 2. Write this CPU PIC number down before installing the CPU board. The first time
you boot up the Eagle 800 after replacement of the CPU board, follow the procedure in the AMOS 8.x
Server Owner’s manual, Appendix F or use the procedure below to identify the new CPU board to the
system software:
•Once the Eagle 800 starts to boot, depress the CTRL C key combination for the boot job
(VTM1) and make sure the job is at command level. Make sure the EAMOS.INI file is in
“CPU PIC mode”, not in “Shipping mode”. Then restart AM8000 program.
•Depress the ALT /TAB key combination on the keyboard to display the AM8000 System
Diagnostic window.
•Mouse click on Configure. The AM8000 configuration screen will be displayed.
•Move the mouse cursor over the “Magic Code” input box, click inside the box, and type
in the 12-digit number of the CPU PIC you wrote down previously from the label on the
new CPU board.
•Depress RETURN on the keyboard. After a short period of time, if the CPU PIC installation
was successful, you should see the message “Verification passed”. If you typed the wrong
12-digit number, the following error message should appear:
?Magic code verification failed - please re-enter OK
If this happens and you did not make a mistake typing the 12-digit number, restart the
system and verify the CMOS settings and then retry installing the CPU PIC. If this fails,
Select the Control Panel. In the Address box, select the Down Select button. Browse to the
C:\AM8000 folder. Browse in the AM8000 folder and find “amcfg.cfg” file.

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Email this file to [e-mail] identifying who you are, what your system
serial number is, and the CPU PIC that you entered.
AM-113-45 MultiFunction Coprocessor
The AM-113-45 Multifunction Coprocessor board is a PCI compatible board that plugs into a 32-bit PCI
slot on the Eagle 800 CPU board. It contains the following functions:
•SSD (Software Security Device) chip
•Four high performance serial ports
•Hardware timer
•Optional uninterruptible power source (UPS) monitor port
•Optional front panel display port
AM-113-45 MultiFunction Coprocessor Board Configuration
The AM-113-45 Multifunction Coprocessor board has been factory tested and shipped with its
configuration jumpers set in their standard default positions, as shown in Figure 4. All jumpers should be
left in their factory-configured positions. (JP4 and JP1-S2 installed)
Figure 4: Eagle 800 Multifunction Coprocessor Board Configuration
3
SSD Socket location
0
On-board Serial
I
/O ports 0-3

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Replacing the Time and Date Battery
When replacing the battery on your CPU board, always be sure to power-down the system first!
DO NOT replace the battery with the power on! As always, when opening your computer chassis,
take proper precautions against electrostatic discharge, which can seriously damage system
components.
The board uses one three-volt lithium battery (part #CR2032) that will last for approximately two years.
To remove the existing battery, which is about the size of a quarter, you must slide it out from under the
top spring contact. It may be necessary to lift the top spring contact slightly to remove the battery from
the plastic well that holds it in place. Do not bend the spring arm, or you will lose the contact tension
and the battery backup will be intermittent.
When installing the new battery, make sure the positive (+) side is facing up and the top spring arm
contact is pressing down firmly to hold it in place.
After installing a new battery, the system BIOS setting will be reset to factory defaults. These are not
optimized for the Eagle 800 Series II. See the following section for restoring your BIOS settings to the
optimized settings.
Restoring Your BIOS Settings
Besides the time and date, the Eagle 800’s battery also maintains the system setup parameters and boot
device parameters These are stored in Eagle 800’s on-board BIOS chip. Therefore, when you remove and
replace the battery, your BIOS settings will be lost. After you install the new battery and turn system
power on, you need to access the BIOS Configuration menu by pressing during POST and restore
your settings. Refer to Appendix A for the optimized settings for the Eagle 800 Series II.
If you do not use the BIOS configuration menu to restore your settings, the system will drop into standard
factory defaults and boot the Eagle 800 with parameters that are not optimized for the system. Yet, when
it does start to boot, the AlphaShell.Exe will boot the system with AM8000.MON and AM8000.INI as
the system parameters.
Once the system is up and running, log to OPR: and enter the current time and date. Reboot the system to
initialize the system up time.
SSD Chip Removal
The SSD chip is located at U12 on your AM-113-45 Multifunction Coprocessor board, as shown in
Figure 4. The type of socket used for the SSD chip requires a special tool for chip removal. If you ever
need to remove and replace this chip, be sure to use the correct tool, as shown in Figure 5.
DEL

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Figure 5: SSD Chip Removal Tool
UPGRADING EAGLE 800 ON-BOARD MEMORY
The Eagle 800 Series II CPU board has two on-board DIMM (dual inline memory module) expansion
slots, which supports PC2700 or PC3200 DDR RAM modules. If installing two modules, make sure they
are the same model type. Should you want to replace or upgrade any of these DIMMs, first remove the
existing DIMMs, then install new ones, following the procedure below.
Removing Memory DIMMs
To remove a DIMM from its connector:
1. Press out on the retaining latches until the memory module pops up.
2. Lift the DIMM out of the connector
Installing Memory DIMMs
The Eagle 800 supports a minimum of 128MB and a maximum of 2GB of main memory. Before
attempting to install any memory, make sure that the memory you have is compatible with the
Eagle 800. Use Alpha Micro PFB-00722-XX or equivalent memory to expand your system.
To install memory expansion DIMMs in the Eagle 800 CPU board, use this procedure:
1. Installing a DIMM in one of the two DIMM connectors on the CPU board leads to a 64-bit data
transfer rate. If you are ready to install additional DIMMs, install them in any of the following
sequences to maximize the memory performance:
- DIMM connectors 1
- DIMM connectors 1 and 2
2. Make sure that the DIMM aligns properly with the memory slot. The modules are keyed to
ensure that the memory DIMM is properly oriented.
3. Gently push the memory module into the desired slot. Once properly seated, the retaining latches
on each end of the connector will close and secure the module into the slot. Sometimes you may
need to close the latches yourself.

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After installing the DIMMs, the next time you power on the system, the memory will be detected.
Currently, the maximum memory available to AMOS is 750MB. This limitation is imposed by
memory utilization by the XP Embedded software. You may enter the AMOS RAM size in the
General tab of the AM8000 configuration screen. It has a data input box with the current
allocation in MB displayed. We recommend the following memory configurations for the various
total available memory capacity:
Total Memory Installed AMOS memory
128 MB 64 MB
256 MB 128 MB
512 MB 256 MB
1 GB 512 MB
2 GB 750 MB
PERIPHERALS
Your computer system cabinet can hold up to six peripherals, making a wide range of configurations
possible. The peripheral bays are structured as follows:
•Three 5-1/4” front accessible bays typically used to mount tape backup devices, CDs, and other
5-1/4” removable media peripherals. Your writeable CD is mounted on one of these bays.
•Two 3-1/2” front accessible bays, one used to mount a floppy diskette drive.
•One 3-1/2” drive cage (lower cage) that can hold up to three 3-1/2” peripherals, all internally
accessible only. The main system disk is usually mounted in the bottom position of this drive
cage.
Installing Additional 3-1/2” Peripherals
Locate the 3-1/2” drive cage and determine the location you want to install the new peripheral. The
lower mounting tray allows a floppy disk drive to be mounted. The drive cage mounts disk drives that are
totally contained within the system chassis.
To mount peripherals requiring front panel access, follow the instructions below:
1. On the sides of the front bezel, there are two tabs. Press in the tabs and pull forward to remove the
top half of the bezel.
2. Unscrew the two silver thumbscrews located on the bottom of the drive bay assembly and slide out
the 3.5” drive bay assembly.
3. Usually, the floppy drive mounts in the floppy tray. Mount the other 5 1/4” devices into the top drive
bay.
4. Slide the whole assembly back into the case and fasten it with the thumbscrews.

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To mount peripherals into the internal 3.5” drive cage, follow the instructions below:
1. Pull the quick release level on the internal drive cage towards the rear of the chassis and release the
drive cage. Put the cage on a flat surface.
2. Mount your other 3.5” devices into the drive cage. Usually, the main system disk drive will be
mounted in the lower drive position of the drive cage.
3. Slide and lock the drive cage back into the case.
Mount the peripherals into the drive cages using standard hardware. When you have completed the
installation of each peripheral into the drive cage and reinstalled the drive cages into the chassis, plug in
both power and signal cables into each peripheral.
Installing Additional 5-1/4” Peripherals
There are three metal plates covering the 5-1/4” drive bays. Select the position to mount the peripheral
you want to install, and carefully use your hands to twist the metal plate back and forth until it breaks off.
Don’t break off the plates covering the drive bays that you are not going to use. Then follow the
instructions below:
1. Take two of the drive rails that came with the system and mount them to the sides of the 5-1/4”
peripheral. Make sure that the metal portion is angled away from the device and facing forward. The
drive rails are usually fastened inside the chassis at the bottom.
2. Slide the device into the drive bay until you hear a click.
3. Mount any other devices accordingly.
4. Carefully use your thumbs to push the plastic drive bay covers off the bezel and attach the bezel back
into the chassis. Like the metal plates, take off only the covers for the drive bays you are using.
When you have completed the installation of each peripheral into the drive cage and reinstalled the drive
cages into the chassis, plug both power and signal cables into each peripheral.
Additional Documentation for Peripherals
Each peripheral device sold by Alpha Micro is covered by its own set of installation instructions. The
installation instructions include information on jumper settings, termination, and cabling. Before
installing a peripheral, make sure you read the documentation pertaining to the device.
Please look in the C:\AM8000\DOC for additional documentation files stored there.
If the documentation was not included with your peripheral device, it is probably contained on the
AlphaCD that is distributed to all Alpha Micro Value Added Resellers periodically, and can be found on
the Alpha Micro web site, www.alphamicro.com in the Documentation section.

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DISK DRIVE REPLACEMENT AND GHOST RESTORE
There are a few situations that will require the system administrator to work with disk drives and CD
media from the AM-8000 Tools. All these procedures must be done on the system console.
oFormatting DVD-RAM media
oAccessing the AM8000 Tools
oAdding another hard disk.
oRestoring the AM-8000 to a new or empty hard disk.
oRestoring just one AMD files from a Ghosted backup.
Before beginning any of these procedures, make sure you have a current Eagle 800 “Bootable
Recovery CD or DVD”. PLEASE backup the current System Volume and Data Volume.
The following instructions list the screen titles, important options, and the actions you should take using
the following syntax:
<Screen or box Title or Application Program top line >
<Selected item> action for you to do (keyboard input) (keyboard key)
or <Selected item> mouse Select> {menu item}
<Menu> action key press (keyboard)
or <Menu> Select> {menu item} [scroll box] with mouse left click
[Radio Button] mouse Select or ENTER
(Action notes and choices)
Select> [program option] or Select> <Title> menu1> menu2> menu3> [program option]
To select the last “program option”, you need to make multiple left button selects with the mouse of
each menu number to reach the correct program selection.
System Administrative Tools
Accessing the AM8000 Tools
To use the AM8000 System tools there are two ways to gain access. Use the Tools menu or typing the
specific XCMD from AMOS on the console terminal.
Press ALT TAB until the AM8000 System Diagnostic screen appears.
Press ALT T will open the <Tools> menu.
Or while in AMOS on the VTM1 console terminal
Type XCP to launch the Control Panel application
Type XPLORE for the windows explorer
Type XDISKS to use the Windows Disk Management tool.

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This gives you access to various XP-Embedded tools (for formatting disks, etc.) and to Norton Ghost for
creating "Bootable Backup Recovery CD” and other DVD/CD data backups. The system administrator
should know how to use Windows utilities and how to use Norton Ghost software.
Formatting DVD-RAM Media
To format the DVD-RAM media follow this procedure. First launch the <Windows Explorer>
application by typing XPLORE from the VTM1 terminal.
1. Select and Right Click with the mouse on the DVD-RAM drive D:
2. Select> {InCD Format}
3. Select > {Format} radio button. From this window type in a Volume Label: (AMOS1)
4. Select > [Start] button.
Figure 6: Format DVD-RAM Media
When the process is finished, an Explorer window of the D: drive will be displayed. Then you may right
click and add an AM8000 folder. Now the DVD-RAM is ready to use from XP Embedded. You can copy
AMD files to the DVD-RAM. This process is rather slow, and AMOS should be stopped while copying a
large file to the DVD-RAM. Copying a 4 GB AMD file to the DVD-RAM takes about 2 hours.
Accessing the AM8000 Disk Management screen
Many of these administrative tasks require access to the AM8000 Disk Management screen. On the
console terminal type XDISKS to start the application or follow the procedure below. You may also use
the mouse to point the Menu Item and click to select. The manual keyboard method is outlined below.
Press TAB to:
<AM8000 System >
Press /T (opens Tools)
Press to: {Control Panel} Press ENTER
<Control Panel>
Press to {Administrative Tools} Press ENTER
<Administrative Tools >
Press to {Computer Management} Press ENTER
ALT
ALT

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<Computer Management>
Press to {Storage} Press
Press to: {Disk Management} Press TAB and TAB
Use the arrow keys to move between the various drives (usually Disk 0 and Disk 1). The and will
select various partitions on each Disk. You should see each physical drive or drives on the system with
drive sizes and partition sizes.
Adding another hard disk
When adding another hard disk drive there are some additional steps necessary before loading software:
Physically install the new hardware.
If the disk drive has an IDE interface, it can go on either the primary or secondary IDE bus. Be sure to set
the disk drive jumpers correctly for Slave or Master or preferably set to Cable Select. Normally the
second drive is installed as the slave device on the primary IDE cable. If the drive is to be attached to the
secondary IDE channel, you will need to provide the IDE cable. Configure the new drive by either:
a. Manually allocating the drive partitions and format each partition.
b. Doing a Ghost restore of a recent full backup to the new hard disk.
See the “Restoring the AM-8000 System Volume”.
Once you add a new drive to the system that is not formatted, it will be displayed in the lower panel with
a Black Bar. First, we must allocate a partition.
Figure 7: Disk Management

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1. Right click on Disk 1 black bar in the lower panel and Select> {New Partition}
2. The < New Partition Wizard> will display. Select> [Next].
3. <Select Partition Type> Select> {Primary partition} > [Next].
(You can only boot off of a primary partition)
4. <Specify Partition Size> the Partition Size in MB type in 5004 select> [Next] button.
5. Allow the program to assign the next drive letter. Select> [Next] button.
<Format Partition> { Format this partition with the following settings:}
File System: NTFS
Allocation unit size: Default
Volume Label: type in (SysVol2)
Check the {Perform a Quick format box}.
Select > [Next] button.
Select > [Finish] button.
6. When XPE finishes formatting the drive, the display will look like this.
Figure 8: Creating SysVol2
7. To set the new SysVol2 Active right click on F: and Select > {Mark Partition as Active}
8. Now we need to format the second partition. Right Click on the black bar and Select >
{New Partition }
9. The< New Partition Wizard> will display. Select> [Next].
10. <Select Partition Type> Select> {Extended partition} > [Next].
11. <Specify Partition Size> the Partition Size in MB type in 33158 select> [Next] button.
12. Select > [Finish] button. This will create a new Light green partition.
13. Right Click on the Light Green bar and Select > {New Logical}
14. The< New Partition Wizard> will display. Select> [Next].
15. <Select Partition Type> Select> {Logical drive}> [Next].
16. <Specify Partition Size> the Partition Size in MB type in 33158 select> [Next] button.
17. Allow the program to assign the next drive letter. Select> [Next] button.
<Format Partition> { Format this partition with the following settings:}
File System: NTFS
Allocation unit size: Default
Volume Label: type in (DataVol2)
Check the {Perform a Quick format box}.
Select > [Next] button.
Select > [Finish] button.
18. When XPE finishes formatting the display will look like this.

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Figure 9: Creating DataVol2
Now to configure the new drive for AM8000 operation we need to:
1. Copy the desired sub-directories to the new partition using Explorer; or
2. Create the desired sub-directories using Explorer, then create the desired AMOS AMD pseudo
drive using the AM8000 configuration process.
3. Or use Ghost to restore the AMD pseudo drives and other files.
Restoring the AM-8000 System Volume
This procedure to restore the system drive from the Bootable Ghost Recovery CD is the best way to
create a bootable System Volume. This procedure can be done to any hard disk, including the original
drive or a new, larger “subsystem” drive. Ghost can restore one or more partitions. Ghost can also
partition and format hard disks. All of these procedures may destroy previous data, so use caution when
performing them.
Ghost Restore Process
The Ghost Restore process is normally used when a new replacement hard drive is installed. All system
settings and configuration settings must be re-entered for the AM8000 Server installation. The AMOS
Bootable Ghost Recovery CD shipped from Alpha Micro has the default settings and the original disk
files. Any patches or Customer data applied to the Server after installation will be missing.
The system administrator should perform a Ghost backup to a file of the C: SystemVolume any
time there is a configuration change to the Server. This up-to-date backup will contain all the
information about the specific installation. Then this backup should be copied to alternate media
and labeled and stored for future use.
If the boot AMD disk file was on the first disk partition, then the installation’s AMD disk files will have
to be regenerated and the application software MTURES’ed back onto the pseudo drive. If the system
administrator places the AM8000.AMD boot disk on the E drive, it will also have to be restored from the
E: Data Volume backups. After a Ghost restore to a new disk drive, if you have additional backups of
just the AMD disk files then you are safe. These AMD files will need to be copied to the correct
locations and then Configured in the AM8000 program as described in Chapter 3 of the AMOS 8.x
Servers Owner’s Manual.

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System Software Load from Ghost CD or Drive Image Backup
The numbered procedure below is used to load an empty hard drive with the AMOS 8.1 Bootable
Recovery CD. At the console, follow the procedure by executing the Keyboard commands. Read the screen
titles and responses and take the appropriate action. Please be very careful with this procedure while
entering the C: System Volume disk size. If the size is larger than what the hard drive was partitioned for
originally, the data on the E: DataVolume drive will get written over! For an empty drive you must do a
Disk restore to correctly write the boot sector on the drive to make it bootable.
1. Power system up, place the Bootable CD in the drive and boot the system from the CD/DVD drive.
2. The Console Screen will display .
< Press any key to BOOT from CD/DVD> Press SPACE
3. The first screen displayed is < About Norton Ghost> will ask for <OK> Press ENTER
Note: Anything that is highlighted in White is the command that is selected.
4. In the <Symantec> menu is selecting <LOCAL > Press ENTER.
5. The <Action menu> {DISK} is highlighted. Selecting DISK will overwrite all partitions on the
Drive selected. Either Press to select {Partition} or Press ENTER for Disk.
a. If selecting a Disk Restore, in the <Disk menu> Press twice to select {From
Image}, then press ENTER
b. If selecting a Partition Restore, Press ENTER to select the <Partition menu> Press
twice to select {From Image}, then press ENTER.
6. <Image file Name to Restore from> menu
a. Type TAB to select < Look in: ><A> press ENTER
b. Now a pull down menu shows all drives. We must select the { @CD-R drive } or press
to select the DataVolume which contains an image save of the C System Volume. to
select {Backups} and press ENTER. The filename of the C volume will have a name like
S2Eagle800sn100VolC.gho, to select the most current dated file and Press ENTER if not
skip this step and select the CD-Rom drive. Go to step 8.
c. Or press to < @CD-Rom> press ENTER. <Ghost CD/DVD Image> is highlighted in the
main window. Press ENTER. Go to step {9}.
7. For a Partition Restore: If you had selected this option the next menu will be
<Select source partition from image file> and will display
{Part 1, Primary, Id=07, Description NTFS, Label SystemVol1, Size 5004}
Press TAB to select [Ok] and press ENTER to continue.
Or Press to select the correct physical drive
Or Press ESC to quit.
8. For either a Disk Restore or Partition Restore. The next screen will display
<Select local destination drive by clicking on the drive number>
If you have more than one drive they both will be displayed so be careful which drive you are
selecting.
a. Drive 1 is highlighted either press TAB to select or
b. Press to select the correct drive number.
c. To select {OK}, press ENTER.
9. For a Disk Restore skip to the step {11} for a Partition Restore the menu will say;
<Select destination partition from Basic Drive: 1>
Either you will have 1 or 2 partitions, Select the Primary one and press ENTER.
Skip forward to step {13}
10. For Disk Restore. In the <Destination Drive Details> menu

Page 16 Eagle 800 Series II Service Manual
Rev. A00
{1 Primary NTFS, Disk Load, New Size 39197} an input box is highlighting the New Size or use
the Old size number which the drive was partitioned for which is displayed on the right.
{In Destination drive details} –
BACKSPACE to delete new size and type in (your number) if the number displayed is wrong.
Type the number written on the left side of the CD label. Examples below:
C:5004 is the Eagle 800 Volume size for Series II systems.
C:19602 is the Eagle 800 Volume size for early systems.
C:19092 is the value of some Eagle 800 Internal RAID systems.
Press ENTER. If the drives were resized during the manufacturing phase, the new number will be
written on the CD label. If the number being entered is larger than the original C: drive size, the
next partition the E: drive will get written over and you will loose the E: drive data. Be very careful
and accurate.
11. Press the TAB key to select {OK}, press ENTER.
12. The message box will display and ask
<Proceed with disk restore?
Destination drive will be permanently overwritten>
13. Now to start the <Norton Ghost restore>, [No] is highlighted so you can cancel this operation if you
wish. Press the to {YES}, then press ENTER to execute the Restore.
14. Allow the Ghost Software to restore the data. This takes about 10 minutes for the first logical. After
the drive is loaded from CD, Ghost will ask to <Reset Computer> Press ENTER and allow system to
restart.
15. Eject the CD and remove it. Place it back in the storage jewel case.
16. When the system restarts, press the ESC key on the keyboard during the 5-second count down.
Execute the windows <Explorer> application and inspect the C: and E: volumes. If the drive was empty,
the operator must initialize the E: DataVolume drive as described earlier in this document.
Getting to a Production Configuration
If you had changed any of the AM8000 configuration information since creating the bootable backup
DVD, such as adding Microsoft Network printers, COMxx ports, SCSI devices, firewall settings, etc.,
then you will need to repeat those changes.
In addition, the AM8000.INI, and other customized .INI files, and perhaps even the AM8000.MON, may
not be current. Production versions are normally on the AMOS 8.1 AMD disks on the "Data Volume".
AFTER restoring the latest backup (see below), these can be updated by simply MONTSTing from the
latest backup copies - like MONTST AM8000 which will re-syncronize the "System Volume" copies.
If the "Data Volume" partition (usually E:) was restored, then restoring the production system is done.
If this was the most recent backup of the AMOS data, then the whole procedure is done.
If there is no "Data Volume" (it was not on the backup), then create a data volume using the New
Partition Wizard described earlier in this manual.
If necessary, create an AMOS AMD pseudo drive using the AM8000 configuration process described in
the AM-8000 Server Owner’s Manual. Generally we recommend disks of 4 GB or less so that each will
fit on a DVD-RAM media. However, the choice is yours: Using a large tape drive or the Ghost
compression will allow backing up much larger AMD files.