Magnia 7010 User’s Guide ™
iii Model: Magnia7010 Copyright ©2000 by Toshiba Corporation. All rights reserved. Under the copyright laws, this manual cannot be reproduced in any form without the prior written permission of Toshiba. No patent liability is assumed, however, with respect to the use of the information contained herein. Toshiba Magnia7010 User's Guide First edition March 2000 Disclaimer This manual has been validated and reviewed for accuracy.
iv CE compliance This product and the original options are designed to observe the related EMC (Electromagnetic compatibility) and safety standards. However, Toshiba should not guarantee that this product still observes these EMC standards if options or cables not produced by Toshiba are connected or implemented. In this case the persons who have connected / implemented those options / cables have to assure that the system (PC plus options / cables) still fulfils the required standards.
v Therefore Toshiba strongly recommend that the electromagnetic compatibility of this product should be suitably tested in all non-approved working environments before use. In the case of automobiles or aircraft, the manufacturer or airline respectively should be asked for permission before use of this product. Furthermore, for general safety reasons, the use of this product in environments with explosive atmospheres is not permitted. Class A warning This product observes Class A radiation limits only.
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Introduction Congratulations on the purchase of your Magnia™ 7010 server, which combines high performance with great flexibility: Up to four Xeon Pentium® III processors (550 MHz speeds available) 512 KB secondary cache memory per CPU Expandable to 4 GB RAM 32x speed SCSI CD-ROM drive Server setup support software Up to 12 SCSI hot-swap hard disk drives (with optional hard disk drive [HDD] cage) compatible with Ultra II (LVDS) Wide SCSI Six dedicated PCI expansion slots and one shared PCI/ISA
viii About this guide This guide introduces the Magnia7010’s features and explains how to set up, configure, and maintain the server. Please read through the guide to gain an overall understanding of operating procedures and safety precautions before you use the Magnia7010 server. Safety cautions All safety instructions must be read carefully and must be fully understood, before attempting to use your Toshiba Magnia Series Server Rack.
ix Other icons used Additional icons highlight other helpful or educational information: TECHNICAL NOTE: This icon provides technical information about the server which, while not essential, may be of interest to you. HINT: This icon denotes helpful hints and tips. DEFINITION: This icon indicates the definition of a term used in the text. Other documentation The server comes with the following documentation: The Magnia™ 7010 User’s Guide contains the technical information about how the server works.
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Contents Chapter 1: Getting Started ............................................................... 2 Make sure you have everything .................................................... 2 Environmental considerations ....................................................... 2 Both models—pedestal and rack.............................................. 2 Pedestal model.......................................................................... 3 Rack model...........................................................
xii Removing the front doors............................................................ Removing and replacing the server panels................................ Removing the panels on the pedestal model......................... Removing the covers - rack model......................................... Replacing the server covers on the pedestal model ............. Replacing the covers on the rack model................................ Setting up server security................................................
xiii Installing the fan module ......................................................... 38 Adding memory............................................................................ 39 Installing a memory module.................................................... 41 Removing a memory module.................................................. 43 Adding a CPU .............................................................................. 43 Installing a CPU........................................................
xiv Changing PCI/ISA device configuration settings................... 85 Creating and registering ISA expansion card information..... 87 Boot Device ............................................................................. 88 Verifying or changing the password ....................................... 89 SEL Viewer Add-in.................................................................. 92 CMOS Setup Utility......................................................................
xv Appendix A: Specifications........................................................... 133 Model specifications................................................................... 133 Interrupt levels............................................................................ 136 PCI slots and device numbers .................................................. 137 Appendix B: Interfaces.................................................................. 139 RGB interface.......................................
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Chapter 1 Make sure you have everything . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 Environmental considerations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 Power requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 Front view . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 Front with doors open . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 Back of the Magnia7010 . . . . .
Getting Started This chapter describes the server in detail and the environmental conditions for which it is designed. Make sure you have everything Unpack the boxes and check the contents against an attached list of accessories and your purchase order. If any items are missing or damaged, notify your purchasing department immediately. Before plugging in the AC cable, remove the top and left covers and check for correct seating of all installed components.
Getting Started Environmental considerations 3 CAUTION: If you spill liquid into the server, turn it off, unplug it from the AC power source, and let it dry out completely before turning it on again. If the server does not operate correctly after you turn it back on, contact a authorized Magnia service provider. Harmonic-generating electronic equipment Equipment that generates a strong electromagnetic field, such as large motors or speaker phones.
4 Getting Started Power requirements 2 inches (5 cm) or more 8 inches (20 cm) or more 2 inches (5 cm) or more 14 inches (35 cm) or more Minimum safe distances Rack model NOTE: Installing a rack model of the Magnia7010 requires special techniques and knowledge. Toshiba recommends that you call an authorized Magnia service provider.
Getting Started Front view 5 Front view Power on/off Disk activity Auto Shutdown Fault Upper door lock status window Key lock Casters Front view with the doors closed Upper door lock status window The upper door may be secured (locked) to the lower door. The icon in the upper door lock status window indicates if the upper door is locked or unlocked. Unlocked Locked Upper door lock window Key lock The key lock may be used to lock the security cover lower door.
6 Getting Started Front view Locking the casters 2 To unlock the casters, push the tabs upwards.
Getting Started Front with doors open Front with doors open Door lock mechanism Removable upper door security Removable door hinges LCD Display Upper device bay Status indicators NMI switch Reset switch Shortcut switch Power On/Off switch Floppy disk drive Spacer HDD cage Panel lock Removable lower door security Optional expansion HDD cage location Front of the Magnia7010 Thumb screw Panel lock Thumb screw LCD Display CD-ROM drive Handle (2) Floppy disk drive Status indicators Spacer HDD device bays
8 Getting Started Front with doors open Door lock mechanism The upper and lower doors may be latched together for varying degrees of server security. For more information, see “Setting up server security” on page 21. Upper door security The upper door provides access to the operation switches, the 5.25-inch device bays (including the CD-ROM) and the diskette drive. The upper door may be locked with an internal latch. The locked door status is shown by the icon in the window of the upper door.
Getting Started Front with doors open 9 The Shortcut switch is a user-defined switch that enables predefined software. APL See the “Server Setup Tool User’s Guide” for instructions on installing software for the Shortcut switch. The Power On/Off switch turns power on or off. ON—Press until you hear an audible sound, then release it. OFF—Press until the sound has changed to continuous one, then release it.
10 Getting Started Front with doors open Default settings are displayed as MAGNIA 7010. You can use a tool to change what is displayed. Refer to “Using the Sensor Data and LCD Setup tool” on page 106. MAGNIA 7010 3 Fault information The messages that may be displayed when a malfunction occurs are listed below. For the FAN number and power supply number designations, see the diagram shown below. Messages Meaning Note SYS FAN Failure FAN#n on Unit#1 Failure of Standard FAN’s FAN n. n = FAN No (1 ...
Getting Started Front with doors open Messages Meaning Note SMC_Diag_Err(xx) SMC board self-diagnostic error. xx = error code CPU FAN 1 2 5 4 1 5 1 2 2 3 4 3 Standard FAN Redundant FAN 1 3 2 4 Server status indicators (lamps) Each lamp (LED) indicates a state of the server.
12 Getting Started Front with doors open Type of Lamp State Meaning Power Off Not running, power off (no AC input) Flashing Amber Number of power supplies is wrong Disk Amber Not running, but power is on (AC input) Flashing Green Reserved Green Running normally Off Not running Amber Disk fault occurred (Valid only with the RAID controller option.) Flashing Amber Disk array being rebuilt (Valid only with the RAID controller option.
Getting Started Front with doors open Type of Lamp State Meaning Fault Off DC OFF or normal operation 13 (AC OFF or all power supplies and fans are OK) Flashing Green One of the redundant FAN/Power supply has failed. (System operation can resume.) Flashing Amber The non-redundant FAN/Power supply has failed. Or, the redundant FAN/Power supply pair has failed. (The system must be stopped immediately.) CAUTION: If a failure occurs, contact your authorized Magnia service provider.
14 Getting Started Front with doors open without shutdown until maintenance personnel arrive, unless the system is already in a downgraded operation or failure mode. A redundant fan module can be installed so that, if one unit fails, the system can remain in operation. NOTE: Even if one of the power supplies or cooling fans of a redundant configuration fails, the system will remain running without shutting down (downgraded operation). Toshiba recommends immediate repair.
Getting Started Front with doors open LED State Meaning STATUS Off HDD not installed 15 No power supplied to the HDD Data not read or written—no activity DC POWER Amber Disk failure (RAID controller option only) Flashing amber Disk array being rebuilt (RAID controller option only) Green Data being read or written Off HDD not installed No power supplied to the HDD Green Power supplied to the HDD NOTE: If the STATUS indicator for a slot glows amber, the corresponding hard disk must be repl
16 Getting Started Front with doors open When the server is switched off, the hard disk drive head automatically retracts. However, the hard disk drive takes about 30 seconds to stop. WARNING: The HDD becomes hot when in use. Wait for it to cool when removing. For more information about the disk drive subsystem, see “Adding and removing a hard disk drive (HDD)” on page 56.
Getting Started Back of the Magnia7010 17 Back of the Magnia7010 Power supply (#1) Security loop Power supply (#2) USB port Keyboard port Mouse port Serial port #1 Serial port #2 Printer port Video port Network port AC power cable receptacle AC power button Expansion slot covers Power supply (#4) slot Security loop Power supply (#3) slot Rear view of the Magnia7010 Power supply The server has two standard power supplies.
18 Getting Started Removing the front doors Security loops The security loops let you attach a locking device to the back of the server to prevent theft and unauthorized removal of the power supplies. See “Rear access” on page 22 for more information. I/O ports Connect the various server components to the appropriate I/O port. See “Connecting peripherals” on page 26.
Getting Started Removing and replacing the server panels 19 Removing and replacing the server panels To service the components inside the server, you must remove the side and top panels. Removing the panels on the pedestal model 1 Switch off the server, turn off the AC power switch and unplug its power cable. 2 To release the side panel, turn the lock on the left side of the front panel so that its finger grip is horizontal. 3 Slide the left panel back until it stops (about 2.
20 Getting Started Removing and replacing the server panels 4 Use the handles to draw the server from the rack. Pull slowly until the server will go no farther. Panel lock Thumbscrew Extraction handle Thumbscrew Extraction handle Removing the covers on the rack version 5 Release the panel lock. 6 Remove the panels. Replacing the server covers on the pedestal model NOTE: Before replacing the server covers, make sure that the server’s AC switch is OFF and the power cable is unplugged.
Getting Started Setting up server security 21 Setting up server security The server door is divided into an upper door and a lower door to allow three types of access: none, limited, or full. Both upper and lower security cover doors are on removable hinges allowing for complete removal of both doors. The door lock mechanism for the upper door is accessible only with the bottom door open. Use the key to unlock and open both doors.
22 Getting Started Inside the server Full access If both doors are unlocked, all server functions are available to any user. To permit full access to the server, unlock the lower door with the key. Rear access To prevent access to the rear of the server and unauthorized removal of the power supplies, install the two security plates. Security plates These plates fit over the two security loops on the back of the server. You can then place a security lock through the loops.
Getting Started Inside the server 23 Cooling fans The server contains several cooling fans for the HDDs, power supply, system motherboard, and CPUs. The server may be fitted with a redundant fan module so that, if one unit fails, the remaining fan module permits the system to remain in operation. A faulty cooling fan is indicated by a flashing FAULT indicator & LCD Display. See “Server status indicators (lamps)” on page 11 for details. Prompt repair of the failed unit is necessary.
24 Getting Started Caring for your equipment Expansion slots The system base board has seven expansion slots—six PCI slots and one PCI/ ISA shared slot. An ISA expansion card that requires a -5V supply cannot be used in the slot because -5V is not supplied to any slot. To install an expansion card, see “Installing expansion cards” on page 63.
Getting Started Caring for your equipment 25 3 Remove any foreign matter adhering to the keys using a dry cloth. CAUTION: Do not spill liquids into the keyboard. Caring for the mouse If the mouse is used for a long period of time, dust may adhere to the ball, making the mouse pointer move sluggishly or remain still. To clean the mouse: 1 Switch off the server. 2 Turn the ball cover on the bottom of the mouse in the arrow direction (counterclockwise) to remove the cover. Then remove the ball.
26 Getting Started Connecting peripherals Caring for the monitor Static electricity will cause dust to adhere to the monitor screen. It can be wiped clean with a soft cloth. Do not use a wet cloth on the screen. Connecting peripherals The server has sockets on the back for connecting the keyboard and mouse, a monitor and other peripheral devices. To connect peripherals: 1 If the power cables of the server and peripherals are plugged into AC outlets, disconnect them.
Getting Started Connecting the power cable 27 Connecting the power cable NOTE: Toshiba recommends that you connect the server to an Uninterruptible Power Supply (UPS) to prevent loss of data during an unexpected shutdown or power failure. After connecting the peripherals, connect the power cable to the server. 1 Check that the AC power switch on the back of the server is off. 2 Connect one end of the power cable to the power socket on the back of the server. 3 Use a clamp to keep the AC cable in place.
28 Getting Started Switching on the server Switching on the server NOTE: Wait for at least 10 seconds prior to switching power back on with the power on/off switch and AC switch. Failure to observe this interval could cause operation errors or faults. 1 Check that the monitor, keyboard, mouse, and all peripherals are correctly connected. 2 Check that all power cables are connected to grounded AC outlets. 3 Switch on the monitor. 4 Set the AC power switch on the back of the server to the ON position.
Getting Started Switching off the server 29 The entered values take effect when you restart the system. POST uses these values to configure the hardware. If the values and the actual hardware do not agree, POST generates an error message. You must then run Setup to specify the correct configuration. Switching off the server The method for switching off power varies depending on the system used. Check your system and use either the Automatic Shutdown function or the normal method to switch off power.
30 Getting Started Switching off the server 1 Terminate all application software operating on the operating system. Be sure to save the data of the application software before exiting. NOTE: When power is switched off using the Automatic Shutdown function, the application software is forcibly terminated so that any unsaved data will be lost. However, you do not need to manually shut down the operating system (Windows NT) before shutting down the server.
Getting Started Abnormal system shutdown 31 Operate the power on/off switch after logoff. Either inhibit any login by Guest, or give shutdown rights to all users, including Guest. Applications during system operation When the system is shut down using the power on/off switch, all the running applications are forcibly terminated. Current application data will be lost in this instance.
32 Getting Started Abnormal system shutdown
Chapter 2 Installing optional devices . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Fan module installation/removal . . . . . . . . . . . . . . . . . . . . . . . . . . Adding memory . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Adding a CPU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Replacing the motherboard battery . . . . . . . . . . . . . . . . . . . . . . . Adding internal SCSI devices . . . . . . . . . . . . . . . .
Installing Hardware If you purchased optional products in your server, install these before setting up the server. Installing optional devices Before you start NOTE: Consult your authorized Magnia service provider, sales office, for details concerning available options. Before installing an optional device, read the instructions provided with it and the installation instructions in this manual.
Installing Hardware Installing optional devices 35 DANGER: Be sure to disconnect the AC power cables prior to removing any optional devices. Some parts carry high voltages and are dangerous to touch. When installing or removing optional devices, protect your hands from injury from sharp edges or hot components. Wait for the components to cool. Use the appropriate size of screwdriver for each screw. A screwdriver that is too small or too large can damage the screw head.
36 Installing Hardware Installing optional devices Installation/removal overview CAUTION: Never disassemble the server more than described in this manual. Failure to observe this precaution could cause a fault or electric shock, or void the warranty. When removing or installing optional devices, follow these steps: 1 If the server is in use, shut it down, switch off all its peripherals, press the AC switch to turn off the server, and unplug the power cable from the AC outlet or UPS.
Installing Hardware Fan module installation/removal 37 Do not stand on a rolling chair or other unsecured objects to gain access to a high location in the rack. You may lose your footing. If there is another system installed in the rack, do not touch its power switch or power supply units. Installing the rack server 1 Hold down the front end of the rail lock to free the slide rail. 2 Slide the server fully into the rack. 3 Secure the thumbscrews. 4 Connect the AC cable.
38 Installing Hardware Fan module installation/removal Spring lock Main fan cable Fan unit Spring lock Fan module and chassis 4 Press the two latches on the upper and lower corners of the unit and pull out the module. NOTE: If removing fan modules, you should use the Sensor Data and LCD Setup tool to update the information in the server’s internal files about this device. Refer to “Using the Sensor Data and LCD Setup tool” on page 106 for additional details.
Installing Hardware Adding memory 39 6 Plug in the power cable and switch on the server. NOTE: If you are installing a DDS Auto Loader, you cannot install a second fan module. Adding memory The server has 16 memory slots divided into four groups: A, B, C, and D, divided into four slots each group. You can install a Dual In-line Memory Module (DIMM) with Error Correction Control (ECC) in each slot. Four module sizes are available: —, 64 MB, 128 MB, and 256 MB.
40 Installing Hardware Adding memory J16 J15 J12 J11 J8 J7 J4 J3 J14 J13 J10 J9 J6 J5 J2 J1 D C B A Memory board TECHNICAL NOTE: The memory controller only recognizes installed memory when the memory banks are filled sequentially, starting with Bank A. In addition, every memory expansion slot in the bank must contain a memory module for the bank to be recognized. WARNING: Do not install or remove memory modules immediately after switching off the power.
Installing Hardware Adding memory 41 Memory Configuration Table Bank A Bank B Bank C Bank D Total memory(MB) 512 512 256 512 512 1024 512 256 768 1280 512 512 Highlighted row represents standard system configuration. Fill the memory slots using the following memory module combinations: Memory Combination 256MB Four 64MB EDO DIMMs 512MB Four 128MB EDO DIMMs 1024MB Four 256MB EDO DIMMs Installing a memory module CAUTION: Memory modules can be seriously damaged by static electricity.
42 Installing Hardware Adding memory 3 Release the screw and remove the memory board bracket. Removing the memory board bracket 4 Pull out the memory board. Removing the memory board 5 Release the two latches on either side of the slot and pull out the dummy cover. Dummy cover removal 6 Insert the memory module and secure the latches. Inserting the memory module 7 Attach the memory board.
Installing Hardware Adding a CPU 43 8 Seat the memory board bracket and secure the thumbscrews. 9 Replace the server covers. 10 Plug in the power cable and switch on the server. Removing a memory module 1 Perform step 1 through step 4 in “Installing a memory module” on page 41. 2 Release the two latches on either side of the slot and pull out the module. 3 Attach the memory board. 4 Seat the memory board bracket and secure the thumbscrew. 5 Replace the server covers.
44 Installing Hardware Adding a CPU 1 If the server is in use, shut it down, set the AC switch on the back of the server to OFF and unplug the power cable. CAUTION: Installing a CPU with the power on could damage the CPU and/ or the server. 2 Remove the server covers. See “Removing and replacing the server panels” on page 19. WARNING: Do not install an additional CPU or replace a CPU immediately after switching off power. To protect yourself from burns, wait until the heat around the CPU slot dissipates.
Installing Hardware Adding a CPU 45 Pulling out the CPU fan unit NOTE: The first CPU module is installed in the higher slot. CPU add-in modules should be installed from the next bottom vacant slot. VRMs should also be installed from the up bottom. 6 Voltage Regulator Module (VRM) slots are located behind the CPU fan unit. Remove the VRM dummy cover from its slot. Removing the VRM dummy cover 7 Insert the VRM and close the latches so that they fit into slots on either side of the power supply.
46 Installing Hardware Adding a CPU . # of Processors Required Hardware 1 3 Termination Modules 3 VRMs 2 2 Termination Modules 4 VRMs 3 1 Termination Modules 5 VRMs 4 0 Termination Modules 6 VRMs 8 Pull out the latches of the CPU slot and pull out the terminator module. Removing the terminator module 9 Insert the CPU add-in module into the slot. 10 When the CPU add-in module is securely connected, push the latches closed to lock the module.
Installing Hardware Adding a CPU 47 Connecting the fan cable 13 Replace the server covers. 14 Plug in the power cable and switch on the server. 15 Start the BIOS setup utility by pressing F2 during boot up, and change the setting of Processor Retest on the server menu to Yes. 16 Save the changed setting and restart the Setup utility. 17 Check the screen and confirm that the CPU has been correctly recognized.
48 Installing Hardware Replacing the motherboard battery Replacing the motherboard battery This section shows how to replace the battery on the motherboard. Removing the battery from the motherboard Inserting the battery on the motherboard WARNING: If the battery is incorrectly replaced, there is the danger of explosion. Use only replacement batteries of the same or equivalent type recommended by the manufacturer. Dispose of used batteries according to the manufacturer’s instructions.
49 Installing Hardware Adding internal SCSI devices SCSI Device Channel 0 Narrow Channel 1/2 Wide SCSI controller 7 7 CD-ROM drive 6 SAF-TE controller HDD 6 0-5 To set the ID for each device, see “Built-in SCSI utility” on page 110. Detecting a SCSI drive (SAF-TE) DEFINITION: SAF-TE (SCSI Accessed Fault Tolerant Enclosure) is a standardized alert detection and status reporting system using SCSI as the underlying transport mechanism.
50 Installing Hardware Adding internal SCSI devices Removing the upper device bay bezel 2 Remove the spacer unit by depressing the tabs and pulling it out. Removing the spacer To insert a new device, remove the server’s side panel to access the cabling connections. For more information on removing the side panel, see “Removing and replacing the server panels” on page 19. NOTE: The mounting rails on the spacers should be used when installing devices in the drive bay.
Installing Hardware Adding internal SCSI devices 51 2 Remove the server covers. For more information, see “Removing and replacing the server panels” on page 19. 3 Remove the device bay bezel and spacer. For more information, see “Removing a device bay spacer” on page 49. 4 Remove the mounting rails from the spacer. 5 Fasten a mounting rail to each side of the SCSI device and secure the rails with two screws each.
52 Installing Hardware Adding internal SCSI devices Access area SMC board Connecting the SCSI device cables 9 Firmly push the device in until the latches click into place. Inserting a SCSI device 10 Replace the device bay's rear cover and Fan module. 11 Replace the device bay bezel. 12 Replace the server covers. 13 Plug in the server’s power cable and switch on the server. Removing an internal SCSI device 1 Set the AC switch on the back of the server to OFF and unplug the power cable.
Installing Hardware Adding internal SCSI devices 53 3 Remove the device bay bezel. For more information, see “Removing a device bay spacer” on page 49. 4 Put your fingers into the slots on either side of the module and press to release the latches. 5 Partially pull the device out. 6 Remove the FAN module. See “Fan module installation/removal” on page 37. 7 Remove the device bay's rear cover. See “Installing a SCSI device” on page 50. 8 Then disconnect the power cable and signal cable.
54 Installing Hardware Installing the DDS auto-changer Installing the DDS auto-changer NOTE: When a DDS auto-changer is installed, you cannot install the redundant fan unit. The Magnia7010 offers a Digital Data Storage (DDS) auto-changer unit. To install the DDS auto-changer: 1 If the server is running, shut it down, set the AC switch on the back of the server to OFF and unplug the power cable. 2 Remove the server cover. For more information, see “Removing and replacing the server panels” on page 19.
Installing Hardware Installing the DDS auto-changer 55 Removing the 5.25-inch drive chassis 10 Select the chassis for the DDS auto-changer. DDS chassis Regular chassis DDS chassis 11 Insert the chassis for the DDS auto-changer and secure it with six screws. Installing the chassis 12 Secure the mounting rails to the DDS auto-changer. The mounting rails should be removed from the spacer. Securing the rails 13 Insert the DDS auto-changer underneath the 5.
56 Installing Hardware Adding and removing a hard disk drive (HDD) Installing the DDS auto-changer NOTE: The SCSI cable has three connectors. The DDS auto-changer must be connected to the middle connector. Be careful not to pinch any cables. 14 Replace the CD-ROM drive and connect its power and signal cables. 15 Replace the LCD Module and connect its signal cables. 16 Replace the Fan module. 17 Replace the device bay bezel. 18 Replace the server cover.
Installing Hardware Adding and removing a hard disk drive (HDD) 57 Installing additional hard disk drives NOTE: Toshiba recommends that you ask your authorized Magnia service provider to install or replace HDDs. 1 If the server is running, shut it down, set the AC switch on the back of the server to OFF, and unplug the power cable. 2 Open both doors. 3 Remove the HDD EMI cover. 4 Remove the HDD Slot spacer. 5 Slide the new HDD unit completely into the device bay.
58 Installing Hardware Adding and removing a hard disk drive (HDD) Inserting the HDD unit 6 Fold the release lever back in until the latch clicks. 7 Lock the drive into place by ensuring that the lever locking latch is engaged. Closing the locking lever 8 Attach the HDD EMI cover. 9 Close the doors. 10 Plug the power cable back into the server, turn on the power and reboot the machine.
Installing Hardware Adding and removing a hard disk drive (HDD) 59 Replacing the hard disk drive If the server uses a RAID controller, a faulty hard disk drive can be replaced (hot swapped) without stopping the system, provided a spare device is available. NOTE: Take care when replacing a hard disk drive while the system is in operation. An error in the installation procedures could damage the server or destroy programs and data.
60 Installing Hardware Adding and removing a hard disk drive (HDD) Pulling the release lever 7 When the disk drive is fully released, carefully pull the drive module out of the disk bay. Pulling the disk drive out of the bay NOTE: Before removing the HDD, make sure that it is faulty. The STATUS lamp under a faulty HDD glows amber to indicate a malfunction. If an operational HDD is removed by mistake, it could cause a failure or destroy programs and data.
Installing Hardware Installing a second HDD cage 61 12 Rebuild the disk array (if the RAID controller is installed). For details, refer to the appropriate RAID manual. NOTE: The disk array cannot be rebuilt if Power Console (for Windows NT) or MegaRAID® Manager (for NetWare®) is not installed. Installing a second HDD cage The Magnia7010 server comes with a HDD cage capable of holding up to six disk devices. A second HDD cage may be installed to provide slots for an additional six HDD devices.
62 Installing Hardware Installing a second HDD cage Dust cover Removing the front frame and dust cover 5 Slide the HDD cage into the server and secure the cage with 8 screws. Installing the HDD cage 6 Remove the fan module(s). For more information, see “Fan module installation/removal” on page 37. 7 Remove two screws securing the fan unit’s rail base and lift out the rail base.
Installing Hardware Installing expansion cards Fan unit rail base 63 cable A (Power) cable B (Signal) SCSI cable Removing the fan module rail 8 Cable A in the illustration above is the power cable. Connect it from the power supply back panel to the HDD cage. 9 Cable B in the illustration above is the signal cable. Connect it from the SMC board to the HDD cage. 10 Connect the SCSI cable to the expansion HDD cage and lay the cable along the floor of the server.
64 Installing Hardware Installing expansion cards IRQ setup Set an appropriate IRQ level for the expansion card. See “Interrupt levels” on page 136. For the interrupt setup procedures, see “System Setup Utility (SSU)” on page 75 and the manuals for the individual expansion cards. Toshiba recommends that you record the settings in the Device Log in case you need to change them when you install other devices. For more information, see “Device Log” on page 157.
Installing Hardware Installing expansion cards PCI Slot No. 65 Boot Order Onboard SCSI Controller (Wide) 3 PCI Slot A1 1 PCI Slot A2 2 PCI Slot A3 4 PCI Slot B1 5 PCI Slot B2 6 PCI Slot B3 7 PCI Slot B4 8 About BBS “BBS” stands for BIOS Boot Specification. If both the System BIOS and SCSI controller are BBS-compliant, you can use the System BIOS to select the magnetic disk device which boots the system, regardless of the slot position the SCSI controller is connected to.
66 Installing Hardware Installing expansion cards Rotating the I/O lockdown bracket 4 Partially unlock the I/O lockdown bracket of the card or slot cover above the slot in which you are installing the card. Pull the I/O lockdown bracket up a little past 90 degrees, so that the bottom of the lock does not obstruct access to the target slot. Do not unlock it fully, because the card or slot cover could drop down. 5 Install the expansion card level with the server.
Installing Hardware Installing expansion cards 67 3 Remove the fan module. 4 Disconnect the SCSI cable from the main board. Do not pull the cable. Grasp the connector and pull straight out. Free the cable from a plastic clasp on the floor of the server. Removing the SCSI cable 5 Install the fan module. 6 Partially unlock the I/O lockdown bracket of the card or slot cover above the slot in which you are installing the card as shown in step 3 in “Installing the expansion card” on page 65.
68 Installing Hardware Installing expansion cards Installing the RAID card NOTE: If you are going to put the RAID card into the second slot, first release the memory board. See “Removing a memory module” on page 43 8 Connect the HDD cable to the RAID controller. Connecting the RAID SCSI cable 9 Replace the server covers. 10 Plug the power cable in, turn on AC power, and start the server. 11 Check RAID controller’s BIOS version and memory in the setup configuration.
Installing Hardware Adding or removing a power supply 69 1 Turn off your monitor and your system, and disconnect the power cable and all external cables. Make sure all indicators are out. 2 Remove the server covers as explained in “Removing and replacing the server panels” on page 19. 3 Rotate down the I/O lockdown bracket at the slot where you intend to install the card. Expansion Slot Cover 4 Hold the EMC by its top edge or upper corners, and press it firmly into an expansion slot on the motherboard.
70 Installing Hardware Adding or removing a power supply supply is installed. A power unit failure is indicated by a flashing FAULT light on the front panel of the server, and by an ALARM light on the power supply. For more information on the front panel lights, see “Server status indicators (lamps)” on page 11.
71 Installing Hardware Adding or removing a power supply Type of LED State Meaning AC on Off Power is off (no AC input) Green Power is on (normal operation) Off Normal operation Red Power supply fault Unit has failed. Alarm CAUTION: Do not use the power supply handles to lift the entire server. Using them in this manner may damage the power supply.
72 Installing Hardware Adding or removing a power supply Removing a power supply 1 Unscrew the power supply from the server chassis. Locking screw Handle Release lever Removing the power supply 2 Disengage the power supply by pulling the release lever. 3 Use the handle to pull the power supply out of the server cabinet. Adding a power supply 1 Turn off the power. Make sure all indicators are out. 2 Disconnect all cables, including the power cable.
Installing Hardware Adding or removing a power supply 73
Chapter 3 System Setup Utility (SSU) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75 CMOS Setup Utility . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93 Using the Sensor Data and LCD Setup tool . . . . . . . . . . . . . . . 106 Built-in SCSI utility . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 110 Disk array setup (RAID) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
System Configuration Setup The server is set up before it leaves the factory. However, you need to reconfigure the system if you change its setting by adding optional devices. NOTE: The screens shown in this chapter are examples. Your screens may look slightly different. System Setup Utility (SSU) The System Setup Utility (SSU) is a menu-type utility to manage the hardware resources of system boards and expansion cards.
76 System Configuration Setup System Setup Utility (SSU) Starting SSU The SSU program is included in the three diskettes (1.44 MB). Use copies of these diskettes to start the SSU and to copy the CFG file. To start the SSU: 1 Insert the SSU Disk1 into the floppy disk drive and switch on the server. 2 When this message appears on the screen, the SSU disk2, insert it into the floppy disk drive, and press Enter. Please insert “System Setup (SSU)“ disk 2. Press any key to continue...
System Configuration Setup System Setup Utility (SSU) 77 Group Step Definition RCA Resources Provides support to configure system resources, and allows the reservation of resources for legacy ISA adapters and interrupt configuration PCI adapters MBA Boot Device Selecting priority levels in the bootable devices PWA Security Setting the password (Admin/User) and security options SEL SEL Manager Users can View and Clear the System Event Log from here FRU FRU Manager Users can view FRU Invent
78 System Configuration Setup System Setup Utility (SSU) If you have already set the Admin and User password in your system, the User password registration menu appears on the screen. NOTE: If you select BIOS User, you can only confirm the setup data. You cannot save the setup data. Select Privilege If you enter the wrong password, this menu appears on the screen. Invalid password box Press Enter or return to the password input menu, and enter the password again.
System Configuration Setup System Setup Utility (SSU) 79 Resource configuration When you select Resource, the Confirmation dialog boxappears on the screen. If you have a backup file of system resource, you can restore the system resources when you click Yes. Confirmation dialog box NOTE: If you change the configuration, you must save the configuration when you exit the SSU program.
80 System Configuration Setup System Setup Utility (SSU) 8 Replace the server covers. 9 Restart the server and check for error messages. The PCI expansion card’s resources are automatically set up, so it is not necessary to restart the SSU. However, execute Resources, whenever necessary, to verify or change the resource. If an ISA expansion card (without CFG file) is installed, there may be a conflict between the PCI and ISA resources, possibly preventing normal system operation.
System Configuration Setup System Setup Utility (SSU) 81 Removing an ISA expansion card (without CFG file) 1 Switch on the server and start the SSU. 2 Select Resources in the Tasks section. 3 Select ISA Card. 4 Select Remove ISA Card to remove the ISA resources from the system resources. 5 Select SAVE to save the system configuration. Switch off the server. 6 Remove the server panel covers and remove the expansion card from the ISA slot.
82 System Configuration Setup System Setup Utility (SSU) Setting up the system board and I/O devices The Server Setup Utility shows the Baseboard and PCI/ISA device information list. If you select those devices, you can change the system resources on each of the devices. NOTE: Use care when changing any of the following settings. If they are set wrong, the system will not operate properly. Base board: System Board Confirm or change the resources on the Base board.
System Configuration Setup System Setup Utility (SSU) 83 System board information If you select Base Board: System Board, the Baseboard dialog box appears on the screen. Baseboard dialog box Each of the function settings is shown with the subheadings. The values are the default settings for each. Option: System Group Settings: System Identification and Version information SSU Configuration File Versionx.xx R S450NX Usage: The SSU version is shown. Settings: MP Spec Version:MP Spec 1.
84 System Configuration Setup System Setup Utility (SSU) Option: Onboard Disk Controllers Settings: Onboard Floppy Controller:Enable-Primary Usage: Enable or Disable the IDE controller. The default setting is Enable-Primary. Settings: Onboard IDE Controller: Disable Primary channel Usage: Enable or Disable the IDE controller. The default setting is Disable- Primary and Secondary channels.
System Configuration Setup System Setup Utility (SSU) 85 Settings: Typematic Speed 30 CPS Usage: Set an auto repeat time for the keyboard. Settings: Typematic Delay500 ms Delay Usage: Set an auto repeat time for the keyboard. All settings are recommended values. Option: SCSI ROM BIOS Group Settings: Embedded SCSI Device Options Enable ROM Scan Usage: To Enable or Disable the onboard SCSI controller. Normally, set it to Enable.
86 System Configuration Setup System Setup Utility (SSU) Settings: Disable Do not change this setting unless you are knowledgeable about the system and its properties. Settings: Free Resources - Reassign at next boot This method temporarily releases PCI device resource allocations and automatically reallocates resources at the next start up. If a conflict with an ISA card without CFG file is anticipated, the PCI device settings can be temporarily made invalid to release the conflicting resource.
System Configuration Setup System Setup Utility (SSU) 87 Systems resource usage Creating and registering ISA expansion card information The ISA Card dialog box appears on the screen when Define ISA Card in the Resource menu is selected, and configuration information for a ISA expansion card without CFG file can be created. ISA Card dialog box 1 Enter a board name, choose the Type and Slot and press Enter. 2 Enter the appropriate values to DMA, IRQ, Memory, and Ports menus.
88 System Configuration Setup System Setup Utility (SSU) Adding card information A CFG file path can be entered by selecting Add ISA Card in the Resource menu. A list of CFG files appears when entering a path. Select the CFG file for the card you wish to add. Resource Configuration Add-in Deleting card information On the Resource menu, select the card information to delete it, and select Remove ISA Card. A verification menu appears on the screen. Check and select OK.
System Configuration Setup System Setup Utility (SSU) 89 Verifying or changing the password Use a Security menu to verify or change the password and security function items. The Password security dialog box appears on the screen when you select Security from the main menu. Setup password The password has Administrative Password and User Password Option. Settings: Administrative Password Usage: To change the system resources. Settings: User Password Usage: To change the security and boot device.
90 System Configuration Setup System Setup Utility (SSU) Administrative & User Password Requirements Administrative Password No Yes No Yes User Password No No Yes Yes Operating system start No password input is necessary. Administrative password input is necessary if password on boot is enabled. User password input is necessary when password on boot is enabled. Input of either password is necessary when password on boot is enabled. Setup Utility start Password input is unnecessary.
System Configuration Setup System Setup Utility (SSU) 91 Change password dialog box NOTE: When registering passwords, write them down in case you forget them. The passwords cannot be verified because they are not shown on the screen. If you forget the passwords, switch off the server and clear the passwords. For the password clearing procedures, see “Password” on page 153.
92 System Configuration Setup System Setup Utility (SSU) Hot Key To set a Hot Key, put the system in security mode. Press Ctrl + Alt and the chosen key to set the security mode. In security mode, the system ignores inputs from the keyboard and mouse. To allow inputs from the keyboard and mouse, the User Password must be entered from the keyboard. This applies only when a User Password is registered.
System Configuration Setup CMOS Setup Utility 93 SEL Viewer Add-in dialog box SEL Viewer shows all events when you select All Events from the View menu. If you need to select a specific event in the event log, you can choose By Sensor or By Event. Save and clear the event Server Setup Utility can save the event log to a file. The saving event log menu appears on the screen when you select Save SEL … on the file menu. You can also select Output Binary or Output text from the event format.
94 System Configuration Setup CMOS Setup Utility Phoenix BIOS 4.0 Release 6.0 Copyright 1985-1999 Phoenix Technologies Ltd., All Rights Reserved S450NX0.86B. XXXX.XXX.XXXXXXXXXX BIOS Release X.XX N x Pentium ® Xeon ™ Processor XXX MHz Wait for ECC Memory initialization…Done 0000640K System RAM Passed 0512k Cache SRAM Passed System BIOS Shadowed Video BIOS Shadowed CMB upper limit segment address: XX Press to enter: SETUP To start the Setup Utility, press F2 when prompted onscreen.
System Configuration Setup CMOS Setup Utility 95 Menu screen The Main screen appears when the Setup Utility starts. Phoenix BIOS Setup Utility Main Advanced Security Server Boot Exit System Time: System Date: [xx:xx:xx] [xx/xx/xxxxx] Legacy Diskette A: Legacy Diskette B: [1.44/1.25 MB 31/2”] [Disabled] Hard Disk Pre-Delay: > Primary Master > Primary Slave [Disabled] [None] [None] Item Specific Help ,, or selects field.
96 System Configuration Setup CMOS Setup Utility Key Usage F1 Displays Help Esc Returns to the immediately preceding screen Enter Selects a menu or item ↑ Returns to the preceding item ↓ Proceeds to the next item ← or → Selects a menu F9 Returns to default (except for the passwords) F10 Saves the settings and terminate the Setup Utility Setup utility operating procedures The items shown in black characters on each menu can be changed to other values.
System Configuration Setup CMOS Setup Utility System Time: System Date: [xx:xx:xx] [xx/xx/xxxxx] Legacy Diskette A: Legacy Diskette B: [1.44/1.25 MB 31/2”] [Disabled] Hard Disk Pre-Delay: > Primary Master > Primary Slave 97 [Disabled] [None] [None] > Keyboard Features > Processor Settings Language: [English (US)] System Time/System Date Set the date and time of the system. Legacy Diskette A:/Legacy Diskette B: The type of floppy disk drive installed. Do not change the setting.
98 System Configuration Setup CMOS Setup Utility Key Click When enabled, causes the system speaker to make a clicking sound each time a key is pressed. Keyboard auto-repeat rate/Keyboard auto-repeat delay Control the keyboard’s auto-repeat feature.
System Configuration Setup CMOS Setup Utility 99 Setup Warning Setting items on this menu to incorrect values may cause your system to malfunction. Plug & Play O/S: Reset Configuration Data: [No] [No] PCI Configuration I/O Device Configuration Use Multiprocessor Specification: Large Disk Access Mode: System Wakeup Feature Pause Before Boot [1.4] [LBA] [Disabled] [Disabled] > Advanced Chipset Control Advanced setup Plug and Play O/S Leave set to No.
100 System Configuration Setup CMOS Setup Utility Latency Timer Do not change this setting. Active Termination Sets the terminator to enabled/disabled. Do not change the settings. Single-Ended Force/Auto Set Sets the data transfer method to Force (forced single-ended mode) or Auto (automatic selection). Do not change the settings. PCI devices Set the PCI device. Do not change the settings. I/O Device Configuration The following submenu appears.
System Configuration Setup CMOS Setup Utility 101 Floppy disk controller Controls whether the built-in floppy disk controller is active (enabled) or inactive (disabled). Set it to Enabled. → (Onboard Disk Controllers) Onboard Floppy Controller PS/2 mouse Sets the PS/2 mouse configuration. Do not change the settings. Use multiprocessor specification This concerns the multiprocessor specifications. Set it to 1.4. Large disk access mode Specifies how to access a large-capacity hard disk drive.
102 System Configuration Setup CMOS Setup Utility Set User Password Allows you to register, change or delete a User Password. → (SECURITY SUBSYSTEM GROUP) User Password Option Set Administrative Password Allows you to register, change or delete an Administrative Password. → (SECURITY SUBSYSTEM GROUP) Administrative Password Option NOTE: When registering passwords, be sure to write them down in case you forget them. For security, the passwords are not shown on the screen.
System Configuration Setup CMOS Setup Utility 103 When you choose Disabled, the server prompts for the User Password before starting the operating system. This applies only when a User Password is registered. → (SECURITY SUBSYSTEM GROUP) Secure Boot Mode Video Blanking Controls whether the screen is blank (enabled) or not (disabled) in security mode.
104 System Configuration Setup CMOS Setup Utility System Event Logging The system generates an “event” when it detects a failure such as a disk unit or a cooling fan. System indicator lights blink to display the event. If you choose Enabled, the system records the failure information in an event log. If you choose Disabled, the failure information is not stored. Clear Event Log When you choose Yes, the event log that stores error information is deleted at the next startup.
System Configuration Setup CMOS Setup Utility 105 BIOS Boot Spec Support Enables or disables the BBS. To use the BBS, set this setting to “Enabled”. For details on the BBS, see “Cautions When Adding RAID Controllers and SCSI Host Adapters” on page 64. Boot Device Priority Sets the boot priority of the devices when the system is booted up. On this system, ATAPI CD-ROM is disabled. Hard Drive Sets the boot priority of the hard disk drives when the system is booted up.
106 System Configuration Setup Using the Sensor Data and LCD Setup tool Using the Sensor Data and LCD Setup tool The system has various malfunction monitoring features with sensors as well as message display features with the LCD display. You can use the Sensor Data & LCD Setup Tool which is created from Server Setup tool to modify the settings as follows; 1 Change the message displayed by the LCD display.
System Configuration Setup Using the Sensor Data and LCD Setup tool 107 Also, as the “Sensor Data & LCD Setup Tool” keyboard format supports the 104-key U.S. style keyboard, entering symbols with the 105-key keyboard results in symbols different from those shown on the tops of the keys to be entered. Follow the procedure below: LCD display setup 1 Insert the Sensor Data & LCD Setup Tool floppy disk into the floppy disk drive. 2 Turn on the server. 3 The following menu choices will appear: 1.
108 System Configuration Setup Using the Sensor Data and LCD Setup tool Procedure After Removing a Redundant Power Supply and Redundant FAN The SMC board monitors any removal of a power supply and fan. If a redundant power supply or redundant fan is removed, it will be detected and a fault lamp will start blinking. To stop the fault lamp’s blinking, you must use the Sensor Data & LCD Setup Tool to deactivate the redundant power supply sensor or fan sensor on the SMC board.
System Configuration Setup Using the Sensor Data and LCD Setup tool 109 6 When the “HIT ANY KEY” message appears on the screen, remove the floppy disk from the floppy disk drive. 7 Press any key to restart the server. 8 Turn off the server, and turn off the AC switch.
110 System Configuration Setup Built-in SCSI utility 5 Enter the number of Expansion Disk Chassis ID. TOSHIBA SMC Configuration Program for ExHddChassis VerX.XX *** Setup Redundant *** ID=3 PS Unit Count : 0X FAN Unit Count : 0X *** Redundant Setting *** SET PS Unit Count ([1]-[4] or [Esc]) >> X OK! SET FAN Unit Count ([1]-[2] or [Esc]) >> X OK! *** Setup Redundant END *** HIT ANY KEY 6 Enter the new number of power supplies and fans. The program will respond with “OK”.
System Configuration Setup Built-in SCSI utility 111 Starting the SCSI utility When the server is switched on or rebooted, the built-in SCSI BIOS initialization screen appears. Symbios. Inc. SDMS (TW) VX.X PCI SCSI BIOS, PCI Rev. S.S, X.X Copyright 1995, 1998 Symbios Inc. PCI-X.X.XX.
112 System Configuration Setup Built-in SCSI utility Basic SCSI utility operations The table shows key usage. Esc Return to the preceding screen Enter Select an item ↑ Return to the preceding item ↓ Proceed to the next item SCSI utility operating procedures To set up the utility: 1 Use the <↑> and <↓> keys to highlight the item you wish to change. 2 Press Enter to select the item. The submenu or selected menu displays. 3 When all the changes are complete, select Esc.
System Configuration Setup Built-in SCSI utility 113 Device Selections (Default settings for all devices listed) Sync Rate 80 Data Width 16 Disc On Time Out 10 Scan Bus Yes Scan LUNS Yes Queue Tags On SCAM Support Do not change the settings Parity Sets the parity check by on-board SCSI controller to enabled (Check) or disabled (Not check). Host SCSI ID Sets the SCSI ID of on-board SCSI controller. Scan Order Sets the SCSI devices scanning order. Do not change the settings.
114 System Configuration Setup Disk array setup (RAID) Time Out Sets time out time for SCSI equipment command communication. Scan Bus Sets to scan the target ID device or not. Scan LUNS Sets LUN scan enabled or disabled. Queue Tags Sets tag queuing enabled or disabled. Initial Boot Device Do not change the settings. Disk array setup (RAID) If the server has a RAID controller installed, the disk array (RAID) needs to be set up.
System Configuration Setup Disk array setup (RAID) 115 Operating with extremely high loads The following may occur when the server operates with extremely high loads. The following message may appear in the Application Log of the Windows NT Event Viewer: Event ID: 9 Source: mraid35x (Explanation) Device SCSI Port did not reply within the timeout.
Chapter 4 Using the EMP function . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Setting up the server . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Setting up the EMP console . . . . . . . . . . . . . . . . . . . . . . . . . . . . Running the EMP client . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Event Log status . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Emergency Management Port The Emergency Management Port (EMP) Console provides an interface to the Emergency Management Port called the Console Manager. This interface allows you to manage the server remotely via a modem or direct connection. The Console Manager uses the Event Log (SEL viewer: System Event Log) to monitor the server. The System Setup Utility (SSU) provides access to the Event Log on the server and can display records. See “System Setup Utility (SSU)” on page 75.
118 Emergency Management Port Setting up the server The following menu appears: System Management: Console Redirection Processor Retest: [No] EMP Password Switch: [Disabled] EMP ESC Sequence: [+++] EMP Hangup Line String: [ATH] Modem Init String: [AT&F0S0=1S14=0&D] High Modem Init String: [0] EMP Access Mode: [Always Active] EMP Restricted Mode Access: [Enabled] EMP Direct Connect/Modem Mode:[Modem Mode] All settings are recommended values. 4 After attaching the proper cable, set up the client console.
Emergency Management Port Setting up the EMP console 119 Settings: Always Active EMP is always enabled. COM2 cannot be used by operating system. Option: EMP Restricted Mode Access If set to Enabled, the Power on/off and Reset server controls are no longer available via EMP. Option: EMP Direct Connect/Modem Mode Sets how EMP connects to the server. Direct Connect means a null modem serial cable directly connects the COM2 port to the EMP console machine.
120 Emergency Management Port Event Log status 3 Select Connect, then Server, and enter the password in the submenu. NOTE: If you need more details, refer to the online help in the main menu. Event Log status For details about the Event Log, refer to the following tables.
Emergency Management Port Event Log status 121 Motherboard Table Generator ID BMC Sensor Type Numbers Sensor Type Sensor location Hex Dec #01 #01 Voltage 5V Motherboard #02 #02 Voltage 12V Motherboard #03 #03 Voltage 3.
122 Emergency Management Port Event Log status Motherboard Table (Continued) Generator ID BIOS Sensor Type Numbers Sensor Type Sensor location Hex Dec #2A #42 CPU 4 Status Motherboard Watchdog #25 #37 Watchdog event Motherboard Secure Mode #41 #65 Bad EMP Password Motherboard POST Error #32 #50 POST Error Motherboard System Event #EF #239 System Event Motherboard Memory #EF #239 Memory Error (ECC Single /Multi) Motherboard Critical Interrupt #36 ##54 Front Panel NMI
Emergency Management Port Event Log status 123 Chassis Sensor Table (Continued) Generator ID Sensor Numbers Sensor Type Sensor Location Hex Dec #07 #07 FAN Alarm Redundant FAN2 Fail #08 #08 FAN Alarm Redundant FAN3 Fail #09 #09 FAN Alarm Redundant FAN4 Fail #0A #10 FAN Alarm Redundant FAN5 Fail #1D #29 FAN not present Standard FAN not present #1E #30 FAN not present Redundant FAN not present #22 #34 FAN Alarm Standard FAN6 fail #23 #35 FAN Alarm Redundant FAN6 fail T
124 Emergency Management Port Event Log status Chassis Sensor Table (Continued) Generator ID Sensor Power unit Numbers Sensor Type Sensor Location Hex Dec #19 #25 Power alarm Power supply3 fail #1A #26 Power alarm Power supply4 fail #1F #31 Power unit alarm Short circuit.
Emergency Management Port Event Log status 125 Chassis Disks Sensor Table (Continued) Generator ID Sensor Drive Numbers Sensor Type Sensor Location Hex Dec #03 #03 HDD install or remove HDD (ID0) install or remove #04 #04 HDD install or remove HDD (ID1) install or remove #05 #05 HDD install or remove HDD (ID2) install or remove #06 #06 HDD install or remove HDD (ID3) install or remove #07 #07 HDD install or remove HDD (ID4) install or remove #08 #08 HDD install or remove HDD
Chapter 5 Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 127 Toshiba Technical Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Troubleshooting Guide This chapter describes problems that may occur while the server is in use and suggests solutions. It also explains how to run the Hardware Diagnostic Program. Troubleshooting Identify problems by using these steps: CAUTION: Before disconnecting any cables, switch off the server and peripherals. If you disconnect the cables without switching off power, you could cause irreparable damage to the server and peripherals. 1 Switch off the server and peripherals.
128 Troubleshooting Guide Troubleshooting If the server stops without completing the POST, this indicates that a fatal system error has occurred. Write down the data shown on the screen and the number of beeps (output beep code), which will help a authorized Magnia service provider diagnose the problem. The POST checks the large number of memory devices in the server. Check that their indicators light properly. The FDD lamp for the floppy disk drive must light properly.
Troubleshooting Guide Troubleshooting 129 Does the indicator glow green, indicating the power on/off switch is enabled? Are all the cables connected properly and securely? Are all ISA/PCI expansion cards properly inserted into their respective slots on the system base board, and securely fixed to the frame with clips? Are the jumper and switch settings for the expansion cards and peripherals correct? Are the expansion cards and disk drives properly connected? Are the settings for disk drive
130 Troubleshooting Guide Troubleshooting Common problems This section lists some common problems and their solutions. If you are unable to resolve the problem, contact a authorized Magnia service provider or your sales office. POWER indicator does not light Is the server connected to an AC outlet? Is the AC switch on? Is the server operating normally? If so, the POWER LED may be defective.
Troubleshooting Guide Toshiba Technical Support 131 command during the SCSI ROM boot. Please change any SCSI BIOS defaults to properly start all hard disk drives during its ROM load. Most notably, this setting is necessary on all Adaptec controllers. Please refer to the user’s manual of the installed RAID controller for additional details on configuring the SCSI BIOS.
Appendix A Model specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 133 Interrupt levels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 136 PCI slots and device numbers . . . . . . . . . . . . . . . . . . . . . . . . . . .
Specifications Model specifications Model CPU Magnia 7010 Main processor Xeon Pentium III 550 MHz Number of processors (maximum) 4 L1 Cache 32 KB L2 Cache 512 KB Local bus speed 100 MHz Main memory (with ECC) Standard 512 MB Maximum 4GB (256 MB x 16) DIMM size supported 64 MB/128 MB/256 MB Type ECC buffered EDO DIMMS 133
134 Auxiliary storage HDD FDD Current maximum 108 GB (18 GB x 6) or 216 GB (18 GB x 12 with additional disk cage) Expansion HDD 9 GB (7200 or 10000 RPM) HDD cage (standard) 3.5-inch x 6 bays (hot-swap compatible) HDD cage (optional) 3.5-inch x 6 bays (hot-swap compatible) Standard 3.5-inch x1 (720 KB/1.
135 Automatic Shutdown function (ASD) Available (Provided by the Auto Shutdown driver) Expansion slots PCI 6 PCI/ISA shared 1 Memory 4 bank (16 slot) Power and frequency 100-240Vac 50/60Hz Power consumption 800 W maximum EMI compliance CE approved Ambient conditions Temperature: 50°F to 95°F (10ºC to 35ºC) Humidity: 30% to 80% Server dimensions in mm (inches) Pedestal model: width: 311 (12) depth: 780 (31) height: 540 (21) Rack model: width: 445 (18) depth: 726 (29) height: 309 (12) Se
136 Interrupt levels IRQ With RAID controller Without RAID controller 0 Interval timer Interval timer 1 Chipset Chipset 2 Cascade interrupt from slave PIC Cascade interrupt from slave PIC 3 COM2 COM2 4 COM1 COM1 5 LAN Adapter LAN Adapter 6 Onboard floppy controller Onboard floppy controller 7 Parallel port LPT1 Parallel port LPT1 8 Real-time clock (RTC) Real-time clock (RTC) 9 ACPI ACPI 10 Reserved Reserved 11 RAID controller On board SCSI x3, USB 12 Onboard PS/2 mous
137 PCI slots and device numbers Device numbers may be necessary to identify devices of the same name in setting PCI option cards and onboard PCI devices with the SSU. The relationships of PCI slots and onboard PCI device numbers are shown in this table: . Slot Bus No. Device No.
Appendix B RGB interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . RGB interface synchronizing signals . . . . . . . . . . . . . . . . . . . . . Serial 1 and serial 2 interface . . . . . . . . . . . . . . . . . . . . . . . . . . . Printer interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Keyboard/mouse interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . USB interface . . . . . . . . . . . . . . . . . . . . . . . .
Interfaces This appendix gives the connector pin-out information for the various device interfaces. RGB interface NOTE: I/O indicates an input or output as viewed from the server. . Pin No.
140 Pin No. Signal Meaning 11 Unused Unused 12 Unused Unused 13 CHSYNC Horizontal sync signal (TTL) O 14 CHSYNC Vertical sync signal (TTL) O 15 Unused Unused 5 I/O 1 10 6 15 11 RGB interface synchronizing signals Resolution 640 x 480 800 x 600 1024 x 768 Colors 256, 64K, 16M 256, 64K, 16M 256, 64K Scan Noninterlaced Non-interlaced Non-interlaced Horizontal sync (kHz) 31.5 37.5 46.9 53.7 60.0 68.
141 Serial 1 and serial 2 interface NOTE: I/O indicates an input or output as viewed from the server. . Pin No.
142 Printer interface NOTE: I/O indicates an input or output as viewed from the server. Pin No.
143 Keyboard/mouse interface NOTE: I/O indicates an input or output as viewed from the server. The keyboard and mouse interfaces are functionally equivalent. Pin No.
144 USB interface Pin No.
145 Expansion slots (for ISA Cards) NOTE: I/O indicates an input or output as viewed from the server. Pin No. Signal I/O Pin No.
146 Pin No. Signal I/O Pin No.
147 Pin No. Signal I/O Pin No. Signal I/O C13 SD10 I/O D13 DRQ6 I C14 SD11 I/O D14 DACK7_L O C15 SD12 I/O D15 DRQ7 I C16 SD13 I/O D16 +5V C17 SD14 I/O D17 MASTER_L C18 SD15 I/O D18 GND I Expansion slots (for PCI Cards) NOTE: I/O indicates an input or output as viewed from the server. 5V system environment Pin No.
148 5V system environment Pin No. Side B I/O Side A 11 PRSNT2_L O Reserved 12 GND GND 13 GND GND 14 Reserved Reserved 15 GND RST_L 16 PCICLK 17 GND 18 REQ_L 19 +5V(I/O) 20 AD31 I/O AD30 21 AD29 I/O 3.3V* 22 GND 23 AD27 24 AD25 25 3.3V* 26 C/BE3_L 27 AD23 28 GND 29 AD21 30 AD19 31 3.3V* 32 AD17 33 C/BE2_L I I +5V(I/O) GNT_L I/O I/O I/O GND Reserved I/O AD28 I/O I/O AD26 I/O I/O GND AD24 I/O I/O IDSEL I I/O 3.
149 5V system environment Pin No. Side B I/O 34 GND 35 IRDY_L 36 3.3V* 37 DEVSEL_L 38 GND 39 LOCK_L I/O 3.3V* 40 PERR_L I/O SDONE I/O 41 3.3V* SBO_L I/O 42 SERR_L GND I/O 43 3.3V* PAR I/O 44 CBEI_L I/O AD15 45 AD14 I/O 3.3V* I/O 46 GND AD13 I/O 47 AD12 I/O AD11 48 AD10 I/O GND 49 GND 50 Connector key 51 Connector key 52 AD08 53 AD07 54 3.
150 5V system environment Pin No. Side B I/O 57 GND 58 AD01 59 +5V(I/O) 60 ACK64_L 61 +5V +5V 62 +5V +5V I/O Side A I/O AD02 I/O AD00 I/O +5V(I/O) I/O REQ64_L I/O *The system board does not provide a PCI 3.3V power connector. Only the 5V PCI signaling environment is supported, and no power is available at the 3.3V signal pins in expansion slots.
151
Appendix C Password . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 153 Hardware setup information . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Switch Settings Password If you have forgotten your registered password, you can clear it by starting the server while the jumper switch on the system board is set to “Password clear” as shown in the table below. J6J1: 6-7 Clear Password clear 5-6 Protect Standard (default) The illustration at the end Appendix A shows the physical location of the jumper.
154 3 Start the SSU and setup utility, and change the settings that are different from the standard values. NOTE: Information on the settings of the onboard SCSI option clears. Before clearing the memory, remove all the expansion cards.
155
Appendix D
Device Log The following table is a device log. Use it to record information on the system and the optional devices that you have added or removed. Such information may be used in executing the setup utility. Keep the model numbers and serial numbers of the server and system board recorded in the log. The model number and serial number of the server are on the label attached to the back of the server. The serial number of the system board is at the left end of the board close to the expansion card panel.
158 Component Display Keyboard Mouse 5.25" device bay 1 (CDROM) 5.25" device bay 2 5.25" device bay 3 3.5" device bay (diskette) HDD “0” HDD “1” HDD “2” HDD “3” HDD “4” HDD “5” HDD “6” HDD “7” HDD “8” HDD “9” HDD “10” HDD “11” CPU 1 Make and model No.
159 Component CPU 2 CPU 3 CPU 4 Memory Bank A Memory Bank B Memory Bank C Memory Bank D Expansion slot A1 Expansion slot A2 Expansion slot A3 Expansion slot B1 Expansion slot B2 Expansion slot B3 Expansion slot B4 Make and model No.
160 Component Make and model No.
Index A abnormal shutdown 31 ASD see Automatic Shutdown function 29 Automatic Shutdown function 29 precautions using 30 B BIOS setup 28 boot device setting priority 88 C caring for the server 24 components connecting 34 installing and removing 36 configuration defaults changing 28 cooling fans variable speed control 23 covers removing and installing 19 CPU adding a CPU 43 CPU slots 23 D defaults changing system configuration defaults loading custom defaults 105 saving custom defaults 105 definitions vii
162 F FDD 8 floppy disk drive 8 functions and features vii H hard disk drive adding 56 status indicators 14 hard disk drive (HDD) 14 HDD adding 56 status indicators 14 Hot-swap 134 hot-swap vii, 14, 69, 71, 134 I I/O device setting up 82 icons viii indicators faulty power supply 13 indicators, see status indicators 11 installing ISA expansion cards with CFG File 81 with CFG file 81 without CFG file 80 options 34 PCI expansion cards 79 interfaces 139 ISA expansion slots 145 keyboard 143 mouse 143 PCI expan
163 P panels removing and installing 19 password for System Setup Utility 77 setting up for system 77, 89, 101 verifying or changing system passwords 89 PCI expansion cards installing 79 peripherals connecting 26 diskette drive 8 hard disk drive 14 Plug and play settings 99 POST 128 See Power On Self Test power turning off using automatic shutdown function 29 Power On Self Test 28 Power requirements 4 R RAID setup 114 S SAF-TE SCSI alert detection 49 SCSI adding internal SCSI devices 48 configuring device
164 T troubleshooting application software 129 before calling for service 128 blank screen 130 common problems 130 distorted characters 130 error check 128 initial startup 128 no FDD indicator light 130 no HDD indicator light 130 no POWER light 130 status LED indications 131 U utilities Built-In SCSI utility 110 Setup 93 System Setup 75 W Wake On LAN function turning on the power from 28 WOL See also Wake On LAN
MAGNIA7010 User’s Guide 2000-03-28 Edition A1 S00001-EN Publication TOSHIBA CORPORATION Digital Media Equipment&Services Company 1-1, SHIBAURA 1-CHOME, MINATO-KU, TOKYO 105-8001, JAPAN
