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Fujitsu GranPower7000 User's Manual

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1. lm Figure 4 1 Front View of M400A Main Cabinet Key Features e Upto4 processors e Up to 32 DIMM slots 8 gigabytes of memory e Up to 64 bits width 8 PCI buses provide 12 PCI slots 4 33 66MHz 8 33MHz e Up to 22 UltraSCSI disk drive bays which support hot swap features e 1 CD ROM unit and 1 floppy disk unit as the basic configuration e tape unit can be installed e 1 100BASE TX auto sensing 10 100 Mbps 2 Serial 1 Parallel 1 Keyboard Mouse port e N 1 redundant power supply units and fan units which support hot swap feature 42 4 2 Device Configuration The M400A main cabinet consists of the following components Floor stand cabinet Basic power supply and option redundant power supply unit Cooling fans Systemboard Processor modules DIMM Dual Inline Memory Module Operator panel PCI card option Disk drive units CD ROM unit Tape unit optional QIC tape 8 mm tape or DAT Floppy disk unit 4 2 Device Configuration The processor modules DIMMs PCI cards tape drive unit redundant power supply and disk drive units of the above components are available as options
2. CPU Slot Additional Power Supply units 0 1 2 3 4 5 6 7 2CPU Yes Yes 3CPU Yes Yes Yes 1DDC 1FEP 4CPU Yes Yes Yes Yes 1DDC SCPU Yes Yes Yes Yes Yes 1DDC 1PPU 6CPU Yes Yes Yes Yes Yes Yes 1DDC 7CPU Yes Yes Yes Yes Yes Yes Yes 1DDC 8CPU Yes Yes Yes Yes Yes Yes Yes Yes 1DDC IMPORTANT If any of the above conditions is not satisfied the operation is not guaranteed Memory configuration The M600 has 32 memory slots allowing for as much as 8 gigabytes of main memory When intsalling the memory modules the following conditions must be satisfied e When installing the first set of DIMM install a set of 4 modules of same size in slots 0 and 1 of both groups A and B e At subsequent memory expansions install a set of 4 modules in slots 2 and 3 of both groups A and B Then install a set of 8 modules in slots 4 to 7 of both groups A and B Finally install a set of 16 modules in slots 8 to 15 of both groups A and B The modules installed in the slots of a group must have the same size e Alternatively install the set of 4 or 8 or 16 modules of same size in just group A The set of modules must be installed in the lowest available slots However ASR Automatic System Reconfiguration from memory failure may not work in this memory configuration IMPORTANT If any of the above conditions is not satisfied when installing the DIMMs some DIMMs are de
3. PCI slot PCI Bus Slot width card PCI clock Card input voltage width bits MHz 12 D 64 32 64 33 66 3 3 V or universal 11 F 64 32 64 33 66 3 3 V or universal 10 E 64 32 64 33 5 V or universal 9 E 64 32 64 33 5 V or universal 8 E 64 32 64 33 5 V or universal 7 H 64 32 64 33 66 3 3 V or universal 6 64 32 64 33 5 V or universal 5 C 64 32 64 33 5 V or universal 4 C 64 32 64 33 5 V or universal 3 G 64 32 64 33 5 V or universal 2 B 64 32 64 33 66 3 3 V or universal 1 A 64 32 64 33 5 V or universal 90 7 6 Installation Purpose 7 6 Installation The following installation instruction is intended to provide the product safety requirements which must be addressed when the end use product manufacturer installs this product in their equipment Note that the acceptability of the combination of this product in a rack should be re determined by an appropriate certification body if that combination is differ from the Table 7 4 Safety Installation Instruction This unit is installed in a closed or multi unit rack assembly the operating ambient temperature inside of the rack environment may be greater than room ambient Therefore consideration should be given to installing the unit in an environment compatible with the manufacturer s maximum rated ambient temperature Consideration for adjustment of air condition like air circulation should be given to prevent the in
4. LAN console Ethernet hub Teleservice 6 U42335 J Z775 1 76 Console connections to GP 7000F Serial console 2 2 2 Standard PC with terminal emulation a Windows 98 or NT with NetTerm for instance but not with HyperTerminal b LINUX with Minicom or Seyon c Solaris cu PC NT Windows GP 7000F system i Teleservice i preferably U42335 4 Z775 1 76 7 Teleservice Console connections to GP 7000F 2 2 3 TC20 or T100 Use of these terminals is intended as a migration solution only Ol console aS GP 7000F system Teleservice preferably When operating with the LAN console TC20 or T100 it is not possible to access the Open Boot PROM using the BREAK signal 2 3 Teleservice The teleservice modem has to be connected via V 24 to the system board The modem has to be ordered separately owing to national variants If a LAN console is used connection of the modem is to the LAN console PC Thus one teleservice port serves all connected servers 8 U42335 J Z775 1 76 P321 E102 02EN GP 7000F USER S MANUAL FUJITSU IMPORTANT READING FOR SAFE OPERATION Handling of This Manual This manual contains important information regarding the use and handling of this product Read this manual thoroughly Pay special attention to the section Important Warnings Use the product according to the instructions and information available in th
5. 150 Power On SEQUENCE a dn Go a ER RI ey 159 1X Table 1 1 Table 1 2 Table 1 3 Table 1 4 Table 1 5 Table 1 6 Table 2 1 Table 2 2 Table 2 3 Table 2 4 Table 3 1 Table 3 2 Table 3 3 Table 3 4 Table 3 5 Table 3 6 Table 4 1 Table 4 2 Table 4 3 Table 4 4 Table 4 5 Data Protection for Components and Interfaces POWER GED 240 a e A a Bs CHECK LED loin MODE Switch Settings Connectors and Switches Connectors and Switches for Maintenance PCI Slot Specifications Installation Specifications of M200 Main Cabinet 1 Installation Specifications of M200 Main Cabinet 2 Power Supply Units o PCI Slot Specifications Mounting Combination for Expansion Rack Installation Specifications of M200R 1 Installation Specifications of M200R 2 Power Supply Units PCI Slot Specifications s ooa Installation Specifications of M400A Main Cabinet 1 Installation Specifications of M400A Main Cabinet 2 TABLES OO OND DW 17 23 24 25 30 30 35 37 38 39 44 44 49 51 52 Table 5 1 Table 5 2 Table 5 3 Table 5 4 Table 5 5 Table 5 6 Table 6 1 Table 6 2 Table 6 3 Table 6 4 Table 6 5 Table 6 6 Table 7 1 Table 7 2 Table 7 3 Table 7 4 Table 7 5 Table 7 6 Table 7 7 Table 8 1 Table 8 2 Table 8 3 Table 8 4 Table 9 1 Table 9 2 Table 9 3 Table 9 4 Table 10 1 Tab
6. 10S WINIA L 101S WINIA Expansion System Board Figure 5 4 Systemboard Layout of M400R 58 5 3 Systemboard Processor Configuration Up to 4 CPU can be installed in the M400R main cabinet When installing the processor modules the following conditions must be satisfied e The installed processor modules must be the same type including the cache size e Install a processor module in slot 0 before installing one in slot 1 e When installing a processor module install a DC DC converter along with the processor in the corresponding slot IMPORTANT If any of the above conditions is not satisfied the operation is not guaranteed Memory configuration Using the Expansion System Board s option the M400R has 32 memory slots allowing for as much as 8 gigabytes of main memory When installing the memory modules the following conditions must be satisfied e When installing the first set of DIMM install a set of 4 modules of same size in slots 0 1 2 and 3 e At subsequent memory expansions install a set of 4 modules of the same size in slots 4 5 6 7 and 8 9 10 11 then 12 13 14 15 e The same memory installation rules described above apply when using the Expansion System Board IMPORTANT If any of the above conditions is not satisfied when installing the DIMMs some DIMMs are degraded in the power on diagnostics When expanding the memory modules check that the DIMMSs are
7. Figure 9 2 Drive Bays of Expansion File Unit Type 2 107 CHAPTER 9 Expansion File Unit Type 2 GP7B7FLxx 108 Basic SCSI Unit ACTIVE LED Green Tape Unit Bay Kit FAULT LED Amber f Y 1 2 3 4 5 status LED A POWER LED and a CHECK LED are installed on the front of the cabinet The POWER LED indicate if the power is on or off And the CHECK LED indicates if there is any hardware errors or tape bays 2 tape bays 1 Figure 9 3 Drive Bays of Expansion File Unit Type 2 not The CHECK LED operates as described in the Table 9 1 When a power supply unit or fan unit is failed the CHECK LED is lighted steadily And if a disk Table 9 1 CHECK LED Status State Indication Remarks Off No errors Blinking Identifying a device Activated when a maintenance command is used to identify the target device On Error The cause of the error will be a power failure or abnormal fan rotation unit fail its FAULT LED is lighted by software command to identify the faulty disk unit When a FAULT LED is lighted up according to hot swap procedures the CHECK LED is blinking to identify an Expansion Disk Cabinet Disk units can be hot swappable easily by opening the front cover of the cabinet Rear Panel The Figure 9 4 show
8. 115 CHAPTER 10 Expansion File Unit GP7B7FU1xx 116 status LED A POWER LED and a CHECK LED are installed on the front of the cabinet The POWER LED indicate if the power is on or off And the CHECK LED indicates if there is any hardware errors or not The CHECK LED operates as described in the Table 10 1 Table 10 1 CHECK LED Status State Indication Remarks Off No errors Blinking Identifying a device Activated when a maintenance command is used to identify the target device On Error The cause of the error will be a power failure or abnormal fan rotation When a power supply unit or fan unit is failed the CHECK LED is lighted steadily And if a disk unit fail its FAULT LED is lighted by software command to identify the faulty disk unit When a FAULT LED is lighted up according to hot swap procedures the CHECK LED is lighted steadily to identify an Expansion Disk Cabinet Disk units can be hot swappable easily by opening the front cover of the cabinet Rear Panel The Figure 10 3 shows the rear panel of Expansion File Unit Service Pin RCI Port AC Main Line Switch AC Power Input SCSI IN Connect
9. 91 CHAPTER 7 M600R Main Cabinet IMPORTANT High Leakage Current may flow through Power Strip Earthing Conductor if all power supply cords of this unit are connected to one Power Strip Earth connection essential before connecting supply Table 7 5 Mounting Combination for Expansion Rack Rack Mount Units Mounting Portion Priority in the Rack Communication Swichable Unit Expansion File Unit Type 2 Upper Disk Array Unit GP DxxxxU GP7000F Model 200R 400R Disk Array Unit GR700 720 Lower Outlet and or Outlet Type 2 GP7000F Model 600R Note Each rack mount unit should be mounted in the lowest available portion with the priority indicated in the Table 7 5 Notes on Installation e Do not install this unit where it will be exposed to sunlight or sources of heat e Do notinstall this unit in dusty places or places where it will be exposed to corrosive gas or sea breeze e Keep this unit isolated from vibration Install this unit on a level surface to prevent it from tilting e Donotrunacable under a unit or overextend a cable Do not disconnect the power cable while the power is on e Do not place anything on this unit Do not use this unit as a desk e To prevent condensation in this unit do not raise the room temperature rapidly in the winter Use the cabinet only after sufficiently warming it e Do not install this cabinet near noisy devices such as a photocopier a
10. ess 2048 2048 MB B 0 3 0 256 0 256 0 256 0 256 4 7 0 0 0 256 0 256 0 256 BILL o 0 ASA IR 1S sar PR STE i 0 1792 MB Error SLOT Note If a memory error is detected an asterisk is displayed in the Size field for the corresponding slot In this example an error in slot 4 of group B is detected in the initial diagnostics operation Modules in slots 0 to 3 and 5 to 7 of group B are recognized as normal modules but also become invalid 7 4 Disk Units Disk drive configuration Up to 2 disk drives can be installed in the base configuration of the M600R main cabinet To install more than 3 disk drive units the Expansion File Unit must also installed 88 7 5 PCI Slots 7 5 PCI Slots PCI slots configuration PCI slots are located on the PCIBPR board and PCIRSR board as described in Figure 7 6 and Figure 7 7 There are 8 separate PCI Bus channels A B C D E F and G All PCI Bus slots provide for the full 64 bit data path and can accommodate both 32 bit and 64 bit data path cards The specifications for the PCI slots are described in the Table 7 4 Figure 7 6 PCIBPR Board Layout of M600R PClslot 8 PClslot 9 PClslot 10 PClslot 11 PClslot 12 Figure 7 7 PCIRSR Board Layout of M600R 89 CHAPTER 7 M600R Main Cabinet Table 7 4 PCI Slot Specifications
11. 106 Drive Bays of Expansion File Unit Type 2 0 o e 107 Drive Bays of Expansion File Unit Type 2 o e 108 Rear View of Expansion File Unit Type 2 o e ee 108 Front View of Expansion File Unit e e e 114 Drive Bays of Expansion File Unit e e e 115 Rear View of Expansion File Unit o e 116 Floppy Disk Unit Front Panel 123 Inserting Floppy Disks ee 124 CD ROM Unit Front Panel 2 0 126 Mark on CD ROM Disk riga poe BAS Se Pe pe wee 127 DAT Unit Pront Panel yh eS a Se Se Dar Oa IG 130 DDSLOZOS desc OA Doe ale e Me Sided 132 DDS Media Recognition System Logo o e 132 Inserting a Data Cartridge in The DAT Unit 2 2 132 DAT Data Cartridge Write protection Tab o o e ee 133 8 mm Tape Unit FrontPanel o e e 136 Sammi Tape Data Cartridge i pie ent ale a le e a eg a 137 Cleaning Cartridge of The 8 mm Tape Unit LL 139 Cleaning Cartridge of The 8 mm Tape Unit LL 139 QIC Tape Drive Front Panel ee 140 QIC Data Cartridges cer i A a a a Re 142 Figure 12 1 Figure 12 2 Figure 12 3 Figure 14 1 ILLUSTRATIONS Sisrial Gonfipuratiohi 42 ang A Ae WA ie CR ne a 147 Configuration of Signal Line when Connecting DCE Device Example 150 Configuration of Signal Line when Connecting DTE Line Example
12. Fan 15 Fan 16 Tray 08 Side the PCI slot Fan 17 Fan 18 Tray 09 Above the processer module System expansion unit Fan 19 Fan 20 Tray 10 Side the PCI slot System expansion unit Fan 21 Power supplies The M400A main cabinet has 2 kinds of power supply units as well as DDC DC DC Converter FEP Front End Bulk Power unit has AC input and provide 48V to BE BE Back End Power has 48V input and provide 12V or 5V or 3 3V to some internal components The power supplies must be configured according to the system hardware configuration as described in Table 4 2 Table 4 2 Power Supply Units Without an Expansion With an Expansion System Board System Board Standard Redundant Standard Redundant FEP 2 3 3 4 BE SV 3 4 5 6 BE 3 5V 2 3 3 4 44 4 2 Device Configuration Rear of the M400A main cabinet AC input AC main line switch power supplies FEP and some connectors are located on the rear of the M400A main cabinet as shown in the Figure 4 3 PCI slot Expansion System Board FEP 2 option FEP 3 option SCSI 100BASE TX Differential FEP 0 FEP 1 he RS232C portB AC Main Line RS232C portA Switch a Parallel SCSI Keyboard Differential A 100BASE TX Expansion File Unit Type 2 option Diga g D a d D AC Mainline Switch AC Power Input Figure 4 3 Rear View of M400A Main Cabinet 45
13. If the CD ROM disk is dirty clean it from the center to the circumference using a soft cloth Do not clean using a circular motion 11 4 Tape Unit Overview One of the following tape units shown below can be installed into the main cabinet as an option e DAT DDS 3 unit up to 24 Gigabytes cartridge compressed e 8 mm tape unit up to 14 Gigabytes cartridge compressed e 1 4 inch cartridge QIC tape unit up to 2 5 Gigabytes cartridge Data can also be read from and written to a 150 megabyte QIC tape IMPORTANT The SCSI ID of these tape units is set to 5 for 1st expansion or 3 for 2nd expansion only applied for Expansion File Unit Type 2 Hot replacement feature Hot replacement can be performed for the tape drive in the main cabinet The tape unit is used as a simple backup device If tape unit failures occur such as tape snagging the hot replacement feature can be used to replace the unit without shutdown the system 128 11 5 DAT Unit 11 5 DAT Unit This section describes the front panel indicators and buttons of the 4 mm DAT unit and explains how to use the DAT unit Setting in operating system Before using the DAT unit the kernel drv st conf file must be modified The modification is described below Setting an Internal DAT 1 Copy the original st conf file as below cp kernel drv st conf kernel drv st conf old 2 Add the following to the kernel drv st conf file tape config list
14. Do not eject a floppy disk while the access LED is on otherwise the Z CAUTION floppy disk or the data on the diskette may be destroyed For information on the handling method see Table 11 2 Handling floppy disks 124 11 2 Floppy Disk Units Table 11 2 Handling Floppy Disks Keep floppy Avoid pinching disks away from floppy disks with magnets paper clips otherwise disk data may corrupted Do not expose Do not bend floppy disks to floppy disks heat or sunlight Avoid opening floppy disk shutters or allowing lt anything to come On into direct contact with the P disk surface When storing floppy disks on a shelf place them in a floppy disk storage box or store them vertically Write information on disk labels before applying the labels to floppy disks When writing information Felt tip pen on labels already applied lt to floppy disks S use a soft point pen such as a felt tips pen Do nat clean the surface of a floppy disk CHAPTER 11 Input Output Units 11 3 CD ROM Unit Front Panel A headphone jack is installed on the front panel so the CD ROM unit can also be used to enjoy music To play music on the CD ROM unit install the appropriate software driver to support the audio function 2 Tray 1 BUSYLED 5 Headphone terminal 3 Eject button 4 Sound volume adjustment knob Figur
15. 044 1018 ININIC 00 3441018 NINIC 00 bit 1018 NINIC 00 9 101S NINIC 00 8 101S NINIC 00 OL 101S ININIC 00 314 101S ININIC 00 t 1H 1015 ININIC 00 9 1018 19d 00 S 10IS 19d 00 bit 101S 19d 00 10IS 19d 00 lt 1018 19d 00 1 10IS 10d 00 v 9200 00 1 101S Nd9 00 9200 00 CPU module slots and memory module slots are located on Systemboard as described in Figure 4 4 Systemboard CHAPTER 4 M400A Main Cabinet 4 3 Systemboard lt 900 00 1 9000 00 0 900 00 0 101S NdO 00 Base System Board 0441018 WINIA lt 10IS WIA t 1015 WWIG 91018 WINIA 8 101S WINIA OL 0S WINIA 3141018 WWIG t L 10S WINIA 9 101S 1Od 10 S 1018 1Dd 10 bit 1018 1Od 10 1018 JOd 10 lt 101S 1Dd 10 1 101S 19d 10 v 900 0 1 10IS AdO LO Odd 10 S H 101S ININIC 00 1 101S ININIC 00 LL 1018 ININIC 00 6 101S WWIG 00 4 101S NINIC 00 S 101S NINIC 00 E 101S NINIC 00 1 10IS ININIC 00 lt Odd 10 H 900 10 0 Odd 10 O 101IS NAO 10 S1 1018 WINIA 101S WIA 11441018 WINIA 6 101S WWIG 4 0S WWIG S 01S WINIA 10S WINIA L 101S WINIA Expansion System Board Figure 4 4 S
16. 1024 MB Error SLOT Example of a slot 4 error Memory Type SDRAM SLOT Size Valid MB Existing MB Total 00 Ue 3 256 256 256 256 256 256 256 256 1024 1024 MB 00 4 7 0 0 0 256 0 256 0 256 E 0 768 MB 00 8 11 256 256 256 256 256 256 256 256 1024 1024 MB 00 12 15 256 256 256 256 2567 256 2567 256 1024 1024 MB 01 0 3 256 7 256 256 256 256 7 256 256 7 256 1024 1024 MB 01 4 7 256 256 256 256 256 256 256 256 1024 1024 MB 01 11 256 256 256 256 256 256 256 256 1024 1024 MB 01 12 15 256 256 256 256 256 256 256 256 1024 1024 MB Error SLOT Note If a memory error is detected an asterisk is displayed in the Size field for the corresponding slot In this example an error in slot 4 is detected in the initial diagnostics operation Modules in slots 5 to 7 are recognized as normal modules but also become invalid 4 4 Disk Units Disk drive configuration Up to 7 disk dirves can be installed in To install more than 8 disk drive units the File Unit Expansion Kit and or Expansion File Unit Type 2 must be installed 48 4 5 PCI Slots 4 5 PCI Slots PCI slots configuration PCI slots are located on the systemboard as described in Figure 4 4 There are 7 separate PCI Bus channels A B C D E F G and H All PCI Bus slots provide for the full 64 bit data path and can accommodate both 32 bit and 64 bit da
17. CHAPTER 8 Expansion Disk Cabinet Disk configuration The Expansion Disk Cabinet has 2 UltraSCSI buses Up to 5 drive units can be installed in the upper drive bays of the cabinet as shown in the Figure 8 2 below Internally they are connected to an interface board by a single ended UltraSCSI bus And up to 5 drive units can be installed in the lower drive bays Also they are connected to an interface board by a single ended UltraSCSI bus The interface board has a single ended to differential interface converter in it and each interface board is connected to the host server by a differential UltraSCSI bus Each interface board has a POWER LED If a FAULT LED and an ACTIVE LED of a disk bay that has a disk drive doesn t light up check the POWER LED on the interface board in the cage if it is light up or not A failed unit can be isolated by checking this POWER LED a ACTIVE LED a FAULT LED and a POWER LED on the power supply unit ACTIVE LED Green FAULT LED Amber 1 2 3 4 5 POWER LED Green 1 2 3 4 5 Interface Board Option sibilato Figure 8 2 Drive Bays of Expansion Disk Cabinet 98 8 2 Device Configuration status LED A POWER LED and a CHECK LED are installed on the front of the cabinet The POWER LED indicates if the power is on or off And the CHECK LED indicates if there is any hardware errors or not The CHEC
18. Front view of the M400A main cabinet DAT Unit 8mm Tape Unit QIC Tape Unit Operator Panel Panel Cover Floppy Disk Unit CD ROM Unit Figure 4 2 Open View of M400A Main Cabinet 43 CHAPTER 4 M400A Main Cabinet Panel cover The panel cover can be opened from its right side after unlocking it Then you can access switches on the operator panel CD ROM unit Floppy drive unit tape unit and so on Fans The Table 4 1 lists the fans installed in the M400A main cabinet Table 4 1 Fans Name Tray Location Fan 0 Tray 04 Right front view of the cabinet Fan 1 Fan 3 Tray 01 Center front view of the cabinet Fan 4 Tray 02 Left front view of the cabinet Fan 5 Fan 10 Tray 05 Bottom rear view of the cabinet Fan 11 Fan 12 Tray 06 Upper rear view of the cabinet Fan 13 Fan 14 Tray 07 Above the processer module
19. e CD ROM unit e Tape unit optional QIC tape 8 mm tape or DAT e Floppy disk unit 6 2 Device Configuration The processor modules DIMMs PCI cards tape drive unit redundant power supply and disk drive units of the above components are available as options Front view of the M600 main cabinet Operator Panel Floppy Disk Unit Front Cover Figure 6 2 Open View of M600 Main Cabinet DAT Unit 8 mm Tape Unit QIC Tape Unit CD ROM Unit En pe Un I E ne EN dns a a REE BEE FRS GS ns Ses Rete pure Re dn RE i ne EE pee SES Ba Ey se EE Peg g y Bee GE Bee a Bet E g ES RESSE GARES BESHE BASEE paaa BARRA ARRA E E Fis BARES BEBE E 69 CHAPTER 6 M600 Main Cabinet Panel cover The panel cover can be opened from its right side after unlocking it Then you can access switches on the operator panel CD ROM unit Floppy drive unit tape unit and so on Fans The Table 6 1 lists the fans installed in the M600 main cabinet Table 6 1 Fans Name Tray Location Fan 0 Tray 01 Upper Left front view of the cabinet Fan 1 Fan 2 Fan 3 Tray 02 Upper Right front view of the cabinet Fan 4
20. e Keep the M200 main cabinet isolated from vibration Install the M200 main cabinet on a level surface so that it does not tilt e Make sure that the AC power supply source is grounded properly Otherwise the M200 main cabinet may malfunction e Do not run a cable under a unit or allow a cable to become taut Do not disconnect the power cable when the power is on e Do not place anything on the M200 main cabinet Do not use the cabinet of the M200 main cabinet as a work space e To prevent condensation in the M200 main cabinet do not raise the ambient temperature rapidly in winter Use the M200 main cabinet only after it has warmed up sufficiently e Do not install the M200 main cabinet near a noise generating device such as a photocopier air conditioner or welder e Take electrostatic prevention measures Note that some carpets generates static electricity easily and can cause the M200 main cabinet to malfunction e When moving the M200 main cabinet do not pull on the front cover Otherwise the main cabinet may be damaged 23 CHAPTER 2 M200 Main Cabinet 24 IMPORTANT If the above conditions are not satisfied the M200 main cabinet may be damaged Be sure to follow these precautions Installation specifications Table 2 3 Installation Specifications of M200 Main Cabinet 1 Item Specification Mass Up to 43kg approx 94 9 Ib Power condition Input voltage Single phase Sin
21. gt s a edar 9 Omm o 0900900000 o FEP 0 FEP 1 Figure 7 4 Rear View of M600R Main Cabinet 85 CHAPTER 7 M600R Main Cabinet 7 3 Systemboard 86 Systemboard CPU module slots and memory module slots are located on Systemboard as described in Figure 7 5 DIMMslot A1 DIMMslot B1 PPU2 0 DIMMslot A9 DIMMslot A3 DIMMslot B3 DIMMslot A5 DIMMslot B5 DIMMslot A7 DIMMslot B7 CPUslot 3 DIMMslot B9 DIMMslot A11 DIMMslot B11 DIMMslot A13 DIMMslot B13 DIMMslot A15 DIMMslot B15 CPUslot 2 CPUslot 1 CPUslot 0 CPUslot 7 CPUslot 6 CPUslot 5 DIMMslot AO DIMMslot BO DIMMslot A2 DIMMslot B2 DIMMslot A4 DIMMslot B4 DIMMslot A6 DIMMslot B6 CPUslot 4 DIMMslot A8 DIMMslot B8 DIMMslot A10 DIMMslot B10 DIMMslot A12 DIMMslot B12 DIMMslot A14 DIMMslot B14 Figure 7 5 Systemboard Layout of M600R Processor Configuration Up to 8 CPU configuration is supported as described in Table 7 3 Table 7 3 CPU Module Configurations 7 3 Systemboard CPU Slot Additional Power Supply units 0 1 2 3 4 5 6 7 2CPU Yes Yes 3CPU Yes Yes Yes 1DDC 1FEP 4CPU Yes Yes Yes
22. riti loi nina reni 114 Device Configurationi vii ninna SS ee nia 115 Hot System Replacement iii pi e 117 Installation 2 Lil Dallab Dalia MLA til lata 118 113 CHAPTER 10 Expansion File Unit GP7B7FU1xx 10 1 Product Outline Key Features 2 separate 40MB s differential UltraSCSI connections to the host per Expansion File Unit e Up to 5 UltraSCSI disk units can be installed per UltraSCSI bus and up to 10 UltraSCSI disk units can be installed per Expansion File Unit e The disk units can be hot swappable e The power supply unit can be configured redundantly and it can be hot swappable when configured redundantly e Fans are configured redundantly to continue working even if a fan is failed e The Expansion File Unit has some status LEDs inside the cabinet as well as a CHECK LED and a POWER LED on the front panel It makes easy to identify isolate hardware problems e The Expansion File Unit is connected to the GP7000F main cabinet through a RCI Remote Cabinet Interface cable as well as UltraSCSI interfaces The RCI makes power cycle of the cabinet linking to the GP7000F main cabinet Front View of the unit POWER LED green Front Cover o0000000 o0000000 o0ogo0o0o0g0 O 59599999 oOooooogoog Air Inl t CHECK LED amber Figure 10 1 Front View of Expansion File Unit 114 10 2 Device Configuration 10 2 Device Configuration This file unit consists of the following compone
23. However the messages on the LCD panel will disappear if the Main Line switch is turned off Table 14 4 Power Fan Environmental Error Messages Message level Message content Description st line 2nd line SCF warning FAN m n Rotation alarm is detected at fan n of fan traym FAN m n x y x y When a plurality of events is detected FEP n Abnormality is detected at n th FEP Front End Power FEP n m m When a plurality of events is detected BE n SCF alarm FAN m n Faulty rotation is detected at fan n of fan tray m FAN m n x y When a plurality of events is detected Thermal Inlet Abnormal ambient temperature exceeding approx 40 degrees Celsius 104 F is detected Thermal CPU Abnormal in cabinet temperature detected Sensor Inlet FEP n FEP n m Faulty ambient temperature sensor detected Abnormality is detected at n th FEP m When a plurality of events is detected DDC n or 0X DDC n Abnormality is detected at n th DDC BE n Abnormality is detected at n th BE PPU2 n Abnormality is detected at n th 2 5V PPU Power Processing Unit PPU3 n Abnormality is detected at n th 3 3 V PPU PPUS n Abnormality is detected at n th 5 V PPU PPU12 n Abnormality is detected at n th 12 0 V PPU FEP DC ON 0x Failed to power up 0x FEP DDC DC ON xx Failed to power up xx DDC PPU2 DC ON 0x Failed to power up 0x 2 5V PPU PPU3 DC ON 0x Failed to pow
24. Insufficiency or miss configuration of 3 3V PPU PPU3 io Config Insufficiency or miss configuration of 3 3V PPU for IO PPUS Config Insufficiency or miss configuration of 5 0V PPU PPU12 Config Insufficiency or miss configuration of 12 0V PPU BE Config Insufficiency or miss configuration of BE Back End Power BE 3 3V Config Insufficiency or miss configuration of 3 3V BE Back End Power BE 12V 5SV Config Insufficiency or miss configuration of 5V BE Back End Power SCF warning DDC Config Extra DDC is installed PPU3 Config Extra 3 3V PPU is installed PPU3 io Config Extra 3 3V PPU for IO is installed PPUS Config Extra 5 0V PPU is installed PPU12 Config Extra 12 0V PPU is installed BE Config Extra BE is installed BE 3 3V Config Extra 3 3V BE is installed BE 12V 5V Config Extra 5V BE is installed 161 CHAPTER 14 Troubleshooting 162 Power fan environmental alarms With a redundant configuration if a power supply unit s failure occurs while the system is running the system will display a message on operating system and will continue to running However a message may not be displayed for a non redundant configuration and the system will shut down immediately The same applies to the fan failure To identify the cause of the problem message log file may be useful if the system can restart The causes of this type of event are therefore continuously reported on the LCD panel after the system is powered down
25. RD A RD ER fedi ER DR DR RS RS cs TT CS CD CD STI STI ST2 ST2 RT RT SG lt SG Note RS CS flow control cannot be achieved by this wiring Figure 12 3 Configuration of Signal Line when Connecting DTE Line Example 150 12 3 Parallel Interface 12 3 Parallel Interface Parallel interface The Parallel interface is based upon IEEE1284 For details of the signal line configuration and electrical standard refer to the IEEE1284 specifications Besides the hardware verification mentioned above the control codes e g Chinese character code and ESC sequence supported by the connected system must be checked before attempting to use the interface In the GP7000F Compatible Nibble and Byte modes are supported ECP Extended Capabilities Port to EPP Enhanced Parallel Port modes are not supported as yet Terminal Distribution IEEE 1284 A from among IEEE 1284 terminal distribution schemes is shown below The following table shows the pin numbers sources and signal names Sources identify the communicating status e g from Host H from terminal P and bidirectional Bi Di can be sent either from the host or terminal equipment The signal names identify those supported in the respective modes For the connecting information regarding the cables types refer to the IEEE1284 specifications Table 12 6 IEEE1284 A Connector Terminal Distribution Pin Sou
26. Yes 1DDC SCPU Yes Yes Yes Yes Yes 1DDC 1PPU 6CPU Yes Yes Yes Yes Yes Yes 1DDC 7CPU Yes Yes Yes Yes Yes Yes Yes 1DDC 8CPU Yes Yes Yes Yes Yes Yes Yes Yes 1DDC IMPORTANT If any of the above conditions is not satisfied the operation is not guaranteed Memory configuration The M600R has 32 memory slots allowing for as much as 16 gigabytes of main memory When installing the memory modules the following conditions must be satisfied e When installing the first set of DIMM install a set of 4 modules of same size in slots 0 and 1 of both groups A and B e At subsequent memory expansions install a set of 4 modules in slots 2 and 3 of both groups A and B Then install a set of 8 modules in slots 4 to 7 of both groups A and B Finally install a set of 16 modules in slots 8 to 15 of both groups A and B The modules installed in the slots of a group must have the same size e Alternatively install the set of 4 or 8 or 16 modules of same size in just group A The set of modules must be installed in the lowest available slots However ASR Automatic System Reconfiguration from memory failure may not work in this memory configuration IMPORTANT If any of the above conditions is not satisfied when installing the DIMMs some DIMMs are degraded in the power on diagnostics When expanding the memory modules check that the DIMMSs are installed correctly Memory ECC feature The SDRAM is used as the
27. 149 151 152 158 160 161 162 163 163 164 CHAPTER 1 Product Outline 1 1 1 2 1 3 1 4 1 5 1 6 1 7 CONTENTS Key Features sprite a aba ai 2 Operator Panel ppi ir rd dd maca ade 5 External Interface ma a O a OA ole as A 8 Console A O re 10 Power OO ic A RR 11 Installation of Basic Software Extension or Enhanced Support Facility 0 000 12 local mac address Property ci A ass 12 CHAPTER 1 Product Outline 1 1 Key Features The GP7000F is SMP Symmetric Multi Processor servers with 64 bit SPARC64 GP processors Each model in the group has high performance 64 bit processors high speed I O interfaces and enhanced reliability availability and serviceability RAS features The crossbar configuration is used as the system architecture of the GP7000F and the performance of the multi processor configuration has been improved almost linear scalability The GP7000F which has excellent scalability and reliability is an ideal server for not only group or department servers but also for mission critical enterprise servers IMPORTANT The availability of these products depends on the Sales and Support Companies Please contact these companies High performance SPARC64 GP Processor The SPARC64 GP is a high performance processor which has an out of order execution engine The SPARC64 GP supports large size external cache of 2MB 4MB 8MB per processor as well as 64KB instruction 64KB Data
28. 4 PCI slot 3 PCI slot 2 PCI slot 1 Figure 6 5 PCI IO Board Layout of M600 75 CHAPTER 6 M600 Main Cabinet Table 6 4 PCI Slot Specifications PCI slot PCI Bus Slot width card PCI clock Card input voltage width bits MHz 12 D 64 32 64 33 66 3 3 V or universal 11 F 64 32 64 33 66 3 3 V or universal 10 E 64 32 64 33 5 V or universal 9 E 64 32 64 33 5 V or universal 8 E 64 32 64 33 5 V or universal 7 H 64 32 64 33 66 3 3 V or universal 6 64 32 64 33 5 V or universal 5 C 64 32 64 33 5 V or universal 4 C 64 32 64 33 5 V or universal 3 G 64 32 64 33 5 V or universal 2 B 64 32 64 33 66 3 3 V or universal 1 A 64 32 64 33 5 V or universal Note When you use 7 PCI slots or more optional PCI Extension PSU must be added to the M600 main cabinet 76 6 6 Installation 6 6 Installation Notes on installation e Do not block the ventilation slits e Do not install the M600 main cabinet where it will be exposed to sunlight or sources of heat e Do not install the M600 main cabinet in dusty places or places where it will be exposed to corrosive gas or sea breeze e Keep the M600 main cabinet isolated from vibration Install the M600 main cabinet on a level surface so that it does not tilt e Make sure that the AC power supply source is grounded properly Otherwise the M600 main cabinet
29. 4 Slot 3 Slot 2 Slot 1 CPU 0 MEMORY SLOT leed Figure 2 4 Systemboard Layout of M200 Processor Configuration Up to 2 processors can be installed in the M200 main cabinet When installing the processor modules the following conditions must be satisfied e The installed processor modules must be the same type including the cache size e Install a processor module in slot 0 before installing one in slot 1 e When installing a processor module install DC DC converters along with the processor in the corresponding slot IMPORTANT If any of the above conditions is not satisfied the operation is not guaranteed 19 CHAPTER 2 M200 Main Cabinet 20 Memory configuration The M200 has 16 DIMM slots allowing for as much as 4 gigabytes of main memory When installing the DIMMs the following conditions must be satisfied e When installing the first set of DIMM install a set of 4 modules of the same size in slots 0 to 3 e At subsequent memory expansions install a set of 4 modules of the same size in slots 4 5 6 7 and 8 9 10 11 then 12 13 14 15 IMPORTANT If any of the above conditions is not satisfied when installing the DIMMs some DIMMs are degraded in the power on diagnostics When adding the memory modules check that the DIMMSs are installed correctly Memory ECC feature The ED
30. Control Keyboard 100BASE TX Figure 5 3 Rear View of M400R Main Cabinet 57 044 1018 ININIC 00 3441018 NINIC 00 bit 1018 NINIC 00 9 101S NINIC 00 8 101S NINIC 00 OL 101S ININIC 00 314 101S ININIC 00 t 1H 1015 ININIC 00 9 1018 19d 00 S 10IS 19d 00 bit 101S 19d 00 10IS 19d 00 lt 1018 19d 00 1 10IS 10d 00 v 9200 00 1 101S Nd9 00 9200 00 CPU module slots and memory module slots are located on Systemboard as described in Figure 5 4 Systemboard CHAPTER 5 M400R Main Cabinet 5 3 Systemboard lt 900 00 1 9000 00 0 900 00 0 101S NdO 00 Base System Board 0441018 WINIA lt 10IS WIA t 1015 WWIG 91018 WINIA 8 101S WINIA OL 0S WINIA 3141018 WWIG t L 10S WINIA 9 101S 1Od 10 S 1018 1Dd 10 bit 1018 1Od 10 1018 JOd 10 lt 101S 1Dd 10 1 101S 19d 10 v 900 0 1 10IS AdO LO Odd 10 S H 101S ININIC 00 1 101S ININIC 00 LL 1018 ININIC 00 6 101S WWIG 00 4 101S NINIC 00 S 101S NINIC 00 E 101S NINIC 00 1 10IS ININIC 00 lt Odd 10 H 900 10 0 Odd 10 O 101IS NAO 10 S1 1018 WINIA 101S WIA 11441018 WINIA 6 101S WWIG 4 0S WWIG S 01S WINIA
31. HP C1537A HP DDS3 4mm DAT HP_data2 HP_data2 1 0x34 1024 0xd639 4 0x00 0x13 0x24 0x3 3 IMPORTANT The space between HP and C1537A must be 6 spaces If the effective tape config list has been defined separate the above description with a and add it to the file like the following example Tape config list EXABYTE EXB 8505 Exabyte 8mm EXB 8505 EXBT 8SC HP C1537A HP DDS3 4mm DAT HP_data2 EXBT 8SC 1 0x35 0 0xce39 2 0x15 0x8c 1 HP_data2 1 0x34 1024 0xd639 4 0x00 0x13 0x24 0x3 3 3 Remove the contents of the dev rmt directory as follow cd dev rmt rm 4 Doa reconfigure boot as follow cd touch reconfigure shutdown y i0 5 Then make a reconfigure boot as follow k boot r 129 CHAPTER 11 Input Output Units Front Panel The DAT unit has two LEDs and Eject switch as shown in Figure 11 5 Tape Clean 3 Attention LED 1 Eject switch 2 Active LED Figure 11 5 DAT Unit Front Panel This section describes the functions of the switches and LEDs of the DAT unit 1 Eject switch A data cartridge can be removed by pressing the eject switch If the processor inhibits removal of a data cartridge it cannot be removed by pressing the eject switch Data destruction Do not press the eject switch during A CAUTION an operation when the tape LED is blinking If the eject switch is held down for about 5 seconds or pressed 3 times within a 5 minut
32. MB 01 12 13 256 256 256 256 256 256 256 256 024 1024 MB Error SLOT Example of a slot 4 error Memory Type SDRAM SLOT Size Valid MB Existing MB Total 00 0 3 256 256 256 256 256 256 256 256 024 1024 MB 00 4 7 0 0 00 256 0 256 0 256 0 768 MB 00 8 11 256 256 256 7 256 256 256 256 256 024 1024 MB 00 12 15 256 256 256 256 256 256 256 256 024 1024 MB DI 0 3 256 256 256 256 256 256 256 256 024 1024 MB 01 4 7 256 256 256 256 256 256 256 256 024 1024 MB 01 11 256 256 256 256 256 256 256 256 024 1024 MB 01 12 15 256 256 256 256 256 256 256 256 024 1024 MB Error SLOT 5 4 Disk Units Note Disk drive configuration 60 Up to 2 disk drives can be installed in the base configuration of the M400R main cabinet To install If a memory error is detected an asterisk is displayed in the Size field for the corresponding slot In this example an error in slot 4 is detected in the initial diagnostics operation Modules in slots 5 to 7 are recognized as normal modules but also become invalid more than 3 disk drive units the Expansion File Unit Type 2 must also installed 5 5 PCI Slots PCI slots configuration 5 5 PCI Slots PCI slots are located on the systemboard as described in Figure 5 4 There are 7 separate PCI Bus channels A B C D E F G and H All PCI Bus slots provide for the
33. Operating 5 to 35 degrees Celsius 41 to 95 F 1 Not operating 0 to 50 degrees Celsius 32 to 122F Humidity condition Operating 20 to 80 RH no condensation Not operating 8 to 80 RH no condensation Vibrations condition Operating 0 2G Idle 0 4G Noise 47 db A 2 Installation Floor Stand type STE If the ambient temperature exceeds 35 degrees Celsius 95 F during operation a warning message is output Take steps to rectify the problem immediately 2 The indicated noise is the mean value of the measurements obtained in an anechoic chamber with less echoic influence The actual noise measured at the installation site may be greater than the indication noise due to surrounding noise and echoes 51 CHAPTER 4 M400A Main Cabinet Table 4 5 Installation Specifications of M400A Main Cabinet 2 Item Specification External dimension unit mm Width 500 Depth 882 Height 700 Front of the cabinet Side of the cabinet Service fp A aaa area NA unit mm 200 Rear Service area 1000 Top of 882 the cabinet 800 800 Service area Drawer area Service area 800 1 Front Service area 800 1 Keep the drawer area so that the CPU shelf can be pulled out from the main cabinet during installing some internal option products and providing maintenance of the CPU shelf 32 CHAPTER 5 M40
34. ROM disk 3 Do not write on a CD ROM disk with a ball point pen or pencil 4 Do not clean a CD ROM disk with benzene paint thinner water record spray or an antistatic agent 5 Do not expose a CD ROM disk to sunlight or heat 6 Do not store a CD ROM disk in a place that undergoes a rapid environmental change 7 If a CD ROM disk is not being used remove it from the CD ROM unit and store it in its case to protect it from dust scratching and breakage Cleaning the optical lens After the CD ROM drive has been used for a long time the optical lens for data reading may become dirty causing data on the CD ROM disk to be read incorrectly To clean the optical lens 1 Use the small brush provided with the CD ROM cleaning disk to straighten the special brush for cleaning on the rear surface of the CD ROM cleaning disk Press the Eject button The tray of the CD ROM unit comes out Place the CD ROM cleaning disk on the tray of the CD ROM unit with the red triangle mark towards you Press the Eject button The tray of the CD ROM unit goes in Wait for about 20 seconds If there are clicking sounds or the disk rotates fast this is not a sign of a failure Check that the BUSY LED is off then press the Eject button and remove the CD ROM cleaning disk 127 CHAPTER 11 Input Output Units 7 Use the attached small brush to remove dust from the special cleaning brush of the CD ROM cleaning disk Then store the brush in the case
35. Then you can access switches on the operator panel CD ROM drive unit Floppy drive unit tape drive unit and so on 16 2 2 Device Configuration Fans Table 2 1 lists the fans installed in the M200 main cabinet Table 2 1 Fans Name Shape Location Fan 0 120 mm 4 7 inch square fan Behind the Systemboard Fan 1 120 mm 4 7 inch square fan Under the disk unit Fan 2 92 mm 3 6 inch square fan Above the processor module Fan 3 80 mm 3 1 inch or 120 mm Behind the power supply 4 7 inch square fan 1 Fan 4 92 mm 3 6 inch square fan Side the PCI slot 1 The 80 mm square fan is replaced by the 120 mm square fan when the expansion power supply is installed Power supplies The M200 main cabinet has a basic power supply unit as well as DDC DC DC Converter s dedicated to each processor module When the Disk Expansion Unit is installed The expansion power supply is required when 5 to 8 disks are installed in the M200 main cabinet If the expansion power supply is not installed when the Disk Expansion Unit is installed an indication that a mounting rule has been violated is reported on the LCD panel and power on is inhibited This checking function prevents faulty configurations The checking function is executed when a disk cage is expanded regardless of whether a disk unit is installed The alarm detection feature is not implemented for the expansion power supply of the M200 main cabinet If a fail
36. a 6 6 Installation ip idea fa 5 064 4 on e es M600R Main Cabinet 7 1 OVERVIEW E ERA A 12 Device Configuration LL 1 3 systemboard 4 9524 A ER A ei 7 4 Disk Units o ria a a a 7 5 PELS 0d is a a a SDM 7 6 Installationer ipo A A A 4 AOD Expansion Disk Cabinet 8 1 Product Outline ve mo ee a ae ee 8 2 Device Configuration e 8 3 Hot System Replacement o o 8 4 Installation A ira pala Expansion File Unit Type 2 GP7B7FLxx 9 1 Product Outline sii e Leh Sh o e A 9 2 Device Configuration LL 9 3 Hot System Replacement LL 9 4 Installation ii OS Aa A lata 2 AS Expansion File Unit GP7B7FU1xx 10 1 Product O tlme to bee A Se dk Bie Ge ee ek CONTENTS titani aa 75 sila an 75 be eB ot detest 77 81 be ek eevee 82 A 83 A 86 ee RR Soe Bee 88 ek gt We eet 89 teh gh LIDS iat 91 95 eee 96 105 113 ill 102 gt Device Configuration ea 0 O AN AY a AO ee O 115 10 3 Hot System Replacement e 117 10 4 Tnstallation 02 a E Ad o Tee g 118 CHAPTER 11 Input Output Units 121 11 1 Disk UniS vsr a inina Pala A E RAS a a 122 11 2 Floppy Disk Units ir lg RS a n 123 11 3 CDROM Unity si iii A AA ARA EO oa 126 IEA Tape Unit iii had tn E E ARE A a Oe Se 128 11 5 DAT Unit ur pa ue PR ER A ee ile 129 11 6 S mmitTape Unit o ie Petit IRE rt 135 11 7 OIE Tape Unitins 9 6 ita dati A A es 140 CHAPTER 12 External Interfaces 1
37. affect the system performance The RS232C Parallel and Ethernet interfaces use industry standard connectors Therefore the user can connect them to various peripheral devices For the specifications of the RS232C parallel interface and UPS control interface see 12 External Interfaces Table 1 6 shows other connectors and switches than the above Table 1 6 Connectors and Switches for Maintenance Connector Marking Type Remarks Switch SCF switch No notation Push pin Unavailable SCF RS232C No notation Dsub 9 pin Unavailable IMPORTANT The connector and switches in Table 1 6 are used only for the maintenance purpose by trained service engineers If used for any other reason the server will malfunction CHAPTER 1 Product Outline 1 4 10 Console Serial Terminal If your GP7000F has no local graphic console a serial terminal such as Personal Computer should be attached to the GP7000F in order to install the system and to run diagnostic programs To attach a serial terminal Connect a terminal data cable to serial port A on your server Set a terminal to receive 8bit per character 1 stop bit and no parity at 9600 baud Refer to the document accompanying your terminal for more information about the terminal itself Terminal break command You can disable to enter the OpenBoot mode from break command and keyboard STOP A command by the following proceedings 1 set no break
38. all power supply cords of this unit are connected to one Power Strip Earth connection essential before connecting supply Table 3 4 Mounting Combination for Expansion Rack Rack Mount Units Mounting Portion Priority in the Rack Communication Swichable Unit Expansion File Unit Type 2 Upper Disk Array Unit GP DxxxxU GP7000F Model 200R 400R Disk Array Unit GR700 720 Lower Outlet and or Outlet Type 2 GP7000F Model 600R Note Each rack mount unit should be mounted in the lowest available portion with the priority indicated in the Table 3 4 Notes on Installation e Do not install this file unit where it will be exposed to sunlight or sources of heat e Do not install this file unit in dusty places or places where it will be exposed to corrosive gas or sea breeze e Keep this file unit isolated from vibration Install this file unit on a level surface to prevent it from tilting e Do not run a cable under a unit or overextend a cable Do not disconnect the power cable while the power is on e Do not place anything on this file unit Do not use this file unit as a desk e To prevent condensation in this file unit do not raise the room temperature rapidly in the winter Use the cabinet only after sufficiently warming it e Do not install this cabinet near noisy devices such as a photocopier air conditioner or welder e Take electrostatic prevention measures Note that some ca
39. already inserted e Insert the data cartridge into the slot on the front panel Be careful to insert the data cartridge in the direction indicated by the label and push gently on the cartridge e The DAT unit takes it automatically and starts loading the tape The Active LED blinks while the tape is being loaded e About 14 seconds is required to complete tape loading When the tape is loaded the Active LED lights steady Labeled surface Figure 11 8 Inserting a Data Cartridge in The DAT Unit 132 11 5 DAT Unit Removing a data cartridge 1 Check that the Active LED is off the DAT unit is not operating 2 Press the eject switch to rewind and unload the tape The Active LED blinks while the tape is being rewound and unloaded 3 After the tape has been rewound the data cartridge is ejected Up to 120 seconds is required to eject the tape After the tape is ejected the Active LED goes off Write protecting a data cartridge Data cartridges have a write protection tab to protect important data from being overwritten by mistake Write protection tab Write protected Write enabled Figure 11 9 DAT Data Cartridge Write protection Tab When using the data cartridge DAT take the following A CAUTION precautions If these precautions are not observed the DAT unit or its data may be destroyed e Do not allow a magnet or magnetized object near a data cartridge e Do not expose the tape or turn the tape reel unnec
40. and can cause this cabinet to malfunction When moving this cabinet do not pull on the front cover Otherwise the cabinet may be damaged IMPORTANT If the above conditions are not satisfied the cabinet may be damaged Be sure to follow these precautions Installation specifications Table 8 3 Expansion Disk Cabinet Installation Specifications 1 8 4 Installation Item Specification Mass Up to 38kg Power condition Input voltage Single phase Single phase 100 to 120 VAC 200 to 240 VAC 10 10 Input frequency 50 60 Hz 2 to 4 Maximum consumption current 3A 1 5A Leakage current 1 for each cable 1 2 mA or less 2 7 mA or less Ground resistance 1000hm or less class C installation standard Temperature condition Operating 5 to 35 degrees Celsius 41 to 95 F 1 Not operating 0 to 50 degrees Celsius 32 to 122F Humidity condition Operating 20 to 80 RH no condensation Not operating 8 to 80 RH no condensation Vibrations condition Operating 0 2G Idle 0 4G Noise 47 db A 2 Installation Standalone type STE If the ambient temperature exceeds 35 degrees Celsius 95F during operation a warning message is displayed Take steps to rectify the problem immediately 2 The indicated noise is the mean value of the measurements obtained in an anechoic chamber with less echoic influence The actual noise measured at the in
41. are erased from the panel when e an error event is corrected e the power of the main cabinet is cycled e the AC main line switch is turned off or e the RESET switch is pressed partial messages are erased When an error or an abnormal state occurs record the messages displayed on the LCD panel and status of the CHECK LED Then contact the system administrator or service engineers See 14 Troubleshooting for more information regarding the messages displayed on the LCD panel 1 2 Operator Panel Switches There are 4 switches on the operator panel as below POWER switch The user can turn on and off the system by pressing this switch The POWER switch operation is managed by the setting of the MODE switch as well as software setting with scftool By pressing the POWER switch while the system is running the system will be powered off after graceful shutdown Refer to the user s guide of Basic Software Extension or Enhanced Support Facility for the information of the scftool RESET switch The user can reset the system forcibly with the RESET switch Enabling the RESET switch is managed by the state of the MODE switch setting If the user cannot restart the system with the RESET switch check the LCD panel if there are any messages then press this switch again Data destruction Pressing the RESET switch while Z CAUTION the system is running may destroy data REQUEST switch The REQUEST switch is used by tra
42. disk unit status These LEDs operate as described below Table 10 2 LEDs Name Color Status ACTIVE LED Green Lights up when the SCSI commands are executed FAULTLED Amber Lights up when the hot replacement command is executed To hot swap a disk unit you need to use the software tool which is provided in Basic Software Extension or Enhanced Support Facility Please refer to user s guide of Basic Software Extension or Enhanced Support Facility for more information The FAULT LED lights up according to the procedures described in the user s guide to identify the failed disk unit If the FAULT LED does not lights up even if you follows the procedures described in the user s guide hot swapping is not possible In this case power off the entire system then replace the disk unit When adding a new disk unit while the system is running use the software tool as well When the power supply units are configured redundantly it can be hot swapped Each power supply unit has a POWER LED on it and it lights steadily while the corresponding power supply is working When the POWER LED doesn t light it indicates that the power is turned off or the power unit has failed Hot replacement of the power supply unit is possible only while the corresponding POWER LED is off Use a software tool which is provided in Basic Software Extension or Enhanced Support Facility to how swap a power supply unit Please
43. drive units e CD ROM unit e Tape unit optional QIC tape 8 mm tape or DAT e Floppy disk unit The processor modules DIMMs PCI cards tape drive unit redundant power supply and disk drive units of the above components are available as options Front view of the M600R main cabinet CD ROM Unit Floppy DISK Unit Operator Panel DAT Unit 8mm Tape Unit QIC Tape Unit Figure 7 2 Open View of M600R Main Cabinet 83 CHAPTER 7 M600R Main Cabinet 84 o al O Ol DO IDO Dodd e o fl o 0 o OODOOODODODOJO eQO00000000000 e jo Po Pa oooonnmnmnnnnn ponnenoonpdoo Donnpnooapdoo ponmpobaapdoo o Dopnpoponbdoo o 900000000003 e o e e le o DOOFOTOOOFDO DOOOOOO0000O DODFDOOO0000O QOOD0D000005 ell CODODODODddo ooODODDudDuduO mannanna nn nnn Bo0000000000 0 UULI aaa e e a5 LI Ol Ol Jl Ol 3 m amp QUe o nm n m a ma a a am a a a le oOnbodopasanao a 3 DOCCOCOODDODO e MU O o 2 o E a 2 o da FE DODODODODO ODOo DODODOOQODOdo OJDOQODoOdgogddo DODOOODQODOJo DODODODOODOdo PASSANO ORAL DIOFIDTO0OLG0O DIOFOOGOOTDIO DIOFIDQGOOTDIO o e 00000 0 O00 0 e lo COOOO0O000000 el el auc RARA TODTTOCGTO DpODODODUDO QODOO00 MODTONDIDO OOOOO
44. expansion target host and turn on the host Execute an rci confignm command and an rci configio command in the host Set the mode switch to the original position when the connection is complete When adding an I O node set the mode switch on the panel of a connected host node to MANUAL Use the RCI cable to connect the expansion target host and turn on the host again Then execute an rci configio command when the ok prompt is displayed 13 3 Liquid Crystal Display LCD Specifications The figure below shows a setting example a ok rci config HOST addres 000101ff mode 010038a0 status c000 LIST address status device class sub class 000101ff 90 0001 01 000301ff 90 0100 01 000302ff 90 0201 01 13 3 Liquid Crystal Display LCD Specifications A message is displayed when the service pin of an I O node is pressed Use this message to check the RCI address of the I O node and the RCI cable connection to the node The message is shown below ID XXXX VER yy ST ZZZZZZZZZZZZ Explanation xxxx RCI address yy RCI version zzzzzzzzzzzz Neuron identifier This message and current messages are displayed alternately for 20 to 30 seconds on the LCD panel of the main cabinet 155 CHAPTER 14 Troubleshooting 14 1 14 2 14 3 14 4 CONTENTS Overview A alain bee eS 158 Commands at the Ok prompt iii RE e paa 158 Initial Diagnosis Sequence 25 sc cee donee ebb ede ee bane bbs boemndeedadeerbee
45. feature with the disk mirroring features Two LEDs ACTIVE and FAULT are installed per disk unit to indicate the disk unit status These LEDs operate as described below Table 9 2 LEDs Name Color Status ACTIVE LED Green Lights up when the SCSI commands are executed FAULT LED Amber Lights up when the hot replacement command is executed To hot swap a disk unit you need to use the software tool which is provided in Basic Software Extension or Enhanced Support Facility Please refer to user s guide of Basic Software Extension or Enhanced Support Facility for more information The FAULT LED lights up according to the procedures described in the user s guide to identify the failed disk unit If the FAULT LED does not lights up even if you follows the procedures described in the user s guide hot swapping is not possible In this case power off the entire system then replace the disk unit When adding a new disk unit while the system is running use the software tool as well When the power supply units are configured redundantly it can be hot swapped Each power supply unit has a POWER LED on it and it lights steadily while the corresponding power supply is working When the POWER LED doesn t light it indicates that the power is turned off or the power unit has failed Hot replacement of the power supply unit is possible only while the corresponding POWER LED is off Use a software tool which
46. full 64 bit data path and can accommodate both 32 bit and 64 bit data path cards The specifications for the PCI slots are described in the Table 5 3 to the M400R main cabinet Table 5 3 PCI Slot Specifications PCI slot PCI Bus Slot width card PCI clock Card input voltage width bits MHz 00 6 D 64 32 64 33 5 V or universal 5 D 64 32 64 33 5 V or universal 4 D 64 32 64 33 5 V or universal 3 C 64 32 64 33 5 V or universal 2 B 64 32 64 33 66 3 3 V or universal 1 A 64 32 64 33 66 3 3 V or universal 01 6 H 64 32 64 33 5 V or universal 5 H 64 32 64 33 5 V or universal 4 H 64 32 64 33 5 V or universal 3 G 64 32 64 33 5 V or universal 2 F 64 32 64 33 66 3 3 V or universal 1 E 64 32 64 33 66 3 3 V or universal Note When you use 7 PCI slots or more optional Expansion System Board must be added 61 CHAPTER 5 M400R Main Cabinet 5 6 Installation Purpose The following installation instruction is intended to provide the product safety requirements which must be addressed when the end use product manufacturer installs this product in their equipment Note that the acceptability of the combination of this product in a rack should be re determined by an appropriate certification body if that combination is differ from the Table 5 4 Safety Installation Instruction 62 This unit is installed in a closed or multi unit rack assemb
47. gt ni A E A E E T A E TT 75 PENSAS nil eo EIA R AR dde 75 Installation A A a ra 77 67 CHAPTER 6 M600 Main Cabinet 6 1 68 Overview Appearance Key Features CHECK LED amber POWER LED green GP7000 Fujirsu y Lock Figure 6 1 Front View of M600 Main Cabinet Up to 8 processors 32 DIMM slots up to 8 gigabytes of memory 64 bits width 7 PCI buses provide 13 PCI slots 4 33 66MHz 9 33MHz Up to 22 UltraSCSI disk drive bays which support hot swap features 1 CD ROM unit and 1 floppy disk unit as the basic configuration 1 tape unit can be installed 1 100BASE TX auto sensing 10 100 Mbps 2 Serial 1 Parallel 1 Keyboard Mouse port N 1 redundant power supply units and fan units which support hot swap feature 6 2 Device Configuration The M600 main cabinet consists of the following components e Floor stand cabinet e Basic power supply and option redundant power supply unit e Cooling fans e Systemboard PCI IO board e Processor modules e DIMM Dual Inline Memory Module e Operator panel e PCI card option e Disk drive units
48. i e do not leave the data cartridge in the QIC tape cartridge unit IMPORTANT After a QIC tape cartridge unit has been used for a long time the built in magnetic head will become stained by dust or magnetic powder from tapes If the magnetic head is left stained it may damage the tape Dust or magnetic powder on the tape may cause errors or result in data destruction To clean the magnetic head using a cleaning cartridge read the section Cleaning the magnetic head in this chapter 141 CHAPTER 11 Input Output Units Head cleaning cycle To clean the magnetic head when e The QIC tape cartridge unit is used for eight hours or longer from the last head cleaning e One month has passed since the last head cleaning e Tape errors occur frequently The QIC tape cartridge unit has a function that outputs a cleaning instruction message to the console display When this message is output clean the magnetic head Cleaning the magnetic head To clean the magnetic head with a cleaning cartridge Use the ISSI R Data Products 1 4 inch cleaning cartridge Model 185404 or equivalent cleaning cartridge Follow the instructions included with the kit 1 Dampen the cleaning pad attached to the cleaning cartridge with cleaning fluid 2 Insert the cleaning cartridge the same way as the data cartridge 3 Close the door of the QIC tape cartridge unit Head cleaning will starts automatically When the door is open head cleaning stops
49. may malfunction e Do not run a cable under a unit or allow a cable to become taut Do not disconnect the power cable when the power is on e Do not place anything on the M600 main cabinet Do not use the cabinet of the M600 main cabinet as a work space e In winter to prevent condensation in the M600 main cabinet do not raise the ambient temperature rapidly Use the M600 main cabinet only after it has warmed up sufficiently e Do not install the M600 main cabinet near a noise generating device such as a photocopier air conditioner or welder e Take electrostatic prevention measures Note that some carpets generates static electricity easily and can cause the M600 main cabinet to malfunction e When moving the M600 main cabinet do not pull on the front cover Otherwise the main cabinet may be damaged IMPORTANT If the above conditions are not satisfied the M600 main cabinet may be damaged Be sure to follow these precautions TT CHAPTER 6 M600 Main Cabinet 78 Installation specifications Table 6 5 Installation Specifications of M600 Main Cabinet 1 Item Specification Mass Up to 250kg approx 552 lb 1 Power condition Input voltage Single phase Single phase 100 to 120 VAC 200 to 240 VAC 10 10 Input frequency 50 60 Hz 2 to 4 Maximum consumption current 13 4A 6 6A Leakage current 1 for each cable 2 2 mA or less 4 7 mA or less Ground resistance 100ohm or les
50. on the LCD panel and by the status LEDs Once the operating system has successfully running it is also logged in message files displayed on console and shown by prtdiag 1M command However if the hardware system failed to boot up because of some hardware problems the CHECK LED on the operator panel indicate to found problems by blinking and the problem can be identified by the LCD messages displayed on it This section describes some of the error messages displayed on the LCD panel If a hardware problem occurred contact your system administrator or service engineers with the messages on the LCD panel or any other error indications messages 160 Power Unit configuration error Tf there is any violation of system hardware configuration such as insufficient power supply or 14 4 SCF Error Messages DC DC converter required by the processors the power on sequence will be halted In this case any of the following error messages will be shown on the LCD panel Table 14 3 Power Unit Configuration Error Messages Message level Message content Description st line 2nd line SCF alarm FEP Config zxy0 Insufficiency of FEP Front End Bulk Power for the system x alarmed FEP y installed FEP DDC Config or Insufficiency or miss configuration of DDC 0X DDC Config DC DC Converter PPU2 Config Insufficiency or miss configuration of 2 5V PPU Power Processing Unit PPU3 Config
51. or Enhanced Support Facility Otherwise above switch functions or proper messages on LCD panel are not guaranteed Terminal break command If used improper commands at the ok prompt the GP7000F may be destroyed If you need to used any other commands except shown on this manual you should well understand the function and usage of the command before using it Power Off Be sure to eject backup tape media and any diskettes before power off the system if the media are installed Other wise the data on the media may be destroyed Normal Operation Except in an emergency never turn off the AC switch or disconnect the power cable wile the GP7000F main cabinet is turned on If you do data in the disk drive may be destroyed viii Task Warning System Installation Install Basic Software Extension or Enhanced Support Facility before operating the system Without this package incorrect front panel operations and hardware errors may cause the system to shutdown or destroy data Disk Expansion Unit Be sure to replace the power supply fan when installing the Installation Disk Expansion Unit Otherwise the system will shutdown or disk units will deteriorate due to a temperature rise in the M200 main cabinet caused by insufficient cooling Disk Expansion Unit Tf the installing location slot is not set or set Installation incorrectly the disk drive may not be hot swappable Data may be destroyed as a
52. per Expansion Disk Cabinet The disk units can be hot swappable The power supply unit can be configured redundantly and it can be hot swappable when configured redundantly Fans are configured redundantly to continue working even if a fan is failed The Expansion Disk Cabinet has some status LEDs inside the cabinet as well as a CHECK LED and a POWER LED on the front panel It makes easy to identify isolate hardware problems The Expansion Disk Cabinet is connected to the GP7000F main cabinet through a RCI Remote Cabinet interface cable as well as UltraSCSI interfaces The RCI makes power cycle of the cabinet linking to the GP7000F main cabinet The front panel has a lock key to prevent unauthorized access to the internal units in the Expansion Disk Cabinet 8 2 Device Configuration Front View of the unit Figure 8 1 shows the front view of the cabinet Panel Cover CHECK LED amber POWER LED green Stabilizing Feet Figure 8 1 Front View of Expansion Disk Cabinet 8 2 Device Configuration The Expansion Disk Cabinet consists of the following components e Desk side cabinet system cabinet e Basic power supply unit an optional power supply unit is available for redundant configuration e DC DC converter e Redundant cooling fans e SCSI BP boards e Interface board e Hot swappable disk drives 97
53. refer to user s guide of Basic Software Extension or Enhanced Support Facility for more information 117 CHAPTER 10 Expansion File Unit GP7B7FU1xx 10 4 Installation Purpose The following installation instruction is intended to provide the product safety requirements which must be addressed when the end use product manufacturer installs this product in their equipment Note that the acceptability of the combination of this product in a rack should be re determined by an appropriate certification body if that combination is differ from the Table 10 3 Safety Installation Instruction 118 This unit is installed in a closed or multi unit rack assembly the operating ambient temperature inside of the rack environment may be greater than room ambient Therefore consideration should be given to installing the unit in an environment compatible with the manufacturer s maximum rated ambient temperature Consideration for adjustment of air condition like air circulation should be given to prevent the internal rack ambient from exceeding the Max Operating ambient temperature of this unit Maximum operating ambient temperature of this unit 35 deg C Installation of the unit in a rack should be such that the amount of air flow required for safe operation of the unit is not compromised This unit has ventilation openings at front and rear face of the unit Do not cover or close these ventilation openings to p
54. result of inadvertently replacing the different disk drive Be sure to set the installing location slot correctly Also while replacing or initializing NVRAM set the installing location again Normal Operation Do not set the AC main line switch to OFF not disconnect the power cable or RCI cable while the GP7000F main cabinet is powered on unless absolutely necessary Otherwise the data may be destroyed in the disk units Normal Operation Do not set the AC main line switch to OFF nor disconnect the power cable or RCI cable while the GP7000F main cabinet is powered on unless absolutely necessary Otherwise the data in the disk units may be destroyed Replacing Disk Drives When replacing the disk unit take the following precautions Tf these precautions are not observed the disk unit or its data may be destroyed Formatting Disk Drives Carefully proceed formatting a disk drive Once formatting a disk drive data on the disk never restored if you don t have backup files Handling Floppy Disks Do not eject a floppy disk while the access LED is on other wise the floppy disk or the data on the diskette may be destroyed For information on the handling method see Table 11 2 Handling floppy disks Ejecting DAT cartridge Data destruction Do not press the eject switch during an operation when the tape LED is blinking If the eject switch is held down for about 5 seconds or pressed 3 times w
55. the first set of DIMM install a set of 4 modules of same size in slots 0 1 2 and 3 e At subsequent memory expansions install a set of 4 modules of the same size in slots 4 5 6 7 and 8 9 10 11 then 12 13 14 15 IMPORTANT If any of the above conditions is not satisfied when installing the DIMMs some DIMMs are degraded in the power on diagnostics When expanding the memory modules check that the DIMMSs are installed correctly Memory ECC feature The SDRAM is used as the memory chip The single bit error correction and multiple bit error detection features are available for a large capacity memory by using the Error Check Code ECC system A single bit error can be isolated down to the memory slot on which it occurred A multiple bit error can be isolated down to the pair of slots on which it occurred Checking results of the memory diagnostics To check that the system recognizes installed memory modules correctly execute the show post results command at the ok prompt A module that does not satisfy any condition described in Memory configuration or a module judged to be faulty by memory diagnostics is treated as an invalid module The screen below lists the command execution results related to memories and their meanings 33 CHAPTER 3 M200R Main Cabinet Example for normal operation Memory Type SDRAM SLOT Size Valid MB Existing MB Total 00 0 3 256 25
56. thus cause errors or data destruction Therefore use a cleaning cartridge to clean the magnetic head Clean the magnetic head when e The DAT unit has been operating for more than 25 hours e One month has passed since the last head cleaning e The Attention LED is blinking e The cleaning instruction message is output to the console display When a cleaning cartridge is inserted into the DAT unit in the same way as a data cartridge head cleaning will start automatically Head cleaning takes about 30 seconds The cleaning cartridge is ejected automatically after cleaning is completed Replacing the cleaning cartridge when the cleaning cartridge is used a portion of the cleaning tape is moved from the left reel to the right reel as shown in the figure above Each part of the tape is used once only Replace the cleaning cartridge when there is no more tape on the left reel IMPORTANT Do not use any method other than a DDS approved cleaning cartridge which has a DDS logo on it 134 11 6 8 mm Tape Unit 11 6 8 mm Tape Unit This section describes front panel indicators and buttons of the 8 mm tape unit and explains how to use the 8 mm tape unit Setting in operating system Before using the 8 mm tape unit the kernel drv st conf file must be modified by the following steps 1 Copy an original st conf file as below cp kernel drv st conf kernel drv st conf old 2 Add the following to the kernel drv st conf
57. 0 scsi 5 If the installing location slot is not set or set incorrectly the disk CAUTION drive may not be hot swappable Data may be destroyed as a result of inadvertently replacing the different disk drive Be sure to set the installing location slot correctly Also while replacing or initializing NVRAM set the installing location again 22 2 5 PCI Slots 2 5 PCI Slots PCI slots configuration PCI slots are located on the Systemboard as described in Figure 2 4 and each PCI slots has the following specifications There are 4 separate PCI Bus channels A B C and D All PCI slots provide for the full 64 bit data path and can accommodate both 32 bit and 64 bit data path cards The specifications for the PCI slots are described in Table 2 2 Table 2 2 PCI Slot Specifications PCI slot PCI Bus Slot width card width PCI clock Card input voltage bits MHz 6 D 64 32 64 33 5 V or Universal 9 D 64 32 64 33 5 V or Universal 4 D 64 32 64 33 5 V or Universal 3 C 64 32 64 33 5 V or Universal 2 B 64 32 64 33 66 3 3 V or Universal 1 A 64 32 64 33 66 3 3 V or Universal 2 6 Installation Notes on installation e Do not block the ventilation slits e Do not install the M200 main cabinet where it will be exposed to sunlight or sources of heat e Do not install the M200 main cabinet in dusty places or places where it will be exposed to corrosive gas or sea breeze
58. 000D00 IODOOODO O DpODODOQUdo DOQUOUDQUUO SODOUDODUJo DODODODUJDO DOO00O00Q00 ITODOTOCOdO DO0O000000 Y ta IAC FEP 2 FEP 3 additional redundant option Figure 7 3 Front View of M600R Main Cabinet remove Front cover Panel cover The panel cover can be opened from its right side after unlocking it Then you can access switches on the operator panel CD ROM unit Floppy drive unit tape unit and so on Fans The Table 7 1 lists the fans installed in the M600R main cabinet Table 7 1 Fans Name Tray Location Fan 0 Tray 01 Front Left front view of the cabinet Fan 1 Fan 2 Fan 3 Tray 02 Front Above the Disk drive slots Fan 4 Tray 03 Fan 5 Tray 04 Rear Above the PCI Slots Fan 6 Tray 05 Fan 7 Tray 06 Rear Right rear view of the cabinet Fan 8 Fan 9 Fan 10 Tray 07 Right front view side the PCI slots from 8 to 12 Fan 11 Tray 08 7 2 Device Configuration Power supplies The M600R main cabinet has 2 kinds of power supply units as well as DDC DC DC Converter dedicated each processor module FEP Front End Bulk Power unit has AC input and provide 45V to PPU and 5V to SCF PPU Power Processing Unit has 45V input and provide 12V or 5V or 3 3V or 2V to some internal components The power supplies must be configured according to the system hardwa
59. 00R 400R and the Expansion file unit GP7B7FLxx are affixed in the following locations 11 VCCI FCC label VCCI FCC label VCCI FCC label EEO SOTA Laser Radiation Statement EU Class 1 Laser Product TRADEMARK ACKNOWLEDGMENTS All rights reserved This product and related documentation are protected by copyright and distributed under licenses restricting its use copying distribution and recompilation No part of this product or related documentation may be reproduced in any form by any means without prior written authorization of Fujitsu Limited and its licensors if any RESTRICTED RIGHTS LEGEND Use duplication or disclosure by the United States Government is subject to the restrictions set forth in DFARS 252 227 7013 c 1 ii and FAR 52 227 19 The product described in this book may be protected by one or more U S patents foreign patents or pending applications ill 1v TRADEMARKS Fujitsu and the Fujitsu logo are trademarks of Fujitsu Limited SPARC64 is a registered trademark or trademark of SPARC International Inc in the United States and other countries used under license by Fujitsu Ltd Products bearing SPARC64 trademarks comply with SPARC V9 architecture developed by SPARC International Inc Products bearing the SPARC trademarks are based on an architecture originally developed by Sun Microsystems Inc Sun the Sun logo Sun Microsystems Sun Microsystems Computer C
60. 00R Main Cabinet 31 CHAPTER 3 M200R Main Cabinet 3 3 Systemboard Systemboard CPU module slots and memory module slots are located on Systemboard as described in Figure 3 4 DIMM Slot 1 DIMM Slot 3 DIMM Slot 5 DIMM Slot 7 DIMM Slot 9 DIMM Slot 11 DIMM Slot 13 DIMM Slot 15 CPU Slot 0 CPU Slot 1 Slot 1 Slot 2 Slot 3 Slot 4 Slot 5 Slot 6 DIMM Slot 14 DIMM Slot 12 DIMM Slot 10 DIMM Slot 8 DIMM Slot 6 DIMM Slot 4 DIMM Slot 2 DIMM Slot 0 Figure 3 4 Systemboard Layout of M200R 32 3 3 Systemboard Processor Configuration Up to 2 processors can be installed in the M200R main cabinet When installing the processor modules the following conditions must be satisfied e The installed processor modules must be the same type including the cache size e Install a processor module in slot 0 before installing one in slot 1 e When installing a processor module install DC DC converters along with the processor in the corresponding slot IMPORTANT If any of the above conditions is not satisfied the operation is not guaranteed Memory configuration The M200R has 16 memory slots allowing for as much as 4 gigabytes of main memory When installing the memory modules the following conditions must be satisfied e When installing
61. 0R Main Cabinet CONTENTS OVERVIEW Lidi RATA EER e EE ERE dente 54 Device Configuration pui ite pie ere enni tad seas 55 Systemboardi nti ieri RAS 58 DISK OUTS i ARIE LIA IRAN RANA 60 PENSAS siii EIA LR Eee ile 61 Installation o dor aaa Ica na 62 53 CHAPTER 5 M400R Main Cabinet 5 1 Overview Appearance POWER LED green CHECK LED amber Figure 5 1 Front View of M400R Main Cabinet Key Features e Up to 4 processors e Up to 32 DIMM slots 8 gigabytes of memory e Up to 64 bits width 8 PCI buses provide 12 PCI slots 4 33 66MHz 8 33MHz e 2 UltraSCSI disk drive bays which support hot swap features e 1 CD ROM unit and 1 floppy disk unit as the basic configuration e tape unit can be installed e 1 100BASE TX auto sensing 10 100 Mbps 2 UltraSCSI differencal 2 Serial 1 Parallel 1 Keyboard Mouse port e N 1 redundant power supply units and fan units which support hot swap feature 54 5 2 Device Configuration 5 2 Device Configuration The M400R main cabinet consists of the following components e Rack mount cabinet e Basic power supply and option redundant power supply unit e Cooling fans e Systemboard e Processor modules e DIMM Dual Inline Memory Module e Operator panel e PCI card option e Disk drive units e CD ROM unit e Tape unit optional QIC tape 8 mm tape or DAT e Floppy disk unit The processor modules DIMMs PCI cards tape drive unit redundant power s
62. 10 mA or more UPSON Gold plated contacts or lead relays are recommended ACOFF Table 12 3 Output Circuits Signal names Output conditions ER Output voltages VOH 3 76 V to 5 5 v VOL 0 to0 4v Output currents IOH max 4 mA IOL max 4 mA Signal Cables Use shielded pair cables that meet the following specifications Connector shapes D SUB 9 pin Male connector Female connector on the equipment side DEU 9PF FO Manufactured by Japan Aircraft Electronics Inc or equivalent Cable length 10 m or less DC resistance per pair both ways 400 ohm km or less CHAPTER 12 External Interfaces 12 2 RS232C Interface Overview The RS232C interface is the interface standard adopted by EIA Electronic Industries Association in the USA in accordance with the CCITT comite consultatif international telegraphique et telephonique recommendation The connections should be made after the specifications have carefully been checked for each of the adapters and controllers since only the limited and necessary codes in the RS232C standard are supported in them The RS232C interface is an unbalanced interface based on JISX5101 former JISC6361 and CCITT V 24 V28 Moreover care must be taken not to confuse the signal names which may differ from equipment to equipment Electrical Rating Specifications The following rating specifications must be met Table 12 4 Electrical Rating Specifications Input circuits Input t
63. 45 12 1 UPS Control Interface i ia e e ER ee 146 12 2 RS232C Intellad ii iui ele dine dee a 148 12 3 Parallel Interface scroto ra eee ee lead ale e a 151 CHAPTER 13 RCI Setting 153 13 1 OVERVIEW cli a Bee Oe a lle e Oe Leda 154 13 2 RETCommands coi nia da og She a Lene dog Li 154 13 3 Liquid Crystal Display LCD Specifications LL 155 CHAPTER 14 Troubleshooting 157 14 1 OVEIVIEW ili na E a n ta A 158 14 2 Commands at the ok prompt e 158 14 3 Initial Diagnosis Sequence LL 159 iv CONTENTS 14 4 SCE Error Messages den is ie eA A A A AO 160 ILLUSTRATIONS Figure 1 1 Operator Panel M200 M600 e 5 Figure 1 2 Operator Panel M200R M400A M400R M600R 2 2 20 5 Figure 2 1 Front View of M200 Main Cabinet 00 14 Figure 2 2 Open View of M200 Main Cabinet o e 16 Figure 2 3 Rear View of M200 Main Cabinet e e 18 Figure 2 4 Systemboard Layout of M200 e 19 Figure 2 5 Disk Drive Bays of M200 Main Cabinet 21 Figure 3 1 Front View of M200R Main Cabinet 28 Figure 3 2 Open View of M200R Main Cabinet 29 Figure 3 3 Rear View of M200R Main Cabinet 31 Figure 3 4 Systemboard Layout of M200R e 32 Figure 4 1 Front View of M400A Main Cabinet a 42 Figure 4 2 Open View of M400A Main Cabinet LL 43 Figure 4 3 Rear View of M400A Main Cabinet LL 45 Figure 4 4 Systemboard Layout of M400A LL 4
64. 6 Figure 5 1 Front View of M400R Main Cabinet 54 Figure 5 2 Open View of M400R Main Cabinet 00 55 Figure 5 3 Rear View of M400R Main Cabinet 57 Figure 5 4 Systemboard Layout of M400R o o 58 Figure 6 1 Front View of M600 Main Cabinet LL 68 vil Vill Figure 6 2 Figure 6 3 Figure 6 4 Figure 6 5 Figure 7 1 Figure 7 2 Figure 7 3 Figure 7 4 Figure 7 5 Figure 7 6 Figure 7 7 Figure 8 1 Figure 8 2 Figure 8 3 Figure 9 1 Figure 9 2 Figure 9 3 Figure 9 4 Figure 10 1 Figure 10 2 Figure 10 3 Figure 11 1 Figure 11 2 Figure 11 3 Figure 11 4 Figure 11 5 Figure 11 6 Figure 11 7 Figure 11 8 Figure 11 9 Figure 11 10 Figure 11 11 Figure 11 12 Figure 11 13 Figure 11 14 Figure 11 15 Open View of M600 Main Cabinet LL 69 Rear View of M600 Main Cabinet aoaaa 71 Systemboard Layout of M600 e 72 PCI IO Board Layout of M600 2 02202 02 00200000 75 Front View of M600R Main Cabinet 82 Open View of M600R Main Cabinet 83 Front View of M600R Main Cabinet remove Front cover 84 Rear View of M600R Main Cabinet 85 Systemboard Layout of M600R e 86 PCIBPR Board Layout of M600R aoaaa 89 PCIRSR Board Layout of M600R 0 89 Front View of Expansion Disk Cabinet 2 2 97 Drive Bays of Expansion Disk Cabinet LL 98 Rear View of Expansion Disk Cabinet e 100 Front View of Expansion File Unit Type 2 o e
65. 6 256 256 256 256 256 256 1024 1024 MB 00 4 7 256 256 256 256 256 256 256 256 1024 1024 MB 00 8 11 256 7 256 256 7 256 256 256 256 256 1024 1024 MB 00 12 15 256 256 256 256 2567 256 2356 256 1024 1024 MB Error SLOT Example of a slot 4 error Memory Type SDRAM SLOT Size Valid MB Existing MB Total 00 0 3 256 256 256 256 256 256 256 256 1024 1024 MB 00 4 7 0 0 0 256 0 256 0 256 x 0 768 MB 00 8 11 256 256 256 256 256 256 256 256 1024 1024 MB 00 12 15 256 256 256 256 256 256 256 256 1024 1024 MB Error SLOT Note If a memory error is detected an asterisk is displayed in the Size field for the corresponding slot In this example an error in slot 4 is detected in the initial diagnostics operation Modules in slots 5 to 7 are recognized as normal modules but also become invalid 3 4 Disk Units Disk drive configuration Up to 2 disk drives can be installed in the base configuration of the M200R main cabinet To install more than 3 disk drive units the Expansion File Unit must also installed 34 3 5 PCI Slots 3 5 PCI Slots PCI slots configuration PCI slots are located on the Systemboard as described in Figure 3 4 There are 4 separate PCI Bus channels A B C and D All PCI Bus slots provide for the full 64 bit data path and can accommodate both 32 bit and 64 bit data path cards The specific
66. AZARDOUS ENVIRONMENTS FUJITSU LIMITED AND SUN MICROSYSTEMS INC DOES NOT WARRANT THEM AT ALL FUJITSU reserves all the right to make changes to any products herein to improve reliability function or design without further notice and without obligation FCC Class A Notice This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment 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 Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense DOC Class A Notice Warning VCCI FCC label This class A digital apparatus meets all requirements of the Canadian Interference Causing Equipment Regulations Cet appareil numerique de la class A respecte toutes les exigences du Reglement sur le material brouiller du Canada This is a Class A product of Electromagnetic Interference EMI standard In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures The VCCI FCC labels for models 2
67. ER 7 M600R Main Cabinet Chapter 7 explains the device configuration and operation of M600R Main Cabinet CHAPTER 8 Expansion Disk Cabinet Chapter 8 describes the distinctive features of the GP7000F external disk cabinet CHAPTER 9 Expansion File Unit Type 2 GP7B7FLxx Chapter 9 describes the distinctive features of the GP7000F rack mount expansion disk unit CHAPTER 10 Expansion File Unit GP7B7FU1xx Chapter 10 describes the distinctive features of the GP7000F rack mount expansion disk unit CHAPTER 11 Input Output Units Chapter 11 explains the specifications of Input Output units CHAPTER 12 External Interface Chapter 12 explains the external interface of the main cabinet such as UPS Control Interface RS232C Interface and Centronics Interface CHAPTER 13 RCI Setting Chapter 13 explains the description of RCI commands to be used for managing nodes CHAPTER 14 Troubleshooting Chapter 14 will help the user isolate the cause of system failures and provides suggested solutions Conventions for Warning Messages A warning message consists of a signal and statements The signal consists of a symbol and a signal word or just a signal word The following are the signals and their meanings Z CAUTION This indicates a hazardous situation could result in minor or moderate personal injury if the user does not perform the procedure correctly This signal also indicates that damage to the product or other property may occur if the use
68. Fan 5 Fan 6 Tray 03 Bottom Left front view of the cabinet Fan 7 Fan 8 Fan 9 Fan 10 Tray 04 Bottom Right front view of the cabinet Fan 11 Fan 12 Fan 13 Tray 05 Upper Center Left hand front view of the cabinet Fan 14 Tray 06 Upper Center Right hand front view of the cabinet Fan 15 Tray 07 Bottom Left rear view of the cabinet Fan 16 Fan 17 Tray 08 Bottom Left rear view of the cabinet Fan 18 Fan 19 Tray 09 Bottom Right rear view of the cabinet Fan 20 Fan 21 Tray 10 Bottom Right rear view of the cabinet Fan 22 Power supplies The M600 main cabinet has 2 kinds of power supply units as well as DDC DC DC Converter dedicated each processor module FEP Front End Bulk Power unit has AC input and provide 45V to PPU and 5V to SCF PPU Power Processing Unit has 45V input and provide 12V or 5V or 3 3V or 2V to some internal components The power supplies must be configured according to the system hardware configuration as described in Table 6 2 70 6 2 Device Configuration Table 6 2 Power Supply Units Number of CPUs Number of PCI cards 1 2 3 4 5 6 7 8 1 6 7 13 FEP 2 3 FEP 2 2 PPU2 1 1 PPU3 2 3 PPU 2 2 PPU3 io 1 1 2 PPU3 4 PPUS 1 1 2 PPUS 1 PPU12 2 2 Note In the Table 6 2 above indicate add
69. GP 7000F M200 M200R M400A M400R M600 M600R Edition December 1999 Copyright and Trademarks Copyright O Fujitsu Siemens Computers GmbH 1999 All rights reserved Delivery subject to availability right of technical modifications reserved All hardware and software names used are trademarks of their respective manufacturers 1 Preface This manual contains the operating instructions for the GranPower7000 GP 7000F system from Fujitsu Siemens Computers A chapter about the connection of Siemens specific de vices precedes the actual operating instructions U42335 J Z775 1 76 1 2 Console connections to GP 7000F This chapter describes connections to the M200 M200R M400A M400R M600 and M600R models of the Fujitsu Siemens Computers GP 7000F system with a view to attaching existing components of Siemens devices to Fujitsu equipment Graphical or serial consoles can be connected A The GP 7000F systems do not support SIDATA installation by customer is not allowed 2 1 Graphical console It is preferable to connect graphical consoles G P 7000 F Dn Teleservice preferably 10 100 Mbit Eth controller D GP70F CC10 option i Keyboard mouse AUNA Keyboard with trackball hansenii inthe 19 rack U42335 J Z775 1 76 3 Graphical console Console connections to GP 7000F The following technical requirements must be met in order to connect graphical consoles PCI g
70. K LED operates as described below Table 8 1 CHECK LED Status State Indication Remarks Off No errors Blinking Identifying a device Activated when a maintenance command is used to identify the target device On Error The cause of the error will be a power failure or abnormal fan rotation When a power supply unit or fan unit is failed the CHECK LED is lighted steadily And if a disk unit fail its FAULT LED is lighted by software command to identify the faulty disk unit When a FAULT LED is lighted up according to hot swap procedures the CHECK LED is lighted steadily to identify an Expansion Disk Cabinet Disk units can be hot swappable easily by opening the front cover of the cabinet The front cover has a key lock in order to protect from unauthorized access to the internal units in the Expansion Disk Cabinet Stabilizing foot The stabilizing feet prevent the expansion disk cabinet from toppling over if it is pushed or shaken as during an earthquake Be sure to attach these feet according to the installation condition as explained below e When the expansion cabinet is installed beside a GP7000F main cabinet attach the stabilizing feet only to the opposite side of the main cabinet Do not attach the stabilizing feet to the GP7000F main cabinet on the side next to the Expansion Cabinet as well e When the cabinet is installed as a standalone attach the stabilizing feet on both sides of the ca
71. O DRAM is used as the memory element The single bit error correction and multiple bits error detection features are available for a large capacity memory by using the Error Check Code ECC system A single bit error can be isolated down to the memory slot on which it occurred A multiple bit error can be isolated down to the pair of slots on which it occurred Checking the memory diagnostics To check that the system recognizes installed memory modules correctly execute the show post results command at the ok prompt A module that does not satisfy any condition described in Memory configuration or a module judged to be faulty by memory diagnostics is treated as an invalid module The screen below lists the command execution results related to memories and their meanings Example for normal operation Memory Type EDO SLOT Size Valid MB Existing MB Total 0 3 32 32 32 32 32 32 32 32 128 128 MB 4 7 32 32 32 32 32 32 32 32 128 128 MB 81l RSS Po enna 0 0 MB Rls crsoseccsolterodt assi 0 0 MB Error SLOT In this example a memory module has been placed in degraded mode Memory Type EDO SLOT Size Valid MB Existing MB Total 0 3 32732 32732 32732 32732 128 128 MB 4 7 0 32 0 0 0 32 0 32 0 96 MB Baal SJS 2333 SSeS SS 0 0 MB ZO 5535 5535 35352 5375 0 0 MB Error SLOT 2 4 Disk Units The denominator indicates the size of the memory module f
72. Wait ten seconds then open the door 4 Remove the cleaning cartridge manually Wait three minutes to dry the magnetic head before using the QIC tape cartridge unit Appearance of the data cartridge Figure 11 15 shows the appearance of the data cartridge 33VS Write enabled Write protected Figure 11 15 QIC Data Cartridge 142 11 7 QIC Tape Unit When using or storing the data cartridge take the following CAUTION precautions If these precautions are not taken the QIC tape unit or its data may be destroyed Use the data cartridge in the operating environment of the QIC tape cartridge unit When storing the data cartridge for a long time ensure the storage area meets the following environmental conditions and rewrite data once a year Temperature 5 to 45 degrees Celsius Humidity 20 to 80 RH Maximum wet bulb temperature 29 degrees Celsius If the ambient temperature or humidity changes rapidly allow the data cartridge to adjust to the new environment before inserting it in the QIC tape cartridge unit Do not subject the data cartridge to strong shock Do not open the data cartridge Do not place the data cartridge near a magnet or device generating a strong electromagnetic field Attach the index label to the specified location The data cartridge tape has a limited service life Replace the data cartridge after using it 250 times reference The tape may wear out prematur
73. and before using it 1 5 Power On Off Power On Power Off 1 5 Power On Off After connected cables necessary to the system as well as console or local graphic display take the following procedures 1 Tumon any peripherals and external IO devices attached to the main cabinet as well as a terminal or local graphic display 2 Set the AC main line switch to ON 3 Press the POWER switch on the operator panel when the mode switch is in MANUAL AUTO mode Note that power on function by pressing keyboard power on key is not supported IMPORTANT If a serial terminal is attached to the system be sure to power on the terminal before the main cabinet is powered on and never power off the terminal during the system is running Otherwise the system may be halted and it may destroy data Before power off the system notify users that the system will be shut down And back up the files if necessary 1 Press the POWER switch on the operator panel then the system will be powered off after a graceful shutdown 2 Turn off any peripherals and external IO devices attached to the main cabinet as well as terminal or local graphic display Be sure to eject backup tape media and any diskettes before A CAUTION power off the system if the media are installed Otherwise the data on the media may be destroyed Except in an emergency never turn off the AC switch or disconnect the power cable while the GP7000F main cabinet is tu
74. ansion Unit consists of the following components e Disk cage including SCSI BP e PCI adapter UltraSCSI Wide Single Ended e Expansion power supply unit requires changing to 120 mm 4 7 inch square fan included e Cables Be sure to replace the power supply fan when installing the Disk A CAUTION Expansion Unit Otherwise the system will shutdown or disk units will deteriorate due to a temperature rise in the M200 main cabinet caused by insufficient cooling A Power LED is installed on the SCSI BP board If both ACTIVE LED and FAULT LED above a disk bay do not lights check to see if the POWER LED on the SCSI BP board is turned on If this POWER LED does not turn on disk expansion unit or its cable may be faulty When installing the Disk Expansion Unit the installed location slot of the PCI card used for connection must be set Below shows the setting procedure 1 First execute show scsi command at the ok prompt to get the path name of the UltraSCSI card and it s PCI slot The followings example shows that a Ultra SCSI card is installed in PCI slot 6 ok show scsi PCI 6 pci 1d 4000 scsi 5 1 PCI 6 pci ld 4000 scsi 5 SCSI 0 pci 1f 4000 scsi 3 ok 2 Then setled control 1 to correspond to the PCI slot by using setenv command at the ok prompt The followings example shows that a Disk Expansion Unit connection to SCSI Conector 1 of the UltraSCSI card in PCI slot 6 ok setenv led control 1 pci 1d 400
75. apan without first obtaining license from the Ministry of International Trade and Industry of Japan in accordance with the above law Second Edition November 1999 This manual may be best printed on A4 size If it is printed on 8 5 11 size adjust your printer setting in advance The contents of this manual may be revised without prior notice The contents of this manual shall not be disclosed in any way or reproduced in any media without the express written permission of Fujitsu Limited All Rights Reserved Copyright c FUJITSU LIMITED 1999 Preface This manual explains the function configuration and operation of GP7000F This manual is intended for the experienced users who have a basic knowledge of computer systems The structure of this manual is as follows Introduction to Chapters CHAPTER 1 Product Outline Chapter 1 describes the distinctive features of GP7000F CHAPTER 2 M200 Main Cabinet Chapter 2 explains the device configuration and operation of M200 Main Cabinet CHAPTER 3 M200R Main Cabinet Chapter 3 explains the device configuration and operation of M200R Main Cabinet CHAPTER 4 M400A Main Cabinet Chapter 4 explains the device configuration and operation of M400A Main Cabinet CHAPTER 5 M400R Main Cabinet Chapter 5 explains the device configuration and operation of M400R Main Cabinet CHAPTER 6 M600 Main Cabinet Chapter 6 explains the device configuration and operation of M600 Main Cabinet CHAPT
76. area 630 Front Service drea 800 1 The unit width including the Stabilizing Feet is 352 mm 13 9 inch 2 For the rear space if 800 mm 31 5 inch or more space is available by moving the cabinet when repair the cabinet or provide any services for it 200 mm 7 8 inch of space is acceptable for regular use However when optical cables are laid out more than 300 mm 11 8 inch of space between the rear side of the unit and wall is required xe For the side space if 800 mm 31 5 inch or more space is available by moving the cabinet when repair the cabinet or provide any services for it the service area as described in Table 2 4 is not necessary for regular use 4 A minimum of 50 mm 1 9 inch of clearance is required above the top of the unit b The unit depth of the cabinet at the bottom including the skirt is 677 mm 26 7 inch 23 CHAPTER 3 M200R Main Cabinet CONTENTS OVERVIEW uote AA tdt 28 Device Configuration ti rr tds eds 29 Systemboardi in a A AN wey Laem Mee Gal A E RRR Et G 32 DISK UTS E S E aon alae RANA 34 PEISIOHS ii dd i 35 Installation Li AA Ica aaa 36 27 CHAPTER 3 M200R Main Cabinet 3 1 Overview Appearance CHECK LED amber Key Features 28 POWER LED green Figure 3 1 Front View of M200R Main Cabinet Up to 2 processors 16 DIMM slots up to 4 gigabytes of memory 64 bits width 4 PCI buses provide 6 PCI slots 2 33 66MHz 4 33MHz 2 UltraSCSI disk drive bays which su
77. as ventilation openings at front and rear face of the unit Do not cover or close these ventilation openings to prevent overheating Mounting of the unit in the rack should be such that a hazardous condition is not achieved due to uneven mechanical loading To keep stability of entire rack please fix the rack to wall or floor by suitable means Be careful about injury during installation of this unit into rack Do not install this unit into your rack where the unit may make the entire rack unstable Mass of this unit with maximum configuration 30 kg Tf the unit is supplied from Power Strip or Service Outlet of other units it may overload the Power Supply Cord of the Power Strip or other units Confirm that the current rating of Power Strip or Service Outlet exceeds the combined ratings of all equipment it is supplying Electrical ratings of this unit Rated 100 240Vac 3 0 1 5 A 50 60 Hz 1 phase Reliable earthing of rack mounted equipment should be maintained Particular attention should be given to supply connections other than direct connections to the branch circuit e q use of power strips 9 4 Installation IMPORTANT High Leakage Current may flow through Power Strip Earthing Conductor if all power supply cords of this unit are connected to one Power Strip Earth connection essential before connecting supply Table 9 3 Mounting Combination for Expansion Rack Rack Mount Units Mountin
78. ata ER 20 8 V 8 V Status signal to indicate 6 whether or not the host is ready for operation DR 6 8 V 8 V Status signal to indicate 20 whether or not the I O device is ready for operation CD 8 8V 8 V Indicates that the 1 O device 5 8 2 receives the signal from the connected system normally ST1 24 8 V 8 V Reception timing for the I O 24 device to be supplied with the data from the GP ST2 15 8 V 8 V Transmission timing for the 15 T O device to supply the GP host with the data RT 17 8 V 8 V Transmission timing for the 17 T O device to supply the GP host with the data SG 7 Used as a signal return line 7 1 Indicates the data signal logic or ON OFF of the control line 22 Indicates the pin numbers short circuited on the TERMINAL side connector 149 CHAPTER 12 External Interfaces Connection of signal lines Figure 12 2 shows a configuration of signal line on connecting DCE device SD Send Data gt RD Receive Data lt RS Request to Send gt cs Clear to Send Controller Le I O Device adapter r DTE DTE ER Equipment Ready gt DR Data set Ready lt CD Carrier Detect lt ST1 Send Timing 1 gt ST2 Send Timing 2 lt RT Receive Timing mS SG Signal Ground lt Figure 12 2 Configuration of Signal Line when Connecting DCE Device Example The configuration of the signal line on connecting DTE device is shown below Main cabinet side I O device side SD SD
79. ations for the PCI slots are described in the Table 3 3 Table 3 3 PCI Slot Specifications PCI slot PCI Bus Slot width card PCI clock Card input voltage width bits MHz 6 D 64 32 64 33 5 V or Universal 5 D 64 32 64 33 5 V or Universal 4 D 64 32 64 33 5 V or Universal 3 C 64 32 64 33 5 V or Universal 2 B 64 32 64 33 66 3 3 V or Universal 1 A 64 32 64 33 66 3 3 V or Universal 35 CHAPTER 3 M200R Main Cabinet 3 6 Installation Purpose The following installation instruction is intended to provide the product safety requirements which must be addressed when the end use product manufacturer installs this product in their equipment Note that the acceptability of the combination of this product in a rack should be re determined by an appropriate certification body if that combination is differ from the Table 3 4 Safety Installation Instruction 36 This unit is installed in a closed or multi unit rack assembly the operating ambient temperature inside of the rack environment may be greater than room ambient Therefore consideration should be given to installing the unit in an environment compatible with the manufacturer s maximum rated ambient temperature Consideration for adjustment of air condition like air circulation should be given to prevent the internal rack ambient from exceeding the Max Operating ambient temperature of this unit Maximum op
80. baeeees 159 SEE Error Messages si dics chard ERN EEA nni 160 157 CHAPTER 14 Troubleshooting 14 1 Overview This chapter will give you some tips to isolate hardware problems of the GP7000F The GP7000F has some hardware features to diagnose and monitor the hardware and it makes trouble shooting easy and less time consuming e LCD panel shows hardware error messages if it is found during power on diagnostics or while the system is running Also the CHECK LED on the front panel light up if the GP7000F has a problem e When the ok prompt are shown on a console display some commands are available to show results of the power on diagnostics e If problems are occurred while the operating system is running error messages are displayed on the console and logged in the var adm messages file When the operating system is running a variety of diagnostic program can be used to verify the hardware system For more information about the diagnostic program refer to the manuals of the Basic Software Extension or Enhanced Support Facility Note that errors in I O devices such as disk drives and PCI cards are not indicated both on the LCD panel nor the CHECK LED Also except for some system hardware such as processor modules errors which are occurred while the operating system is running are not indicated by them The system administrator should isolate such errors by the system console messages and the system log files 14 2 Commands a
81. binet 99 CHAPTER 8 Expansion Disk Cabinet Rear Panel The Figure 8 3 shows the rear panel of Expansion Disk Cabinet SCSI OUT Connector SCSI IN Connector Option SCSI OUT Connector SCSI IN Connector Standard Service Pin RCI Port Power Supply Unit Standard AC Main Line Switch Figure 8 3 Rear View of Expansion Disk Cabinet The Expansion Disk Cabinet is not powerd on off by only the main line switch but it is linked to power on off of the GP7000F main cabinet Note that this cabinet does not power on if the main line switch is OFF even if the GP7000F main cabinet is powered on Keep the main line switch set to ON for regular use Be sure to set the RCI configuration which is detailed in Chapter13 must be set properly when installing an Expansion Disk Cabinet The cabinet has 2 pair of SCSI IN OUT connectors on it When the cabinet is configured without expansion optional drive bays a SCSI cable must be connected to the standard SCSI IN connector Be sure to install an UltraSCSI differential terminator plug on SCSI OUT connector 100 8 3 Hot System Replacement Do not set the AC main line switch to OFF nor disconnect the CAUTION power cable or RCI cable while the GP7000F main cabinet is powered on unless absolutely necessary Otherwise the data may be destroyed in the disk units 8 3 Hot System Replacement Di
82. down and power on is disabled SCF Watchdog Hang up due to watchdog detection Automatically reset If the message is still displayed however the system monitoring feature is down O FUJITSU
83. drive supports 60 m 90 m 120 m or 125 m DDS cartridges as shown in Table 11 4 Table 11 4 DAT Cartridge Capacity Format Length Native capacity Compressed capacity DDS 1 60m 1 3 Gbytes 2 6 Gbytes DDS 1 90m 2 0 Gbytes 4 0 Gbytes DDS 2 120 m 4 0 Gbytes 8 0 Gbytes DDS 3 125m 12 0 Gbytes 24 0 Gbytes Note The compressed capacity is assuming a data compression ratio of 2 1 When specifying the data format to be used native or compressed for your DAT unit use the following device codes native dev rmt x1 n compress dev emt xc n Where x refers to the number specific to your system To get this number look in the dev rmt directory to find the entry that corresponds to the SCSI ID 5 n is an optional parameter specifying no rewind 131 CHAPTER 11 Input Output Units IMPORTANT Never use DAT audio media Always use computer grade media with a DDS 1 DDS 2 and DDS 3 logos as shown in Figure 11 6 or with a MRS Media Recognition System logo as shown in Figure 11 7 The MRS is used on all DDS 2 and DDS 3 tapes with the logos shown in Figure 11 6 Note that non MRS cartridges are allowed to read only Digital Digital Digital Data Data Data Storage Storage Storage Figure 11 6 DDS Logos Digital Data Storage Figure 11 7 DDS Media Recognition System Logo Inserting a data cartridge e Check that the Active LED and Attention LED are off If the Active LED is on a data cartridge is
84. dth 4 PCI buses provide 6 PCI slots 2 33 66MHz 4 33MHz e Up to 8 UltraSCSI disk drive bays which support hot swap features e 1 CD ROM unit and 1 floppy disk unit as the basic configuration e 1 tape unit can be installed 1 100BASE TX auto sensing 10 100Mbps 2 Serial 1 parallel and 1 Keyboard Mouse port 2 2 Device Configuration 2 2 Device Configuration The M200 main cabinet consists of the following components e Desk side type cabinet e Basic power supply and optional expansion power supply unit e Cooling fans e Systemboard e Processor modules e DIMM Dual Inline Memory Module e Operator panel e PCI card option e SCSI BP boards 1 basic board 1 option board e Disk drive units e CD ROM unit e Tape unit optional QIC tape 8 mm tape or DAT e Floppy disk unit The processor modules DIMMs PCI cards tape drive unit expansion power supply disk expansion feature SCSI BP board and disk drive units of the above components are available as options 15 CHAPTER 2 M200 Main Cabinet Front view of the M200 main cabinet Operation Panel Panel Cover DAT unit 8 mm Tape Unit QIC Tape Unit option CD ROM Unit Floppy Disk Unit Front Cover Stabilizing Feet Figure 2 2 Open View of M200 Main Cabinet Panel cover The panel cover can be opened from its right side after unlocking it
85. e 11 3 CD ROM Unit Front Panel 1 BUSY LED Green LED lights when the CD ROM is accessed 2 Tray Used to mount a CD ROM 3 Eject button Press this button to open and close the tray 4 Volume control When using headphones use this dial to control the sound volume 5 Headphone terminal Connect headphone s mini plug to this jack To use headphones sound software is required Check the software support IMPORTANT The SCSI ID of the CD ROM unit is set to 4 Installing a CD ROM disk When the system is powered on check that the BUSY LED on the CD ROM unit doesn t light Pressing the Eject button the tray comes out Place the CD ROM disk on the tray AOUN Press the Eject button The tray goes in and the disk is mounted in the drive 126 11 3 CD ROM Unit Ejecting a CD ROM disk 1 If the system is running check that the disk is in use or not If the disk is in use the process should be killed to eject the CD ROM disk Note that you should warn the users beforehand if you kill a process Press the Eject button The tray comes out Remove the CD ROM disk then press the Eject button The tray goes in Only CD ROM disks with the mark shown in the figure below can be used in this CD ROM unit DISC Figure 11 4 Mark on CD ROM Disk IMPORTANT 1 Donotscratchthe surface of a CD ROM disk Pay special attention when removing a CD ROM disk from its case 2 Do not widen the center hole of a CD
86. e has being loaded Removing a data cartridge 1 Check that the 8 mm tape unit is not operating the Access LED is off 2 Press the eject switch to wind back and unload the tape Then the Ready LED turns off the tape is wound back and the data cartridge is ejected Notes on handling tape cartridges e When reading data it is recommended that the data cartridge is write protected e When a data cartridge is not being used be sure to store it outside the 8 mm tape unit Never leave a data cartridge in the 8 mm tape unit for a long time e The 8 mm tape unit may fail to load the data cartridge and may eject it instead If this happens insert the data cartridge again making sure that it is correctly oriented Appearance of the data cartridge Figure 11 11 shows the appearance of the 8 mm tape data cartridge Open Close Write enabled Write protected Label application location Unit mm Figure 11 11 8 mm Tape Data Cartridge When using or storing the data cartridge take the following CAUTION precautions If these precautions are not taken the 8 mm tape unit or its data may be destroyed 137 CHAPTER 11 138 Input Output Units When storing the data cartridge for a long time ensure the storage area meets the following environmental conditions and rewrite data once a year Temperature 5 to 32 degree Celsius 41 to 89 6 F Humidity 20 to 60 RH Maximum wet bulb tempera
87. ee aed 2 5 PCUSIOtS3 83 3 A cale ee A ee ag 2 6 Installation iii iso An a Be ee a 10 11 12 12 13 14 15 19 21 23 23 CHAPTER 3 CHAPTER 4 CHAPTER 5 CHAPTER 6 11 M200R Main Cabinet 3 1 OvVervieW unid e da iui La Ao NI 3 2 Device Configuration 2 2 0 0 0 002 00000200000 004 3 3 Systemboard ii or 05 8 0 ld 3 4 Disk Wants Aia POL te ee oh GO a Pbk hk el 3 5 PCE Slots O ik ee Se i ratio so GS 3 6 Installation a So le eR Ae Sas eee s eB AS M400A Main Cabinet 4 1 Overview spore A Bee we oe ne eee ee Y 4 2 Device Configuration ss kek ete a ee ee ee 4 3 Systemboardi ss cae ee A ec te he he ete gt Gonna te al a E 4 4 Disk Units m pa A A A ARA 4 5 PESAS ie 4 6 Installation i rapida A e DEL a e a M400R Main Cabinet 5 1 OVERVIEWS adi A a Ni po Ra 5 2 Device Configuration 2 5 3 Systemboard it rad a n e ni 54 Disk Units 3 5 ah he ene a di ae Di RHE DH 5 5 PCL Slots 2 sc aelred eet Oe e eels ee ee ee A 5 6 Installation sas ss terni BR Se Pa oe Ae ee Se ee aes M600 Main Cabinet 6 1 OVERVIEW STEED Bot ace AON pti Boe a Poa 6 2 Device Configuration ia apr DE ea ERS ew ee Ee Goes 27 28 29 32 34 35 36 41 42 43 46 48 49 50 53 54 55 58 60 61 62 67 68 69 CHAPTER 7 CHAPTER CHAPTER 9 CHAPTER 10 6 3 Systemboard ana ae to dealer AA ORE 6 4 DIK UNIS i a A od As ra 6 5 PELS MOS o i da e n
88. ely depending on the environment it is used in Be sure to store data cartridges in their dedicated cases 143 12 CHAPTER 12 External Interfaces CONTENTS A 12 1 UPS Control interface a in vetas eres 146 122 1R82326 Interfaces mescla 148 12 37 Parallel Interface a A Ra 151 145 CHAPTER 12 External Interfaces 12 1 UPS Control Interface Overview The UPS control interface is used to perform temporary data saving processing In this processing a reserved interruption for software occurs when the uninterruptible power supply UPS is used to backup a power failure in the commercial AC power supply In addition to this type of UPS control interface there are several other UPS units that use the general purpose interface such as RS232C Connecting interfaces The configurations and definitions of the signal lines to be connected to the UPS system are shown below Do not use pin numbers unspecified below to connect to the UPS system Table 12 1 Definitions of UPS Signal Lines Signal Definitions Pin Remarks names Nos BPS Signal indicating faulty UPS 6 Enabled with ON conditions BTL Signal indicating that the UPS 7 Enabled with ON battery level has lowered and that ineffectual battery char ge may result after a certain period of time 1 UPSON Signal indicating the UPS is 8 Operating ACOFF Signal notifying power failure 9 When power fails ON in the commercial AC supply When power is n
89. emory M Booting Operating System Figure 14 1 Power on Sequence Note that if hardware error is found during the power on sequence GP7000F main cabinet is power cycled automatically to make sure any error detected during the power on sequence If power up processing is not performed after turning on the power switch check to see if the AC main line switch is in the proper position and that the mode switch is set to SECURE 159 CHAPTER 14 Troubleshooting OBP Error Messages Table 14 2 shows just examples of the error messages displayed when faults are detected Table 14 2 OBP Error Messages Message level Location of detected abnormality 2nd line CPUn n th processor module SLOTnn Memory module for memory slot nn Mem config error Violation of memory module installation condition U2P Timer x Controller timer U2P xy PCI Interface SCSI x SCSI Interface PCIO LAN Ethernet Interface SuperIO ECPP Parallel Interface SuperIO KB Keyboard Interface SuperIO Mouse Mouse Interface SuperlO FDC Floppy Interface ESCC TTY Serial Interface PCI x x th PCI Slot TOD NVRAM TOD NVRAM chip 0X displayed to top of LCD messages at M200R M400A and M400R for example OX CPU n 144 SCF Error Messages LCD Display Sequence System problems encountered during the initial diagnostics and some hardware problems while the server is running are reported by messages
90. end a cable Do not disconnect the power cable while the power is on e Do not place anything on this file unit Do not use this file unit as a desk e To prevent condensation in this file unit do not raise the room temperature rapidly in the winter Use the cabinet only after sufficiently warming it e Do not install this cabinet near noisy devices such as a photocopier air conditioner or welder e Take electrostatic prevention measures Note that some carpets generate static electricity easily and can cause this file unit to malfunction IMPORTANT If the above conditions are not satisfied this file unit may be damaged Be sure to follow above precautions 63 CHAPTER 5 M400R Main Cabinet Installation specifications Table 5 5 Installation Specifications of M400R Item Specification Mass Up to 65kg approx 143 Ib Power condition Input voltage Single phase Single phase 100 to 120 VAC 200 to 240 VAC 10 10 Input frequency 50 60 Hz 2 to 4 Maximum consumption current T5A 3 75A Leakage current 1 for each cable 3 5 mA or less 3 5 mA or less Ground resistance 1000hm or less class C installation standard Temperature condition Operating 5 to 35 degrees Celsius 41 to 95 F 1 Not operating 0 to 50 degrees Celsius 32 to 122F Humidity condition Operating 20 to 80 RH no condensation Not operating 8 to 80 RH no condensation Vibrati
91. er up Ox 3 3 V PPU PPUS DC ON 0x Failed to power up 0x 5 0 V PPU PPU12 DC ON 0x Failed to power up 0x 12 0 V PPU BE DC ON 0x Failed to power up 0x BE 14 4 SCF Error Messages Processor Monitoring Error Messages In the power on diagnostics the processors external caches memory modules etc are diagnosed If a fault is detected in the processor during the power on diagnostics and while the system is running the following error messages will be shown on the LCD panel Table 14 5 Processor Monitoring Error Messages Message level Message content Description st line 2nd line SCF alarm CPU Hangup nn Processor hang up is detected in the power up processing phase nn CPU Hangup 00nn Processor hang up is detected in the operating system environment Lithium Battery An alarm message notifying the initialization of the calendar will be displayed when cables to the battery are temporarily disconnected to replace the lithium battery or when some other maintenance work is performed In such a situation check the cables then power on the system with the MODE switch is set to MANUAL If the calendar is initialized due to some reason other than maintenance work but remains some error after replacing the lithium battery any other unit should be repaired Table 14 6 Lithium Battery Error Messages Message level Message content Description 1st line 2nd line SCF wa
92. erating ambient temperature of this unit 35 deg C Installation of the unit in a rack should be such that the amount of air flow required for safe operation of the unit is not compromised This unit has ventilation openings at front and rear face of the unit Do not cover or close these ventilation openings to prevent overheating Mounting of the unit in the rack should be such that a hazardous condition is not achieved due to uneven mechanical loading To keep stability of entire rack please fix the rack to wall or floor by suitable means Be careful about injury during installation of this unit into rack Do not install this unit into your rack where the unit may make the entire rack unstable Mass of this unit with maximum configuration 40 kg Tf the unit is supplied from Power Strip or Service Outlet of other units it may overload the Power Supply Cord of the Power Strip or other units Confirm that the current rating of Power Strip or Service Outlet exceeds the combined ratings of all equipment it is supplying Electrical ratings of this unit Rated 100 240Vac 4 0 1 5 A 50 60 Hz 1 phase Reliable earthing of rack mounted equipment should be maintained Particular attention should be given to supply connections other than direct connections to the branch circuit e q use of power strips 3 6 Installation IMPORTANT High Leakage Current may flow through Power Strip Earthing Conductor if
93. es period the forced ejection function will be executed and the data being written may be destroyed 2 Active LED The Active LED lights steady when the data cartridge is loaded and the tape unit is ready to operate The Active LED blinks when the tape unit is operating For details refer to Table 11 3 3 Attention LED When the Attention LED blinks the head of the tape unit should be cleaned using a cleaning tape or a cartridge is near the end of it s useful life The Attention LED lights steady on continuously when the tape unit fails For details refer to Table 11 3 130 11 5 DAT Unit Table 11 3 LED Displays on The DAT Unit LED status display Indication Active Attention green Amber Off Off No data cartridge is loaded On A data cartridge is loaded Blinking Loading or unloading a tape or the tape slow unit is being self diagnosed Blinking Operating reading or writing fast Any status On The tape unit has failed Blinking Errors have occurred in the data cartridge slow on operation Use a cleaning cartridge to clean the magnetic head 1 1 If the Attention LED is still blinking after cleaning the head repeat the operation with a different tape If this clears the signal the first tape is nearing the end of its life Blinking of the Attention LED is cleared when a new tape is loaded or when the drive is power cycled Tape cartridge information This tape
94. essarily e Do not spill coffee or any other liquid over a data cartridge e Do not leave a data cartridge where it may be exposed to high temperature high humidity dust or sunlight e Do not drop a data cartridge or subject it to any other strong shock e If the ambient temperature or humidity changes rapidly wait for data cassettes to adapt to the new conditions before mounting them in the DAT unit e When a data cartridge is not being used store it outside the DAT unit do not leave it in the DAT unit e Rewrite magnetic tape cartridges in storage that contain important data every six months e When storing data cartridges for a long time the following environmental conditions must be satisfied Temperature 5 to 32 degrees Celsius 41 to 89 F Humidity 20 to 60 Condensation not allowed Maximum wet bulb temperature 26 degrees Celsius 78 8 E 133 CHAPTER 11 Input Output Units e Each data cartridge has an expendable service life If the Attention LED blinks frequently or continuously after the magnetic head has been cleaned the life of the data cartridge has expired Generally replace data cartridges with new ones after they have been used 300 times Cleaning the magnetic head After the DAT unit has been used for a long time the magnetic head will accumulate dust or magnetic powder from the tapes If the magnetic head is left dirty it may damage a tape or deposit dust or magnetic powder onto a tape and
95. exceeds the combined ratings of all equipment it is supplying Electrical ratings of this unit Rated 100 240Vac 7 5 3 0 A 50 60 Hz 1 phase Reliable earthing of rack mounted equipment should be maintained Particular attention should be given to supply connections other than direct connections to the branch circuit e q use of power strips 5 6 Installation IMPORTANT High Leakage Current may flow through Power Strip Earthing Conductor if all power supply cords of this unit are connected to one Power Strip Earth connection essential before connecting supply Table 5 4 Mounting Combination for Expansion Rack Rack Mount Units Mounting Portion Priority in the Rack Communication Swichable Unit Expansion File Unit Type 2 Upper Disk Array Unit GP DxxxxU GP7000F Model 200R 400R Disk Array Unit GR700 720 Lower Outlet and or Outlet Type 2 GP7000F Model 600R Note Each rack mount unit should be mounted in the lowest available portion with the priority indicated in the Table 5 4 Notes on Installation e Do not install this file unit where it will be exposed to sunlight or sources of heat e Do not install this file unit in dusty places or places where it will be exposed to corrosive gas or sea breeze e Keep this file unit isolated from vibration Install this file unit on a level surface to prevent it from tilting e Do not run a cable under a unit or overext
96. f status LEDs switches and a LCD panel The switches as well as built in I O device are covered with a panel cover that can be locked with a key It prevents incorrect operations and ensures security for the internal 1 O device as well as the switches RESET switch REQUEST switch LCD panel POWER switch CHECK POWER AUTO O O MANUAL E SECURE POWER LED green MODE switch CHECK LED amber Figure 1 1 Operator Panel M200 M600 CHECK LED amber POWER LED green LCD panel POWER switch REQUEST switch MODE switch RESET swich Figure 1 2 Operator Panel M200R M400A M400R M600R CHAPTER 1 Product Outline LED CHECK LED POWER LED LCD The POWER LED indicates whether the system is turned on while the CHECK LED indicates system operation by lighting up or blinking Table 1 2 POWER LED Status Descriptions ON The power is on OFF The power is off The user and system administrator can recognize the system operation status from the CHECK LED and messages that appear on the LCD panel Table 1 3 CHECK LED Status Descriptions ON The system is turned on but the processors are not operating Blinking System down quickly Blinking There are faulty components in the system The system is still slowly operating OFF The system is not turned on or it is operating normally If the system administrator shuts down the system w
97. file tape config list EXABYTE EXB 8505 Exabyte 8mm EXB 8505 EXBT 8SC EXBT 8SC 1 0x35 0 0xce39 2 0x15 0x8c 1 IMPORTANT If the effective tape config list has been defined separate the above description with a and add it to the file like the following example Tape config list HP C1537A HP DDS3 4mm DAT HP_data2 EXABYTE EXB 8505 Exabyte 8mm EXB 8505 EXBT 8SC HP_data2 1 0x34 1024 0xd639 4 0x00 0x13 0x24 0x3 3 EXBT 8SC 1 0x35 0 0xce39 2 0x15 0x8c 1 3 Then make a reconfigure boot as below ok boot r When specifying the data format to be used by your 8 mm tape unit use the following density code data format Density code Device number 8200 format 0x14 14h dev rmt xI n 8500 format 0x15 15h dev rmt xm n 8200c format 0x90 90h dev rmt xh n 8500c format 0x8c 8ch dev rmt xc n The x in this column refers to the number specific to your system To get this number look in the dev rmt directory and find the entry that corresponds to the SCSI ID 5 n no rewind 135 CHAPTER 11 Input Output Units Front Panel The 8 mm tape unit has three LEDs and an eject switch as shown in Figure 11 10 2 Warning LED 1 Eject switch 4 Access LED 3 Ready LED Figure 11 10 8 mm Tape Unit Front Panel 1 Eject switch This switch is used to rewind unload and eject the 8 mm data cartridge 2 Warning LED If this LED b
98. fluence The actual noise measured at the installation site may be greater than the indication noise due to surrounding noise and echoes 93 CHAPTER 7 M600R Main Cabinet Table 7 7 Installation Specifications of M600R 2 Item Specification External Width 482 a Depth 787 dimension i i unitimm i Height 530 o Front of the cabinet Side of the cabinet Services SSS area unit mm 650 2 695 3 Rear Service area 1000 Top of 930 3 the cabinet 925 800 800 Service area Drawer area Service area 800 1 Front Service area 800 mT Keep the drawer area so that the CPU shelf can be pulled out from the main cabinet during installing some internal option products and providing maintenance of the CPU shelf 2 When this unit is installed in a expansion rack GP7B7RK1U RK2U RK3U RK4U 3 When this unit is installed in a expansion rack GP727RK1U RK2U 94 CHAPTER 8 Expansion Disk Cabinet CONTENTS A Product Outlm Lt an OS oe be hale eich el Ga 2A ear ake ete oes 96 Device Configuration ii a pi ds ee 97 Hot System Replacement orcas a a a eee 101 Installation A RI e A ii 102 95 CHAPTER 8 Expansion Disk Cabinet 8 1 96 Product Outline Key Features 2 separate 40MB s differential UltraSCSI connections to the host per Expansion Disk Cabinet Up to 5 UltraSCSI disk units can be installed per UltraSCSI bus and up to 10 UltraSCSI disk units can be installed
99. g Portion Priority in the Rack Communication Swichable Unit Expansion File Unit Type 2 Upper Disk Array Unit GP DxxxxU GP7000F Model 200R 400R Disk Array Unit GR700 720 Lower Outlet and or Outlet Type 2 GP7000F Model 600R Note Each rack mount unit should be mounted in the lowest available portion with the priority indicated in the Table 9 3 Notes on Installation e Do not install this file unit where it will be exposed to sunlight or sources of heat e Do not install this file unit in dusty places or places where it will be exposed to corrosive gas or sea breeze e Keep this file unit isolated from vibration Install this file unit on a level surface to prevent it from tilting e Do not run a cable under a unit or overextend a cable Do not disconnect the power cable while the power is on e Do not place anything on this file unit Do not use this file unit as a desk e To prevent condensation in this file unit do not raise the room temperature rapidly in the winter Use the cabinet only after sufficiently warming it e Do not install this cabinet near noisy devices such as a photocopier air conditioner or welder e Take electrostatic prevention measures Note that some carpets generate static electricity easily and can cause this file unit to malfunction IMPORTANT If the above conditions are not satisfied this file unit may be damaged Be sure to follow above preca
100. gle phase 100 to 120 VAC 200 to 240 VAC 10 10 Input frequency 50 60 Hz 2 to 4 Maximum consumption current 5 0A 2 5A Leakage current 3 5 mA or less 3 5 mAor less Ground resistance 1000hm or less class C installation standard Temperature condition Operating 5 to 35 degrees Celsius 41 to 95 E 1 Not operating 0 to 50 degrees Celsius 32 to 122F Humidity condition Operating 20 to 80 RH no condensation Not operating 8 to 80 RH no condensation Vibrations condition Operating 0 2G Idle 0 4G Noise 47 db A 2 Installation standalone type 1 If the ambient temperature exceeds 35 degrees Celsius 95 F during operation a warning message is displayed Take steps to rectify the problem immediately 2 The indicated noise is the mean value of the measurements obtained in an anechoic chamber with less echoic influence The actual noise measured at the installation site may be greater than the indication noise due to surrounding noise and echoes 2 6 Installation Table 2 4 Installation Specifications of M200 Main Cabinet 2 Item Specification External dimension unit mm Width 230 Depth 630 Height 700 352 1 i 677 Front View Side View Service aaae ESSE cc unit mm 230 Sellvice drea 800 2 800 3 800 3 Es of Service area the unit Service
101. graded in the power on diagnostics When expanding the memory modules check that the DIMMSs are installed correctly Memory ECC feature The EDO DRAM is used as the memory chip The single bit error correction and multiple bit error detection features are available for a large capacity memory by using the Error Check Code ECC system A single bit error can be isolated down to the memory slot on which it occurred A multiple bit error can be isolated down to the pair of slots on which it occurred 73 CHAPTER 6 M600 Main Cabinet Checking results of the memory diagnostics To check that the system recognizes installed memory modules correctly execute the show post results command at the ok prompt A module that does not satisfy any condition described in Memory configuration or a module judged to be faulty by memory diagnostics is treated as an invalid module The screen below lists the command execution results related to memories and their meanings Example for normal operation Memory Type EDO Group SLOT Size Valid MB Existing MB Total A 0 3 256 256 256 256 256 256 256 256 4 7 256 256 256 256 256 256 256 256 a nea Spena nen 12 15 ceca ses eo Pau 2048 2048 MB B 0 3 256 256 256 256 256 256 256 256 4 7 256 256 256 256 256 256 256 256 S201 3 essa desta Hasta P21 eee Reale deu Rial 2048 2048 MB Error SLOT Example of a slot 4 error Memory Type EDO Gr
102. hen the AC main line switch is on while there are degraded mode components remaining in the system the CHECK LED will continue to blink slowly to remind the system administrator there are faulty components to be diagnosed Possible causes of a CHECK LED alarm are errors in temperature monitoring related components such as the power supplies and fans or degraded mode components such as processors and memory modules etc When the system is turned on the CHECK LED lights up briefly However this is not an error unless the CHECK LED remains light up for more than three seconds or begins to blink The LCD panel can display 2 rows of 16 digits The messages displayed on it are status or results of the power on diagnostics and environmental events such as over temperature etc Therefore when an error occurs the user or system administrator can recognize the state of the hardware system easily by checking the messages displayed on the LCD panel as well as console messages Error messages remain on the LCD panel until the error is corrected There is only one LCD panel therefore it displays messages in turn when there are several errors Note that error events are corrected even though their message displayed on the panel is overwritten by messages of other events However since the initial diagnostics is allowed to report only one event the next message of another event will be displayed on the panel after repaired a reported event Messages
103. hes about 40 degrees Celsius 104 degrees Fahrenheit the system is shut down automatically Monitoring Powers The power supplies are always monitored and a message is displayed on the LCD panel if power supply failure is detected When the system doesn t have a redundant power supply the system will be powered off immediately Besides it the integrated service processor monitors and controls DC DC converter which provides power to the processor modules Monitoring Fans Several fans are installed inside the GP7000F main cabinet If one of the fans breaks down a warning message which indicates the defective fan is displayed on the LCD panel And if the fans cannot provide enough cooling the system is shut down automatically RCI Remote Cabinet Interface makes power cycle control of expansion I O unit such as Expansion Disk Unit and Expansion File Unit which has the RCI interface Status of LEDs and messages on LCD panel of GP7000F main cabinet as well as console messages make trouble shooting easy and less time consuming All internal disk drives are hot swappable and these drives can be mirrored for higher data availability In addition redundant power supplies and fans are supported for higher availability The front cover panel has a lock key to prevent unauthorized access to the internal 1 O devices as well as front panel switches 1 2 Operator Panel 1 2 Operator Panel The operator panel has a set o
104. hresholds ON 0 at 3 V or higher OFF 1 at 3 V or lower Input impedance 3 to 7 Kohm Maximum allowable input 25 V voltage Receiving margin 45 or more RV element used SN75C1406 or SN75189AN products of TI or equivalent Output circuits Output voltages 5 V to 15 V 5 V to 15 V Output impedance 3000hm or less Maximum output current 0 5 A or less DV element used SN75C1406 or SN75188AN or equivalent Connecting cables Use shielded pair cables that meet the following specifications The signal return lines should be gathered together to be connected to the SG signal ground at both ends e DC resistance per pair both ways 300 ohm km or less e Capacitance between lines between pairs 70 PF m or less e Cable length 100 mor less e Cable screen Shielded cables Table 12 5 lists the definitions of signal line 148 12 2 RS232C Interface Table 12 5 Definitions of Signal Lines Signal Pin Nos on the names and Voltage levels Description T O device side pin Nos on the host side DSUB25P 0 off 1 on TERMINAL 25P 1 1 SD 2 8 V 8 V GP transmitting data signals 3 RD 3 8 V 8 V GP receiving data signals 2 RS 4 8 V 8 V Transmission request signal 5 when the GP transmits the data RS 4 8 V 8 V Transmission request signal 5 CS 5 8V 8 V Request to transmit when the 4 T O device sends out the d
105. indication noise due to surrounding noise and echoes 38 3 6 Installation Table 3 6 Installation Specifications of M200R 2 Item Specification External dimension Width 482 Depth 779 unit mm Height 174 ui Front of the cabinet Side of the cabinet Service ff A area i unit mm 650 695 Rear Service area 1000 930 7 Top of Ieg the cabinet a 800 800 Service area Drawer area Service area 800 Front Service area 800 ue Keep the drawer area so that the CPU shelf can be pulled out from the main cabinet during installing some internal option products and providing maintenance of the CPU shelf 2 When this unit is installed in a expansion rack GP7B7RK1U RK2U RK3U RK4U 3 When this unit is installed in a expansion rack GP727RK1U RK2U 39 CHAPTER 4 M400A Main Cabinet CONTENTS OVERVIEW tera RETTA EER e ri 42 Device Configuration pi intel rn lato PE LR ae int 43 Systemboardi nce i ein Laem Meee ane alata ame RRR Et 46 DISK AU MMS ri ARIE LIA ERRANTE 48 PEPSIOIS siii lo REI ER E ea aa 49 Installation 2 4 seated A aa Iena alan 50 41 CHAPTER 4 M400A Main Cabinet 4 1 Overview Appearance CHECK LED POWER LED amber green
106. ined service engineers only for maintenance purpose Do not use the REQUEST switch by users MODE switch The MODE switch is used to set boot up mode of the system as well as enabling disabling the POWER RESET and REQUEST switches The MODE switch has 3 states as shown in the Table 1 4 In the table below YES means that a switch is enabled when the MODE switch is set to the position state while NO means a switch is disabled Table 1 4 MODE Switch Settings POWER RESET REQUEST Remarks switch switch switch MANUAL YES YES YES The system stops at ok prompt after the power on diagnostics AUTO YES NO NO The system boots up automatically after the initial diagnostics SECURE NO NO NO The system boots up automatically after the initial diagnostics and keyboard STOP A command and terminal break command are ignored while Solaris is running Notes At the maintenance of main cabinet be sure to set the MODE switch to the MANUAL state even if the AC line switch is OFF The POWER RESET and REQUEST switches must be pressed longer than 0 3 seconds for valid operation CHAPTER 1 Product Outline N CAUTION Be sure to install software packages in the Basic Software Extension or Enhanced Support Facility Otherwise above switch functions or proper messages on LCD panel are not guaranteed IMPORTANT Under the MANUAL and AUTO state keyboard STOP A command and terminal break command will abort booti
107. ing some internal option products and providing maintenance of the CPU shelf 79 CHAPTER 7 M600R Main Cabinet CONTENTS TE OVERVIEW dd AA A A td ne 82 72 Device Configuration tr retarda 83 HS Systemboard 15864 5 6 or a crac lei ein Lal ate 86 TAs SISK UTIS iii IAA RAR ARA aonb AE ARAN RARA A RARI meas sae 88 BY PESOS nio RE dd asa 89 0 Installation sonia A ERI aa 91 81 CHAPTER 7 M600R Main Cabinet 7 1 Overview Appearance POWER LED green CHECK LED amber Figure 7 1 Front View of M600R Main Cabinet Key Features e Up to 8 processors e 32 DIMM slots up to 16 gigabytes of memory e 64 bits width 8 PCI buses provide 12 PCI slots 4 33 66MHz 8 33MHz e 2 UltraSCSI disk drive bays which support hot swap features e 1 CD ROM unit and 1 floppy disk unit as the basic configuration e tape unit can be installed e 1 100BASE TX auto sensing 10 100 Mbps 2 Serial 1 Parallel 1 Keyboard Mouse port e N 1 redundant power supply units and fan units which support hot swap feature 82 7 2 Device Configuration Device Configuration The M600R main cabinet consists of the following components e Rack mount cabinet e Basic power supply and option redundant power supply unit e Cooling fans e Systemboard PCIBPR board PCIRSR board PCIIO2 board e Processor modules e DIMM Dual Inline Memory Module e Operator panel e PCI card option e Disk
108. ingle bit error correction and multiple bit error detection features are available for a large capacity memory by using the Error Check Code ECC system A single bit error can be isolated down to the memory slot on which it occurred A multiple bit error can be isolated down to the pair of slots on which it occurred Checking results of the memory diagnostics To check that the system recognizes installed memory modules correctly execute the show post results command at the ok prompt A module that does not satisfy any condition described in Memory configuration or a module judged to be faulty by memory diagnostics is treated as an invalid module The screen below lists the command execution results related to memories and their meanings 47 CHAPTER 4 M400A Main Cabinet Example for normal operation Memory Type SDRAM SLOT Size Valid MB Existing MB Total 00 0 3 256 256 256 256 256 256 256 256 1024 1024 MB 00 4 7 256 256 256 256 256 256 256 256 1024 1024 MB 00 8 11 256 256 256 256 256 256 256 256 1024 1024 MB 00 12 15 256 256 256 256 256 256 256 256 1024 1024 MB 01 0 3 256 256 256 256 256 256 256 256 1024 1024 MB 01 4 7 256 256 256 256 256 256 256 256 1024 1024 MB 01 8 11 256 256 256 256 256 256 256 256 1024 1024 MB 01 12 15 256 256 256 256 256 256 256 256 1024
109. installed correctly Memory ECC feature The SDRAM is used as the memory chip The single bit error correction and multiple bit error detection features are available for a large capacity memory by using the Error Check Code ECC system A single bit error can be isolated down to the memory slot on which it occurred A multiple bit error can be isolated down to the pair of slots on which it occurred Checking results of the memory diagnostics To check that the system recognizes installed memory modules correctly execute the show post results command at the ok prompt A module that does not satisfy any condition described in Memory configuration or a module judged to be faulty by memory diagnostics is treated as an invalid module The screen below lists the command execution results related to memories and their meanings 59 CHAPTER 5 M400R Main Cabinet Example for normal operation Memory Type SDRAM SLOT Size Valid MB Existing MB Total 00 0 3 256 27 256 256 256 256 256 256 256 024 1024 MB 00 4 7 256 256 256 256 256 256 256 256 024 1024 MB 00 8 11 256 256 256 256 256 256 256 256 024 1024 MB 00 12 15 256 256 256 256 256 256 256 256 024 1024 MB 01 gt 0 3 256 256 256 256 256 256 256 256 024 1024 MB 01 4 7 256 256 256 256 256 256 256 256 024 1024 MB 01 8 11 256 256 256 256 256 256 256 256 024 1024
110. ir conditioner or welder e Take electrostatic prevention measures Note that some carpets generate static electricity easily and can cause this unit to malfunction IMPORTANT If the above conditions are not satisfied this unit may be damaged Be sure to follow above precautions 92 Installation specifications 7 6 Installation Table 7 6 Installation Specifications of M600R Item Specification Mass Up to 100kg approx 220 lb Power condition Input voltage Single phase Single phase 100 to 120 VAC 200 to 240 VAC 10 10 Input frequency 50 60 Hz 2 to 4 Maximum consumption current 13 4A 6 6A Leakage current 1 for each cable 2 2 mA or less 2 2 mA or less Ground resistance 1000hm or less class C installation standard Temperature condition Operating 5 to 35 degrees Celsius 41 to 95 F 1 Not operating 0 to 50 degrees Celsius 32 to 122F Humidity condition Operating 20 to 80 RH no condensation Not operating 8 to 80 RH no condensation Vibrations condition Operating 0 2G Idle 0 4G Noise 55 db A 2 Installation Rack mount type 12pitches STE If the ambient temperature exceeds 35 degrees Celsius 95F during operation a warning message is displayed Take steps to rectify the problem immediately 2 The indicated noise is the mean value of the measurements obtained in an anechoic chamber with less echoic in
111. is manual FUJITSU makes every effort to prevent users and bystanders from being injured or from suffering from damages to their property Use the product according to this manual IMPORTANT NOTE TO USERS READ CAREFULLY ALL THROUGHOUT THIS MANUAL BEFORE USING THE PRODUCT INCORRECT USE OF THE PRODUCT MAY CAUSE UNEXPECTED DAMAGE TO THE USERS OR BYSTANDERS While all efforts have been made to ensure the accuracy of all information in this manual FUJITSU assumes no liability to any party for any damage caused by errors or omissions or by statement of any kind in this manual its updates or supplements whether such errors are omissions or statements resulting from negligence accidents or any other cause FUJITSU further assumes no liability for incidental or consequential damages arising from the use of this manual FUJITSU disclaims all warranties regarding the information contained herein whether expressed implied or statutory DO NOT MAKE MECHANICAL OR ELECTRICAL MODIFICATIONS TO THE EQUIPMENT FUJITSU LIMITED IS NOT RESPONSIBLE FOR REGULATORY COMPLIANCE OR SAFETY OF A MODIFIED FUJITSU PRODUCT DO NOT REPAIR OR INSTALL THE EQUIPMENT BY USERS IT SHOULD BE PERFORMED BY A TRAINED SERVICE ENGINNER THIS PRODUCT IS NOT DESIGNED FOR USE IN ON LINE CONTROL EQUIPMENT IN HAZARDOUS ENVIRONMENTS SUCH AS OPERATION OF NUCLEAR FACILITIES AIRCRAFT NAVIGATION OR CONTROL OR DIRECT LIFE SUPPORT MACHINES HENCE IF THESE PRODUCTS ARE USED IN SUCH H
112. is provided in Basic Software Extension or Enhanced Support Facility to how swap a power supply unit Please refer to user s guide of Basic Software Extension or Enhanced Support Facility for more information 109 CHAPTER 9 Expansion File Unit Type 2 GP7B7FLxx 9 4 Installation Purpose The following installation instruction is intended to provide the product safety requirements which must be addressed when the end use product manufacturer installs this product in their equipment Note that the acceptability of the combination of this product in a rack should be re determined by an appropriate certification body if that combination is differ from the Table 9 3 Safety Installation Instruction 110 This unit is installed in a closed or multi unit rack assembly the operating ambient temperature inside of the rack environment may be greater than room ambient Therefore consideration should be given to installing the unit in an environment compatible with the manufacturer s maximum rated ambient temperature Consideration for adjustment of air condition like air circulation should be given to prevent the internal rack ambient from exceeding the Max Operating ambient temperature of this unit Maximum operating ambient temperature of this unit 35 deg C Installation of the unit in a rack should be such that the amount of air flow required for safe operation of the unit is not compromised This unit h
113. it to the main unit RCI displays the current node addresses executes initialization and requests the binding of a new node after hot system replacement It supports the commands explained below 13 2 RCI Commands Overview The RCI command has a function that displays the RCI configuration information sets the node address and incorporates the node during hot system replacement The following table lists the RCI commands rci config This command displays RCI configuration information Use this command to check the host node address and references node device names after the RCI setting rci config n m This command initializes RCI and sets an address for the local host node It does not connect the node N is the node address number and m is the number of hosts n m Necessary command for initialization rci configio init This command sets new addresses of all RCI nodes host and T O and connects them I O node addresses are reassigned starting with 1 Use this command in initial installation rci configio Use this command to add or remove a local node I O Notes 154 In initial installation execute an rci config command by specifying n 1 and m 1 Then execute an rci configio init command When adding a host node set the mode switch on the panel of a connected host node to MANUAL This masks a failure report caused by the node expansion Then use the RCI cable to connect the
114. ithin a 5 minutes period the forced ejection function may execute and the data being written may be destroyed Handling DAT cartridge Storing 8 mm cartridge When using the data cartridge DAT take the following precautions If these precautions are not observed the DAT unit or its data may be destroyed When using or storing the data cartridge take the following precautions If these precautions are not taken the data on 8 mm tape may be destroyed Ejecting QIC cartridge Data destruction Do not press the eject switch during an operation The forced ejection function may operate and data being written may be destroyed Storing QIC cartridge When using or storing the data cartridge take the following precautions If these precautions are not taken the QIC tape unit or its data may be destroyed 1X CONTENTS CHAPTER 1 CHAPTER 2 Product Outline 1 1 Key Features che rd ote aot hg dra a 1 2 Operator Panel i e ire A as a Be ee ee 1 3 External Interfaces sprone Lella ee AA 1 4 Console oa a Se Soe a i A ee es ia he uel IR rr nes 1 5 PO Wer OMO sapori via doi i ia wna aoe ae es aca E 1 6 Installation of Basic Software Extension or Enhanced Support Facility 1 7 local mac address Property scior oiar a a a E a A e a M200 Main Cabinet 2 1 OVERVIEW vato rina Dora inno A a lata on Sala Y 22 Device Configuration LL 2 3 Systeembord ict a i we a ete at 24 Disk Units ina 3 a og ev ape A
115. itional power supply unit Rear of the M600 main cabinet AC input AC main line switch power supplies FEP and some connectors are located on the rear of the M600 main cabinet as shown in the Figure 6 3 PCI slot 13 PCI slot 12 PCI slot 11 PCI slot 10 PCI slot 9 PCI slot 8 PCI slot 7 PCI slot 6 PCI slot 5 PCI slot 4 PCI slot 3 PCI slot 2 PCI slot 1 PC UPS RCI Parallel AT Centronics RS232C Port A RS232C Port B Keyboard 100BASE TX AC Main Line Switch AC Power Input Figure 6 3 Rear View of M600 Main Cabinet 71 DIMM slo DIMM slo DIMM slo DIMM slo DIMM slo DIMM slo DIMM slo DIMM slo DIMM slot B15 DIMM slot A15 DIMM slot B13 DIMM slot A13 DIMM slot B11 DIMM slot A11 DIMM slot B9 CPU slot 0 CPU slot 1 CPU slot 2 CPU slot 3 CPU module slots and memory module slots are located on Systemboard as described in Figure 6 4 DIMM slot A9 PPU2 0 Systemboard CHAPTER6 M600 Main Cabinet 6 3 Systemboard Figure 6 4 Systemboard Layout of M600 72 Processor Configuration Up to 8 CPU configuration is supported as described in Table 6 3 Table 6 3 CPU Module Configurations 6 3 Systemboard
116. l UltraSCSI connections to the host per Expansion File Unit Type 2 e By adding a File Unit Expansion Kit the Expansion File Unit can accommodate up to 10 UltraSCSI disk units 5 UltraSCSI disk units is standard Or by installing a Tape Unit Bay Kit a maximum of any two 8 mm DAT or QIC tape unit can be added e The disk units can be hot swappable e The power supply unit can be configured redundantly and it can be hot swappable when configured redundantly e Fans are configured redundantly to continue working even if a fan is failed e The Expansion File Unit Type 2 has some status LEDs inside the cabinet as well as a CHECK LED and a POWER LED on the front panel It makes easy to identify isolate hardware problems e The Expansion File Unit Type 2 is connected to the GP7000F main cabinet through a RCI Remote Cabinet Interface cable as well as UltraSCSI interfaces The RCI makes power cycle of the cabinet linking to the GP7000F main cabinet Front View of the unit POWER LED green CHECK LED amber Front Cover 7 E PEPE LTT Jzn z a zaiz azi Lock Air Inlet Figure 9 1 Front View of Expansion File Unit Type 2 106 9 2 Device Configuration 9 2 Device Configuration This file unit consists of the following components e Rack mount cabinet e Basic power supply and expansion option power supply for redundant configuration e DC DC converter e Cooling fans redundant config
117. l a RE e o A e 129 Samm Tape Unit A O AA n 135 QIE Tape Unit A A A E A 140 121 CHAPTER 11 Input Output Units 11 1 Disk Units Key features The following features of the disk units are applied for the GP7000F main cabinet Expansion Disk Cabinet and Expansion File Unit e 3 5 inch UltraSCSI wide disk drive up to 40 MB s transfer rate e SCA II Single Connector Attachment II connector which support hot swap e Geographical SCSI addressing which depend upon disk drive bay simplifies SCSI address selection Hot swapping a disk unit The hot swap feature combined with disk mirroring improves system availability The system administrator or service engineers can determine the status of disk unit using the software management command for disk mirroring In addition each disk unit has two status LEDs along each disk drive bay Table 11 1 Disk Units LEDs Name Color Status ACTIVE LED Green Lights when the SCSI command is executed FAULT LED Amber Lights when the hot replacement command is executed IMPORTANT To hot swap a disk unit you need to use the software tool which is provided in Basic Software Extension or Enhanced Support Facility Please refer to user s guide of the Basic Software Extension or Enhanced Support Facility for more information The FAULT LED lights up according to the procedures described in the user s guide to identify the failed disk unit If the FAULT LED does not
118. le 10 2 Table 10 3 Table 10 4 Table 11 1 Table 11 2 Table 11 3 Table 11 4 TABLES AOS fanti al aaa e a A ad 56 Power Supply Units id A A e toa at RARA ARA a 56 PCESlot Specifications bbdd A Aa rl 61 Mounting Combination for Expansion Rack e 63 Installation Specifications of M400R 2 2 a 64 Installation Specifications of M400R 2 2 o e 65 Pans sessed Accs eal She ae aie a A eae Oe a Ae a A a PSs 70 Power Supply UMSS A Pk Dai Palli Lee 71 CPU Module Configurations e 73 PCL Slot Specifications rio e e a RA Ba Se e 76 Installation Specifications of M600 Main Cabinet 1 o 78 Installation Specifications of M600 Main Cabinet 2 o e 79 ANS CL DA A A E A A eta a 84 Power Supply Units ico A e ea PALE Bod RR 85 CPU Module Configurations LL 87 PCI Slot Specifications os mardi ee 90 Mounting Combination for Expansion Rack LL 92 Installation Specifications of M600R 2 2 ee ee 93 Installation Specifications of M600R 2 2 o ee ee 94 CHECK LED Status co ie Aga a AR Maine hs 99 LEDS tt Aes te ose EA y Aa ca dal Gm Bel A ibi gni ito Ala Ta D ie atk sy 101 Expansion Disk Cabinet Installation Specifications 1 103 Installation Specifications of Expansion Disk Cabinet 2 104 CHECK LED Status taa a A A Ae ella ala 108 EA A te LOL LO dieci de 109 Mounting Combination for Expansion Rack 2 22 111 I
119. light up even if you follow the procedures described in the user s guide hot swapping is not possible In this case power off the entire system then replace the disk unit When adding a new disk unit while the system is running use the software tool as well The POWER LED is installed in the disk cage If the FAULT LED and ACTIVE LED of a disk drive bay that has a disk drive doesn t light up check the POWER LED if it is light up or not 122 11 2 Floppy Disk Units When replacing the disk unit take the following precautions If Z CAUTION these precautions are not taken the disk unit or its data may be destroyed e Do not subject the disk unit to strong shocks e Do not bring a device generating a strong electromagnetic field such as a motor or a loudspeaker near the disk unit e Do not store the disk unit where condensation may occur or where the temperature or humidity changes rapidly Disk format The disk units are pre formatted If you need to format a disk drive you can format a disk drive with a format utility The format utility performs auto configuration when you enter type at the format gt prompt and select Auto configure as the disk type Carefully proceed formatting a disk drive Once formatting a disk Z CAUTION drive data on the disk never restored if you don t have backup files Backing Up the Data The disk drive units are very reliable However an accidental failure is possible If a failure
120. links an error may be occurred in this unit If Warning LED and Ready LED blink together this unit requires cleaning And it will light at reset or initial power on phase 3 Ready LED This LED lights when 8 mm data cartridge is inserted and finished loading the tape And it will light at reset or initial power on phase also 4 Access LED This LED lights steady or blinks when the 8 mm drive is working reading or writing a tape And it will light at reset or initial power on phase also Tape cartridge information This tape drive unit uses EXATAPE 112m or EXATAPE 160mXL 8 mm tape cartridges which have typical storage capacity of 5 14 Gbytes Table 11 5 8 mm Tape Cartridge Capacity Tape Length EXB 8500 EXB 8500c 160 m 10 Gbytes 14 Gbytes 120m 5 Gbytes 7 Gbytes Note that the 8 mm tape unit can read tape written in EXB 8200 format when the cartridge is set to write protected IMPORTANT Never use 8 mm video media Always use computer grade media 136 11 6 8 mm Tape Unit Inserting a data cartridge 1 Check that the Access LED and Ready LED are off Do not insert a cartridge during its power on self test 2 Insert the tape cartridge into the 8 mm tape unit Be careful to insert the data cartridge in the direction indicated by the label and push gently on the cartridge 3 The 8 mm tape unit pulls in the cartridge automatically and starts loading the tape The Ready LED lights after the tap
121. ly the operating ambient temperature inside of the rack environment may be greater than room ambient Therefore consideration should be given to installing the unit in an environment compatible with the manufacturer s maximum rated ambient temperature Consideration for adjustment of air condition like air circulation should be given to prevent the internal rack ambient from exceeding the Max Operating ambient temperature of this unit Maximum operating ambient temperature of this unit 35 deg C Installation of the unit in a rack should be such that the amount of air flow required for safe operation of the unit is not compromised This unit has ventilation openings at front and rear face of the unit Do not cover or close these ventilation openings to prevent overheating Mounting of the unit in the rack should be such that a hazardous condition is not achieved due to uneven mechanical loading To keep stability of entire rack please fix the rack to wall or floor by suitable means Be careful about injury during installation of this unit into rack Do not install this unit into your rack where the unit may make the entire rack unstable Mass of this unit with maximum configuration 65 kg Tf the unit is supplied from Power Strip or Service Outlet of other units it may overload the Power Supply Cord of the Power Strip or other units Confirm that the current rating of Power Strip or Service Outlet
122. memory chip The single bit error correction and multiple bit error detection features are available for a large capacity memory by using the Error Check Code ECC system A single bit error can be isolated down to the memory slot on which it occurred A multiple bit error can be isolated down to the pair of slots on which it occurred 87 CHAPTER 7 M600R Main Cabinet Checking results of the memory diagnostics To check that the system recognizes installed memory modules correctly execute the show post results command at the ok prompt A module that does not satisfy any condition described in Memory configuration or a module judged to be faulty by memory diagnostics is treated as an invalid module The screen below lists the command execution results related to memories and their meanings Example for normal operation Memory Type SDRAM Group SLOT Size Valid MB Existing MB Total A 0 3 256 256 256 256 256 256 256 256 4 7 256 256 256 256 256 256 256 256 a nea Spena pens 12 15 ceca ses eo Pau 2048 2048 MB B 0 3 256 256 256 256 256 256 256 256 4 7 256 256 256 256 256 256 256 256 S201 3 essa desta Hasta P21 eee Reale deu Rial 2048 2048 MB Error SLOT Example of a slot 4 error Memory Type SDRAM Group SLOT Size Valid MB Existing MB Total A 0 3 256 256 256 256 256 256 256 256 4 7 256 256 256 256 256 256 256 256 Set _ Hess LAB seeds
123. n 3 Fan 10 Tray 5 Rear of the cabinet Fan 11 Fan 14 Tray 7 Above the processer module Fan 15 Fan 16 Tray 8 Side the PCI slot Fan 17 Power supplies The M200R main cabinet has 2 kinds of power supply units as well as DDC DC DC Converter FEP Front End Bulk Power unit has AC input and provide 48V to BE BE Back End Power has 48V input and provide 12V or 5V or 3 3V to some internal components Table 3 2 Power Supply Units Standard Redundant FEP 1 2 BE SV 2 3 BE 3 5V 2 3 30 3 2 Device Configuration Rear of the M200R main cabinet AC input power supplies FEP and some connectors are located on the rear of the M200R main cabinet as shown in the Figure 3 3 FEP 0 UPS RCI PCI slot AC Power Input FEP 1 option z Parallel O RS232C portB H RS232C portA SCSI Power Control 100BASE TX Keyboard Figure 3 3 Rear View of M2
124. ng up the system or halt the system while operating system is running To prevent system down by unexpected break or STOP A command set MODE switch SECURE state 1 3 External Interface Various interfaces are available for peripherals and network connections PCI Interface The GP7000F provides the PCI bus as the I O interface The PCI interface has the following characteristics e PCI Local Bus Specification Rev 2 1 compliant e 64 bit bus widths 33 MHz 5 0V and 33 66 MHz 3 3V e Short and long size card can be installed into any of the PCI slots 1 e Data paths are protected by parity 1 The maximum length of the cards that can be installed in PCI slots 8 to 12 of the M600R Main cabinet is 19 4cm Connector The following connectors are installed on the back of the GP7000F main cabinet 1 3 External Interface Table 1 5 Connectors and Switches Connector Marking Type Remarks Switch RS232C SERIAL A B Dsub 25 pin The same connector as Parallel KB KB 8 pin DIN Connect a mouse via a keyboard Parallel PARALLEL Dsub 25 pin AT compatible 10 Mb 100Mb LAN RJ45 10 Mb 100 Mb automatic recognition Ethernet UPS UPS Dsub 9 pin Connector to a UPS Uninterruptable Power Supply which has the UPA interface RCI RCI RJ11 Install a terminating resistor PC PC 8 pin DIN For controlling power on for the main cabinet This type will not operate if connected improperly However it does not
125. nstallation Specifications of Expansion File Unit Type 2 0 112 CHECK LED Status il bee E Me I o he ed 116 LEDS ore de ripara sal opa ha et 117 Mounting Combination for Expansion Rack 2 20 119 Installation Specifications of Expansion File Unit 120 Disk Units LEDS 0000 in e A AA A a 122 Handling Floppy DiskS LG e TE E ETE A G E 125 LED Displays on The DAT Unit aoaaa a 131 DAT Cartridge Capacity onsa a Regal PI ar REL 131 xi xii Table 11 5 Table 11 6 Table 12 1 Table 12 2 Table 12 3 Table 12 4 Table 12 5 Table 12 6 Table 12 7 Table 14 1 Table 14 2 Table 14 3 Table 14 4 Table 14 5 Table 14 6 Table 14 7 8 mm Tape Cartridge Capacity 2 2 2 ee ee OIG Tape Cartridge Capacity iar i urinare Bytes RRA AE Guat ny Definitions of UPS Signal Lines a Input Circuits Output Circuits Electrical Rating Specifications L22220 Definitions of Signal Lines IEEE1284 A Connector Terminal Distribution IEEE1284 A Connector Terminal Distribution Continued The show post results Command 2 2 ee ee eee OBP Error Messages Power Unit Configuration Error Messages o e e Power Fan Environmental Error Messages e e Processor Monitoring Error Messages 2 2 ee ee ee Lithium Battery Error Messages e Other Error Messages 136 141 146 147 147 148
126. nts e Rack mount cabinet e Basic power supply and expansion option power supply for redundant configuration e DC DC converter e Cooling fans redundant configuration e SCSI BP boards e Interface board e Hot swappable disk drives Disk configuration The Expansion File Unit has 2 UltraSCSI buses Up to 5 drive units can be installed in the half portion of the cabinet as indicated in Figure 10 2 Internally they are connected to an interface board by a single ended UltraSCSI bus And up to 5 drive units can be installed another half portion of the cabinet Also they are connected to an interface board by a single ended UltraSCSI bus The interface board has a single ended to differential interface converter in it and each interface board is connected to the host by a differential UltraSCSI bus Each interface board has a POWER LED If a FAULT LED and an ACTIVE LED of a disk bay that has a disk drive doesn t light up check the POWER LED on the interface board in the cage if it is light up or not A failed unit can be isolated by checking this POWER LED a ACTIVE LED a FAULT LED and a POWER LED on the power supply unit ACTIVE LED Green FAULT LED Amber POWER LED Green 00 00 00 00 O OO OO OO OO 1 2 3 4 5 1 2 3 4 5 Interface Board Standard E NS Interface Board Option Figure 10 2 Drive Bays of Expansion File Unit
127. occurs data recovery from the disk unit may not be possible or may take a long time To protect against such failures regular back ups onto tape are highly recommended 11 2 Floppy Disk Units Front Panel The floppy disk drive is compatible with AT and supports three modes 1 44 MB 1 2 MB and 720 KB The eject button and Access LED are installed on the front panel of the floppy disk unit A floppy disk can be ejected by pressing the eject button Ensure that the Access LED is off before ejecting a floppy disk The green Access LED lights when the floppy disk is accessed Access LED Eject button Figure 11 1 Floppy Disk Unit Front Panel 123 CHAPTER 11 Input Output Units Inserting floppy disks Insert floppy disks with the label facing opposite side of the eject button as shown in Figure 11 2 A disk has been inserted properly if a clicking sound is heard and the eject button comes out Floppy disk unit ERES Eject buton Floppy disk Figure 11 2 Inserting Floppy Disks Ejecting floppy disks Press the eject button on the floppy disk unit then remove the floppy disk Before removing the floppy disk be sure to execute eject command on Solaris or to execute eject operation on your application program IMPORTANT You need to format new floppy disk with fdformat command on Solaris before you use them Please refer to on line manual for more information about the fdformat command
128. on chip cache Error Correcting Code ECC is used for both on chip and external cache High performance Multi Processor Platform Symmetric Multiprocessing SMP architecture The memory system has a high bandwidth up to 8 way interleaving and which enables fast access A packet based bus protocol to enable a throughput of 1 3 to 1 6 GB s per processor is implemented A crossbar configuration which is based on a packet bus enables high level parallel operations of processors and memory modules I O and memory modules and data transfer among processors And the system delivers scalable performance by installing additional processors and I Os The crossbar switch enables parallel operations of several processors and I Os The performance of the single bus is improved by expanding the bus width and high frequency operation The efficiency of bus usage is drastically improved by bus control in the packet exchange system High performance EDO DRAM Extended Data Out DRAM is used on the platform for the memory expansion M200 M600 High performance SDRAM Synchronous DRAM is used on the platform for the memory expansion M200R M400A M400R M600R 1 1 Key Features High speed I O interface e One built in 40 MB s UltraSCSI Single Ended interface for internal devices e One built in 100BASE TX interface 10 100 Mbps auto sensing e The GP7000F has some 64 bits PCI Peripheral Component Interconnect buse
129. ondensation to form inside the cleaning cartridge e Do not subject the cleaning cartridge to strong shock Do not open the cleaning cartridge 139 CHAPTER 11 Input Output Units 11 7 QIC Tape Unit This section describes front panel indicator and button of the QIC tape unit and explains how to use the QIC tape unit Front Panel The QIC tape unit has a LED and an eject button as shown in Figure 11 14 1 Eject button 2 Load LED 3 Door Figure 11 14 QIC Tape Drive Front Panel This section describes the functions of the switche and LED on the QIC tape unit 1 Eject button The eject button is used to open the door when inserting and remove a tape Except for inserting or removing a tape be sure to keep the door closed while operating the QIC tape cartridge unit If the QIC tape cartridge unit is used with the door open data may not be read from or written to the tape because of dust Data destruction Do not press the eject switch during Z CAUTION an operation The forced ejection function may operate and data being written may be destroyed 2 Load LED The load LED lights in green when a data cartridge is inserted in the QIC tape cartridge unit The load LED blinks in green when the QIC tape cartridge unit is operating If an error occurs in the QIC tape cartridge unit or a tape the load LED lights in orange If the QIC tape cartridge unit cannot be recovered the load LED lights in red In this case contact the
130. ons condition Operating 0 2G Idle 0 4G Noise 47 db A 2 Installation Rack mount type 7pitches STE If the ambient temperature exceeds 35 degrees Celsius 95F during operation a warning message is displayed Take steps to rectify the problem immediately 2 The indicated noise is the mean value of the measurements obtained in an anechoic chamber with less echoic influence The actual noise measured at the installation site may be greater than the indication noise due to surrounding noise and echoes 64 5 6 Installation Table 5 6 Installation Specifications of M400R 2 Item Specification External dimension Width 482 ae Depth 814 unit mm j Height 307 o Front of the cabinet Side of the cabinet Services O FEES area 3 unit mm 650 3 Rear Service area 1000 2 Top of 930 3 A 925 the cabinet 800 800 Service area Drawer area Service area 800 1 Front Service area 800 sur Keep the drawer area so that the CPU shelf can be pulled out from the main cabinet during installing some internal option products and providing maintenance of the CPU shelf 2 When this unit is installed in a expansion rack GP7B7RK1U RK2U RK3U RK4U 3 When this unit is installed in a expansion rack GP727RK1U RK2U 65 CHAPTER 6 M600 Main Cabinet CONTENTS OVERVIEW eras Aa i 68 Device Configuration ti rr tad eds 69 Systemboard An E A AT wey Beam Mee Galt A E RRR At 712 DAO
131. or SCSI OUT Connector Standard Standard SCSI IN Connector SCSI OUT Connector Option Option Figure 10 3 Rear View of Expansion File Unit The Expansion File Unit doesn t power on off by only the main line switch but it linked to power on off of the GP7000F main cabinet Note that this file unit does not power on if the main line switch is OFF even if the GP7000F main cabinet is powered on Keep the main line switch set to ON for regular use Be sure to set the RCI configuration which is detailed in Chapter13 must be set properly when installing an Expansion File Unit The cabinet has 2 pair of SCSI IN OUT connectors on it When the cabinet is configured without expansion optional drive bays a SCSI cable must be connected to the standard SCSI IN connector 10 3 Hot System Replacement Be sure to install an UltraSCSI differential terminator plug to the SCSI OUT connector Do not set the AC main line switch to OFF nor disconnect the A CAUTION power cable or RCI cable while the GP7000F main cabinet is powered on unless absolutely necessary Otherwise the data in the disk units may be destroyed 10 3 Hot System Replacement Disk unit Power The SCA II connector is used as the disk unit connector to enable hot system replacement of a faulty disk unit The availability is improved by combining this feature with the disk mirroring features Two LEDs ACTIVE and FAULT are installed per disk unit to indicate the
132. or a slot unit megabytes 0 indicates a faulty slot The numerator indicates the size of the memory that is actually available for use The numerator 0 indicates that no memory is used In this example DIMMS are installed in slots 0 to 7 The size of each module is 32 megabytes except the one installed in slot 5 The initial system diagnostics detected an error in the module installed in slot 5 and placed the module in degraded mode assuming there was no available space As a result the group of modules in slots 4 to 7 is not available for use 2 4 Disk Units Disk drive configuration When the Disk Expansion Unit which includes an expansion disk cage is added up to 8 disk units can be installed in the M200 main cabinet Basic disk cage bay 0 3 is connected to UltraSCSI bus and the expansion disk cage bay 0 3 is connected to another UltraSCSI bus Each disk drive has two status LEDs For the status of these LEDs refer to 11 Input Output Units OO 00 OO ACTIVE LED Green FAULT LED Amber Expansion disk cage POWER LED Basic disk cage 0 1 2 3 00 00 00 00 Figure 2 5 0 1 2 3 Disk Drive Bays of M200 Main Cabinet 21 CHAPTER 2 M200 Main Cabinet Disk Expansion Unit By using the Disk Expansion Unit up to 8 disk drives can be installed in the M200 main cabinet The Disk Exp
133. ormal connected to the UPS 2 OFF SG System ground signal 5 ER 4 Signal indicating the main 1 cabinet is operating 3 ON indicates contacts are closed OFF indicates contacts are open 1 2 3 4 146 The normal power supply should be maintained by the UPS battery for at least 10 to 60 seconds after the connecting interface signal is turned on For momentary power supply interruption of the commercial AC power not exceeding two seconds the normal battery power supply without activating ACOFF is recommended This connecting interface signal identifies the status of the main cabinet to prevent supplying battery power in case the signal is in the OFF LOW state the main cabinet is stopped even though a power failure is detected by the UPS ER signal may be left unused 12 1 UPS Control Interface Pot i a rad l BPS l lg 1 BPS QOH Ne S l BTL liz lr LA UPSON 8 UPSON 00 05 A ACOFF 9 ACOFF OOOH k ie I SG i ry SG 1 5 me lt a i ER i i a OTER O t I Mia esti t UPS Interface cable GP 7000 lt gt gt Electrical requirements Figure 12 1 Signal Configuration The UPS control interface must meet the following electrical requirements Signal names Table 12 2 Input Circuits Input conditions BPS Dead front relay contacts BTL Contact rating 12 V DC
134. orporation the Sun Microsystems Computer Corporation logo SunSoft the SunSoft logo Solaris Solaris PEX SunOS SunLink OpenWindows Direct Xlib SunSHIELD NeWS NeWSprint SunInstall DeskSet ONC ONC OpenBoot Online DiskSuite NFS JumpStart AnswerBook the AnswerBook logo SunDiag ToolTalk Sun PC and Wabi are trademarks or registered trademarks of Sun Microsystems Inc in the U S and certain other countries UNIX is a registered trademark in the United States and other countries licensed exclusively through X Open Company Ltd All other product names mentioned herein are the trademarks of their respective owners THIS PUBLICATION IS PROVIDED AS IS WITHOUT WARRANTY OF ANY KIND EITHER EXPRESS OR IMPLIED INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OR MERCHANTABILITY FITNESS FOR A PARTICULAR POURPOSE OR NONINFRINGEMENT THIS PUBLICATION COULD INCLUDE TECHNICAL INACCURACIES OR TYPOGRAPHICAL ERRORS CHANGES ARE PERIODICALLY ADDED TO THE INFORMATION HEREIN THESE CHANGES WILL BE INCORPORATED IN NEW EDITIONS OF THE PUBLICATION FUJITSU LIMITED MAY MAKE IMPROVEMENTS AND OR CHANGES IN THE PRODUCT S AND OR THE PROGRAM S DESCRIBED IN THIS PUBLICATION AT ANY TIME Documents produced by FUJITSU may contain technology controlled under the Foreign Exchange and Foreign Trade Control Law of Japan The document which contains such technology should not be exported from Japan or transferred to anyone other than residents of J
135. oup SLOT Size Valid MB Existing MB Total A 0 3 256 256 256 256 256 256 256 256 4 7 256 256 256 256 256 256 256 256 Set gt CHAISE 2215 seeds SSeS gt 2048 2048 MB B 0 3 0 256 0 256 0 256 0 256 4 7 0 0 0 256 0 256 0 256 8 11 eo leasen ASA IR 1S gt sar PC STE i 0 1792 MB Error SLOT Note If a memory error is detected an asterisk is displayed in the Size field for the corresponding slot In this example an error in slot 4 of group B is detected in the initial diagnostics operation Modules in slots 0 to 3 and 5 to 7 of group B are recognized as normal modules but also become invalid 74 6 4 Disk Units 6 4 Disk Units Disk drive configuration Up to 2 disk drives can be installed in the base configuration of the M600 main cabinet To install more than 3 disk drive units the Expansion File Unit must also installed 6 5 PCI Slots PCI slots configuration PCI slots are located on the PCI IO board as described in Figure 6 5 There are 7 separate PCI Bus channels A B C D E F and G All PCI Bus slots provide for the full 64 bit data path and can accommodate both 32 bit and 64 bit data path cards The specifications for the PCI slots are described in the Table 6 4 PCI slot 13 PCI slot 12 PCI slot 11 PCI slot 10 PCI slot 9 PCI slot 8 PCI slot 7 PCI slot 6 PCI slot 5 PCI slot
136. pport hot swap features 1 CD ROM unit and 1 floppy disk unit as the basic configuration 1 100BASE TX auto sensing 10 100 Mbps 1 UltraSCSI differencal 2 Serial 1 Parallel 1 Keyboard Mouse port N 1 redundant power supply units and fan units which support hot swap feature 3 2 Device Configuration 3 2 Device Configuration The M200R main cabinet consists of the following components e RackMount type cabinet e Basic power supply and option redundant power supply unit e Cooling fans e Systemboard e Processor modules e DIMM Dual Inline Memory Module e Operator panel e PCI card option e Disk drive units e CD ROM unit e Floppy disk unit The processor modules DIMMs PCI cards redundant power supply and disk drive units of the above components are available as options Front view of the M200R main cabinet Operator Panel Panel Cover 22 Na AS CD ROM Unit Floppy Disk Unit Figure 3 2 Open View of M200R Main Cabinet Panel cover The panel cover can be opened from its right side after unlocking it Then you can access switches on the operator panel CD ROM unit Floppy drive unit and so on 29 CHAPTER 3 M200R Main Cabinet Fans The Table 3 1 lists the fans installed in the M200R main cabinet Table 3 1 Fans Name Tray Location Fan 0 Tray 0 Right front view of the cabinet Fan 1 Fan 2 Tray 1 Left front view of the cabinet Fa
137. r does not perform the procedure correctly IMPORTANT This indicates information that could help the user use the product more efficiently In the text the signal is centered followed below by the indented message A wider line space precedes and follows the message to show where the message begins and ends The following is an example Example A CAUTION Data destruction Do not press these buttons before installing the necessary software package Otherwise data may be destroyed Turn off the system in the OBP prompt state if the software package is not installed Attention Please forward any comments you may have regarding this manual To make this manual easier for users to understand opinions from readers are needed Please write your opinions or requests on the Comment Form sheet at the back of this manual and forward it to the address provided on the sheet vi vil Important Warnings The following are cautions found in this manual They have been compiled here with corresponding page references AN CAUTION A hazardous situation could result in minor or moderate personal injury if the user does not perform the procedure correctly Also damage to the product or other property may occur Task Warning Normal Operation Data destruction Pressing the RESET switch while the system is running may destroy data System Installation Be sure to install software packages from Basic Software Extension
138. r is turned off or the power unit has failed Hot replacement of the power supply unit is possible only while the corresponding POWER LED is off Use a software tool which is provided in Basic Software Extension or Enhanced Support Facility to how swap a power supply unit Please refer to user s guide of Basic Software Extension or Enhanced Support Facility for more information 101 CHAPTER 8 Expansion Disk Cabinet 8 4 102 Installation Notes on installation Do not block the air vents Do not install this cabinet where it is exposed to sunlight or heat Do not install this cabinet in dusty places or places where it is exposed to corrosive gas or sea air Keep this cabinet isolated from vibration Install the cabinet on a level surface to prevent it from tilting Make sure that the AC power supply source is grounded properly Otherwise this file unit may malfunction Do not run a cable under a unit or allow a cable to become taut Do not disconnect the power cable while the power is on Do not place anything on this cabinet Do not use the cabinet as a desk To prevent condensation in this cabinet do not raise the room temperature rapidly in the winter Use the cabinet only after sufficiently warming it Do not install this cabinet near noisy devices such as a photocopier air conditioner or welder Take electrostatic prevention measures Note that some carpets generate static electricity easily
139. raphics controller D GP70F CC10 The GP 7000F models can be made into a workstation or server with a graphical console by means of a PCI graphics card featuring a frame buffer An RM keyboard and mouse can be connected via the D GP70F AN10 interface converter All models in the GP 7000F server family have a Sun compatible keyboard mouse interface The adapter converts the interface signals to allow the keyboard and 3 button mouse featuring a PC compatible interface to be connected to the server PS 2 mouse PS 2 keyboard Sun keyboard mouse interface Keyboard mouse adapter Monitor CRT or LCD Keyboard Mouse The same monitor keyboard and mouse types have been released as for the Siemens systems 4 U42335 J Z775 1 76 Console connections to GP 7000F Serial console 2 2 Serial console A converter is used here to convert the 25 pin connector of the GP 7000F system to the usual 9 pin V 24 COM connector This converter is preinstalled at the factory A VT100 or VT200 emulation must be available for a serial console to be used 9 pin 25 pin 25 9 pin converter U42335 J Z775 1 76 5 Serial console Console connections to GP 7000F 2 2 1 LAN console A Solaris PC is connected as a LAN console via an RCA Remote Communication Adapter attached to the V 24 console interface Up to six servers can be attached to one RCA G P 7000 F E IONES N SOS system di di
140. rce Compatible Nibble Byte 1 H NStrobe HostClk 2 Bi Di Data 1 Least Significant Bit 3 Bi Di Data 2 4 Bi Di Data 3 5 Bi Di Data 4 6 Bi Di Data 5 7 Bi Di Data 6 8 Bi Di Data 7 9 Bi Di Data 8 Most Significant Bit 10 P NAck PtrClk 11 P Busy PtrBusy 12 P Perror AckDataReq 13 P Select Xflag 14 P NAutoFd HostBusy 151 CHAPTER 12 External Interfaces Table 12 7 IEEE1284 A Connector Terminal Distribution Continued Pin Source Compatible Nibble Byte 15 P NFault nDataAvail 16 N NInit nInit 17 P NSelection 1284 Active 18 Signal Ground nStrobe 19 Signal Ground Data 1 and Data 2 20 Signal Ground Data 3 and Data 4 21 Signal Ground Data 5 and Data 6 22 Signal Ground Data 7 and Data 8 23 Signal Ground Busy and nFault 24 Signal Ground PError Select and nAck 25 Signal Ground nAutoFd nSelectIn and nInit Data signals can be read by some but not all host devices 152 CHAPTER 13 RCI Setting CONTENTS A 13 1 Overview A A AA ali AS eh BN EE ROD 154 13 2 REE Commands a AAA lacas 154 13 3 Liquid Crystal Display LCD Specifications 0 cece cece cece enn nen ene eens 155 153 CHAPTER 13 RCI Setting 13 1 Overview The remote cabinet interface RCI function turns on off the power of the expansion unit along with the main unit The RCI function also reports any error that occurring in an expansion un
141. re configuration as described in Table 7 2 Table 7 2 Power Supply Units Number of CPUs 1 2 3 5 6 7 8 FEP 2 3 FEP 2 PPU2 1 PPU3 2 3 PPU 2 PPU3 io 1 PPUS 1 PPU12 2 Note In the Table 7 2 above indicate additional power supply unit Rear of the M600R main cabinet AC input AC main line switch power supplies FEP and some connectors are located on the rear of the M600R main cabinet as shown in the Figure 7 4 UPS oo FERRI o RCI a o Y O 9 o 2 on ii i moonanicpnano a RS232C Port A Ol el omn ol eee o a a i ponon ma ODODE A DOU A EEEE e e cam RS232C Port B fal le e e Ha PClslot 1 A S i eo RR Por a Power Control o Ii 5 PClslot 3 e el eHOOOCOOOOOCoo s PClslot 4 Parallel AT Centronecs aE PClslot 5 slot 6 evvai BEE EEE PA pia 100BASE TX 5 Harara 2 O FREER He HH PCislot 8 ee TH PClslot 9 BORE HH PClslot 10 FOO e FE a DOCOMO OOOOOoo PCislot 11 poor H 9 Q 0000000000 PCIslot 12 PORDADOCODO Sol PIPA opo oop DOPINSIDINI M AC Power Input KO ki Ret BEE p y bdododo loncana A Raono o PERE PARRE o Riesce Jaion db nin mini o AC Main Line Switch LS
142. revent overheating Mounting of the unit in the rack should be such that a hazardous condition is not achieved due to uneven mechanical loading To keep stability of entire rack please fix the rack to wall or floor by suitable means Be careful about injury during installation of this unit into rack Do not install this unit into your rack where the unit may make the entire rack unstable Mass of this unit with maximum configuration 32 kg Tf the unit is supplied from Power Strip or Service Outlet of other units it may overload the Power Supply Cord of the Power Strip or other units Confirm that the current rating of Power Strip or Service Outlet exceeds the combined ratings of all equipment it is supplying Electrical ratings of this unit Rated 100 240Vac 3 0 1 5 A 50 60 Hz 1 phase Reliable earthing of rack mounted equipment should be maintained Particular attention should be given to supply connections other than direct connections to the branch circuit e q use of power strips 10 4 Installation IMPORTANT High Leakage Current may flow through Power Strip Earthing Conductor if all power supply cords of this unit are connected to one Power Strip Earth connection essential before connecting supply Table 10 3 Mounting Combination for Expansion Rack Rack Mount Units Mounting Portion Priority in the Rack Communication Swichable Unit Expansion File Unit Type 2 Upper Disk A
143. rned on If you do data in the disk drives may be destroyed IMPORTANT When turning on the main line switch under a state that the MODE switch is AUTO or SECURE the GP7000F may be powered up automatically just turn on the main line switch if APCS Auto Power Control System software is installed in your GP7000F system To avoid powering up just turning on the main line switch even if the softwares is installed in your GP7000F system turn on the main line switch under the state of the MODE switch is set to MANUAL position 11 CHAPTER 1 Product Outline 1 6 Installation of Basic Software Extension or Enhanced Support Facility To enable support of GP7000F specific functions software packages in the Basic Software Extension or Enhanced Support Facility are needed to install on the system Please refer to the user s guide and installation guide of the Basic Software Extension or Enhanced Support Facility for more information CAUTION Install Basic Software Extension or Enhanced Support Facility before operating the system Without this package incorrect operator panel operations or hardware errors may cause the system to shut down or destroy data 1 7 local mac address Property The network interface of the Ethernet 100BASE TX is assigned a unique MAC Media Access Control adress which represents the 48 bit ethernet address for the channel The OpenBoot R firmware reports this MAC address via the local mac address p
144. rning Calendar Initial The calendar information has been cleared for a moment due to battery replacement or discharge During power up phase the information may be restored to reset the calendar automatically SCF alarm LiBATT Reduced lithium battery output voltage detected 163 CHAPTER 14 Troubleshooting 164 Other Error Messages An abnormality of the system monitoring feature itself as well as abnormality of main cabinet are indicated by error messages on the LCD panel Table 14 7 Other Error Messages Message level Message content Description st line 2nd line SCF idling nnn min POWER nnn minutes passed after the power was turned on after restoring the power RCI Mainte Mode RCI mode has changed for maintenance T O Power on The power on sequence for peripheral units is continuing SCF warning Please Levelup Firmware upgrade processing is incomplete Re executing upgrade processing is required SCF alarm RCI Timeout Communication processor time out detected FMEM Protected Flush Memory is write protected Syshalt nnnnnnnn Halt on main cabinet detected SCF stop BUSerr nnnnnnnn Halt due to bus error Automatically reset If the message is still displayed however the system monitoring feature is down Error Message Abnormality is detected within the system monitoring mechanism If the message is still displayed however the system monitoring feature is
145. roperty in the device nodes corresponding to the network interfaces A system is not obligated to use this assigned MAC address if it has a system wide MAC address In such cases the system wide MAC address applies to all network interfaces on the system The device driver or any other adapter utility can use the network device s MAC address local mac address while configuring it In future Solaris releases you will be able to use the channel s MAC address when booting over the network The mac address property of the network device specifies the network device specifies the network address system wide or local mac address used for booting the system To start using the MAC address assigned to the network interface of the Ethernet 100BASE TX set the NVRAM configuration variable local mac address to true OK setenv local mac address true 12 CHAPTER 2 M200 Main Cabinet CONTENTS OVERVIEW tera AA aida nc 14 Device Configuration ti tad seda 15 Systemboardi nti ile rela MRR Eats 19 DIS ta 21 PEISIOHS ii dit 23 Installation o AA A ai 23 CHAPTER 2 M200 Main Cabinet 2 1 14 Overview Appearance CHECK LED amber POWER LED green Stabilizing Feet Figure 2 1 Front View of M200 Main Cabinet Key Features e Up to 2 processors e 16 DIMM slots Up to 4 gigabytes of memory e 64 bits wi
146. rpets generate static electricity easily and can cause this file unit to malfunction IMPORTANT If the above conditions are not satisfied this file unit may be damaged Be sure to follow above precautions 37 CHAPTER 3 M200R Main Cabinet Installation specifications Table 3 5 Installation Specifications of M200R 1 Item Specification Mass Up to 40kg approx 88 Ib Power condition Input voltage Single phase Single phase 100 to 120 VAC 200 to 240 VAC 10 10 Input frequency 50 60 Hz 2 to 4 Maximum consumption current 40A 2 0A Leakage current 1 for each cable 3 5 mA or less 3 5 mA or less Ground resistance 1000hm or less class C installation standard Temperature condition Operating 5 to 35 degrees Celsius 41 to 95 F 1 Not operating 0 to 50 degrees Celsius 32 to 122F Humidity condition Operating 20 to 80 RH no condensation Not operating 8 to 80 RH no condensation Vibrations condition Operating 0 2G Idle 0 4G Noise 50 db A 2 Installation Rack mount type 4pitches STE If the ambient temperature exceeds 35 degrees Celsius 95F during operation a warning message is displayed Take steps to rectify the problem immediately 2 The indicated noise is the mean value of the measurements obtained in an anechoic chamber with less echoic influence The actual noise measured at the installation site may be greater than the
147. rray Unit GP DxxxxU GP7000F Model 200R 400R Disk Array Unit GR700 720 Lower Outlet and or Outlet Type 2 GP7000F Model 600R Note Each rack mount unit should be mounted in the lowest available portion with the priority indicated in the Table 10 3 Notes on Installation e Do not install this file unit where it will be exposed to sunlight or sources of heat e Do not install this file unit in dusty places or places where it will be exposed to corrosive gas or sea breeze e Keep this file unit isolated from vibration Install this file unit on a level surface to prevent it from tilting e Do not run a cable under a unit or overextend a cable Do not disconnect the power cable while the power is on e Do not place anything on this file unit Do not use this file unit as a desk e To prevent condensation in this file unit do not raise the room temperature rapidly in the winter Use the cabinet only after sufficiently warming it e Do not install this cabinet near noisy devices such as a photocopier air conditioner or welder e Take electrostatic prevention measures Note that some carpets generate static electricity easily and can cause this file unit to malfunction IMPORTANT If the above conditions are not satisfied this file unit may be damaged Be sure to follow above precautions 119 CHAPTER 10 Expansion File Unit GP7B7FU1xx 120 Installation specifications Table 10 4 Ins
148. s e Additional interfaces such as 100BASE TX FDDI ATM can be provided by installing PCI cards Both short and long size PCI cards can be installed 1 1 The maximum length of the cards that can be installed in PCI slots 8 to 12 of the M600R Main cabinet is 19 4cm High performance Large capacity File Devices e Up to 22 7200rpm or 10000rpm UltraSCSI disk drives can be built in Note that the number of drives that can be installed depends on each model e The disk drives can be hot swappable e One CD ROM drive unit is provided as standard e One tape drive can be built in as optional Reliability Availability and Serviceability RAS features e Error Correction Code ECC is implemented for on chip cache external cache memory module and data paths The data for the I O data path PCD is protected by parity Table 1 1 Data Protection for Components and Interfaces Components and interfaces Data protection method Processor on chip amp external cache By ECC corrects 1 bit and detects 2 bit Memory By ECC corrects 1 bit and detects 2 bit Data path By ECC corrects 1 bit and detects 2 bit Address path By parity T O bus PCI By parity Processor operation Operation monitoring by an independent processor Built in basic SCSI LAN parallel By parity IP check sum Note The RS232C interface and a floppy disk on a standard configuration are not protected by parity e Power on diagno
149. s class C installation standard Temperature condition Operating 5 to 35 degrees Celsius 41 to 95 F 2 Not operating 0 to 50 degrees Celsius 32 to 122F Humidity condition Operating 20 to 80 RH no condensation Not operating 8 to 80 RH no condensation Vibrations condition Operating 0 2G Idle 0 4G Noise 55 db A 3 Installation Floor Stand type 4 The mass shows M600 main cabinet without Expansion File Units 2 If the ambient temperature exceeds 35 degrees Celsius 95 F during operation a warning message is output Take steps to rectify the problem immediately 3 The indicated noise is the mean value of the measurements obtained in an anechoic chamber with less echoic influence The actual noise measured at the installation site may be greater than the indication noise due to surrounding noise and echoes 6 6 Installation Table 6 6 Installation Specifications of M600 Main Cabinet 2 Item Specification External dimension unit mm Width 800 Depth 900 Height 1200 Front of the cabinet Side of the cabinet Service j j p A aaa area unit mm 800 Rear Service area 1000 Top of 900 the cabinet 800 800 Service area Drawer area Service area 800 1 Front Service area 800 1 Keep the drawer area so that the CPU shelf can be pulled out from the main cabinet during install
150. s 48V input and provide 12V or 5V or 3 3V to some internal components The power supplies must be configured according to the system hardware configuration as described in Table 5 2 Table 5 2 Power Supply Units Without an Expansion With an Expansion System Board System Board Standard Redundant Standard Redundant FEP 2 3 3 4 BE 5V 3 4 5 6 BE 3 5V 2 3 3 4 5 2 Device Configuration Rear of the M400R main cabinet AC input power supplies FEP and some connectors are located on the rear of the M400R main cabinet as shown in the Figure 5 3 100BASE TX PCI slot 0 e o o vee o lo i q A A Expansion System Board FEP 2 ca ml a option O GE FEP 3 option IT SCSI 2 al Differential gt 39 o Jo o e e o lc A il TI e 5 2 2 1 FEP O FEP 1 UPS a RS232C portB ile RS232C portA Hult g Parallel SCSI RCI Power
151. s the rear panel of Expansion File Unit Type 2 SCSI OUT SCSI IN Expansion File Unit Board or Expansion Tape Board Standard SCSI OUT RCI port SCSI IN Service Pin Figure 9 4 Rear View of Expansion File Unit Type 2 9 3 Hot System Replacement The Expansion File Unit Type 2 is not powerd on off by only the main line switch but it linked to power on off of the GP7000F main cabinet Note that this file unit does not power on if the main line switch is OFF even if the GP7000F main cabinet is powered on Keep the main line switch set to ON for regular use Be sure to set the RCI configuration which is detailed in Chapter13 must be set properly when installing an Expansion File Unit Type 2 The cabinet has 2 pair of SCSI IN OUT connectors on it When the cabinet is configured without expansion optional drive bays a SCSI cable must be connected to the standard SCSI IN connector Be sure to install an UltraSCSI differential terminator plug to the SCSI OUT connector Do not set the AC main line switch to OFF nor disconnect the CAUTION power cable or RCI cable while the GP7000F main cabinet is powered on unless absolutely necessary Otherwise the data in the disk units may be destroyed 9 3 Hot System Replacement Disk unit Power The SCA II connector is used as the disk unit connector to enable hot system replacement of a faulty disk unit The availability is improved by combining this
152. sk unit Power The SCA II connector is used as the disk unit connector to enable hot system replacement of a faulty disk unit The availability is improved by combining this feature with the disk mirroring feature Two LEDs ACTIVE and FAULT are installed per disk unit to indicate the disk unit status These LEDs operate as described below Table 8 2 LEDs Name Color Status ACTIVE LED Green Lights up when the SCSI commands are executed FAULT LED Amber Lights up when the hot replacement command is executed To hot swap a disk unit you need to use the software tool which is provided in Basic Software Extension or Enhanced Support Facility Please refer to user s guide of Basic Software Extension or Enhanced Support Facility for more information The FAULT LED lights up according to the procedures described in the user s guide to identify the failed disk unit If the FAULT LED does not light up even if you follows the procedures described in the user s manual hot swapping is not possible In this case power off the entire system then replace the disk unit When adding a new disk unit while the system is running use the software tool as well When the power supply units are configured redundantly it can be hot swapped Each power supply unit has a POWER LED on it and it lights steadily while the corresponding power supply is working When the POWER LED doesn t light it indicates that the powe
153. stallation site may be greater than the indication noise due to surrounding noise and echoes 103 CHAPTER 8 Expansion Disk Cabinet Table 8 4 Installation Specifications of Expansion Disk Cabinet 2 Item Specification External dimension unit mm Width 230 Depth 630 Height 700 352 1 i i 677 Front View Side View Service 1 SARIN EE unit mm 230 Service area 800 2 800 3 800 3 Es of Service area the unit Service area 630 Front Service area 800 1 The unit width including the Stabilizing Feet is 352 mm 13 8 inch 2 For the rear space if 800 mm 31 5 inch or more space is available by moving the cabinet when repair the cabinet or provide any services for it 200 mm 7 8 inch is sufficient for regular usual 3 For the side space if 800 mm 31 5 inch or more space is available by moving the cabinet when repair the cabinet or provide any services for it the service area as described above Table is not necessary for regular usual 104 9 CHAPTER 9 Expansion File Unit Type 2 GP7B7FLxx CONTENTS A 91 Product Outlines sani A MO Rea EE GEE Bae a 106 9 2 Device Configuration ii A i da 107 9 3 Hot System Replacemen ti Sio Aa VIa 109 9 4 Estalla A Liar biz 110 105 CHAPTER 9 Expansion File Unit Type 2 GP7B7FLxx 9 1 Product Outline Key Features 2 separate 40MB s differentia
154. stics are executed on the system components such as processors memory modules and so on during initial power on or reset of the system e Automatic System Reconfiguration ASR isolates faulty hardware components immediately after detecting it The ASR function isolates not only faulty components detected during initial power on but also those detected while the system is running However the ASR function cannot restart the system if errors are detected in the resources required for booting up the system or in the basic components of the system CHAPTER 1 Product Outline e A SCF System Control Facility which has an integrated service processor monitors the operation of SPARC64 GP processors and reports erroneous events such as environmental monitoring explained below With a GUI based intelligent monitoring and reporting tool which is provided in Basic Software Extension or Enhanced Support Facility administration and management of GP7000F is easy and less time consuming The SCF monitors environmental temperature powering and cooling conditions This function prevents the system from environmental condition that can cause error or damages to the system Monitoring Environmental Temperature The guaranteed operating temperature of the system ranges from 5 to 35 degrees Celsius 41 to 95 degrees Fahrenheit A warning message is displayed at about 35 degrees Celsius 95 degrees Fahrenheit If the temperature reac
155. system administrator 140 11 7 QIC Tape Unit Tape cartridge information This tape drive uses DC 9250 or equivalent 1 4 inch tape cartridges which have maximum storage capacity of 2 5 Gbytes The cartridges do not require preformatting Table 11 6 QIC Tape Cartridge Capacity Format Length Capacity QIC 2GB 356 m 1200 ft 2 5 Gbytes QIC 1000 232 m 760 ft 1 0 Gbytes QIC 525 311 m 1020 ft 525 Mbytes QIC 150 183 m 600 ft 150 Mbytes QIC 120 183 m 600 ft 125 Mbytes QIC 24 183 m 600 ft Read only Inserting the data cartridge 1 Check that the load LED is off then press the eject button If the load LED is on a data cartridge is already inserted 2 Insert the data cartridge slowly Note that the cartridge is not fully inserted at this time 3 Close the door The data cartridge is fully inserted deeper and the load LED light up Removing the data cartridge Remove the data cartridge from the QIC tape cartridge unit according to the following procedure 1 Check that the QIC tape cartridge unit is not operating then press the eject button to open the door Part of the inserted data cartridge is ejected before stopping 2 Remove the data cartridge manually Notes on handling When handling data cartridges note the following items e When reading data the data cartridge should be write protected e When a data cartridge is not to be used store it outside the QIC tape cartridge unit
156. t the ok prompt Results of initial diagnosis The following commands are available at the ok prompt to show results of the initial diagnostic Also the diagnostic results can be referred to by using the prt diag 1M command while the operating system is running For details of the LCD display messages refer to Section 14 4 Table 14 1 The show post results Command show post Display results of the POST diagnostics for UPA frequency results UPA modules PCI slots memory on board IO etc If the operating system can t boot up while the power on diagnostic has passed without any errors check the system s boot device The following commands are available at the ok prompt in order to identify SCSI bus and SCSI devices attached 158 14 3 Initial Diagnosis Sequence 14 3 Initial Diagnosis Sequence LCD display Sequence The LCD display sequence is shown in the Figure 14 1 There are many patterns in the second line But the following example shows only some of them SCF initial I O Power on Y 7 diagnostic alarm POST Executing _ POST ERR 4H 444HH error code test_name component diagnostic stop _ POST ERROR STOP Y OBP stop OBP Initializing gt OBP STOP Just a moment check error logs ex Probing Memory ex Check error logs Probing CPU RED state trap Probing PCI Reset swich Scrubbing M
157. ta path cards The specifications for the PCI slots are described in the Table 4 3 added to the M400R main cabinet Table 4 3 PCI Slot Specifications PCI slot PCI Bus Slot width card PCI clock Card input voltage width bits MHz 00 6 D 64 32 64 33 5 V or universal 5 D 64 32 64 33 5 V or universal 4 D 64 32 64 33 5 V or universal 3 C 64 32 64 33 5 V or universal 2 B 64 32 64 33 66 3 3 V or universal 1 A 64 32 64 33 66 3 3 V or universal 01 6 H 64 32 64 33 5 V or universal 5 H 64 32 64 33 5 V or universal 4 H 64 32 64 33 5 V or universal 3 G 64 32 64 33 5 V or universal 2 F 64 32 64 33 66 3 3 V or universal 1 E 64 32 64 33 66 3 3 V or universal Note When you use 7 PCI slots or more optional PCI Extension System Board must be 49 CHAPTER 4 M400A Main Cabinet 4 6 50 Installation Notes on installation Do not block the ventilation slits Do not install the M400A main cabinet where it will be exposed to sunlight or sources of heat Do not install the M400A main cabinet in dusty places or places where it will be exposed to corrosive gas or sea breeze Keep the M400A main cabinet isolated from vibration Install the M400A main cabinet on a level surface so that it does not tilt Make sure that the AC power supply source is grounded properly Otherwise the M400A main cabinet may malfunction Do not run a cable
158. tallation Specifications of Expansion File Unit Item Specification Mass Up to 32kg approx 70 1b Power condition Input voltage Single phase Single phase 100 to 120 VAC 200 to 240 VAC 10 10 Input frequency 50 60 Hz 2 to 4 Maximum consumption current 3 0A 1 5A Leakage current 1 for each cable 1 2 mA or less 2 7 mA or less Ground resistance 1000hm or less class C installation standard Temperature condition Operating 5 to 35 degrees Celsius 41 to 95 E 1 Not operating 0 to 50 degrees Celsius 32 to 122F Humidity condition Operating 20 to 80 RH no condensation Not operating 8 to 80 RH no condensation Vibrations condition Operating 0 2G Idle 0 4G Noise 50 db A 2 Installation Rack mount type 4 pitches STE If the ambient temperature exceeds 35 degrees Celsius 95F during operation a warning message is displayed Take steps to rectify the problem immediately 2 The indicated noise is the mean value of the measurements obtained in an anechoic chamber with less echoic influence The actual noise measured at the installation site may be greater than the indication noise due to surrounding noise and echoes Il CHAPTER 11 Input Output Units 11 1 11 2 11 3 11 4 11 5 11 6 11 7 CONTENTS A Disk US e e de o a TA 122 Floppy Disk Units tale AAA dai 123 CD ROM Unit A La AA n 126 Tape UT PI A A nio 128 DAP UNE 1d a e
159. ternal rack ambient from exceeding the Max Operating ambient temperature of this unit Maximum operating ambient temperature of this unit 35 deg C Installation of the unit in a rack should be such that the amount of air flow required for safe operation of the unit is not compromised This unit has ventilation openings at front and rear face of the unit Do not cover or close these ventilation openings to prevent overheating Mounting of the unit in the rack should be such that a hazardous condition is not achieved due to uneven mechanical loading To keep stability of entire rack please fix the rack to wall or floor by suitable means Be careful about injury during installation of this unit into rack Do not install this unit into your rack where the unit may make the entire rack unstable Mass of this unit with maximum configuration 100 kg Tf the unit is supplied from Power Strip or Service Outlet of other units it may overload the Power Supply Cord of the Power Strip or other units Confirm that the current rating of Power Strip or Service Outlet exceeds the combined ratings of all equipment it is supplying Electrical ratings of this unit Rated 100 240Vac 13 4 6 6 A 50 60 Hz 1 phase Reliable earthing of rack mounted equipment should be maintained Particular attention should be given to supply connections other than direct connections to the branch circuit e q use of power strips
160. ther How to use a Cleaning Cartridge To clean the magnetic head insert the cleaning cartridge the same way as the data cartridge Head cleaning is completed automatically within about three minutes then the cleaning cartridge is ejected Do not use any other method than described in this section IMPORTANT Use only Exabyte Premium Cleaning Cartridge or equivalents Never use any other cleaning methods 11 6 8 mm Tape Unit Appearance of the Cleaning Cartridge Figure 11 12 shows the appearance of the cleaning cartridge Check sheet The dimensions are the same as those of the data cartridge Figure 11 12 Cleaning Cartridge of The 8 mm Tape Unit Replacing the cleaning cartridge Figure 11 13 Cleaning Cartridge of The 8 mm Tape Unit The tape in the cleaning cartridge is wound onto the right reel from the left reel as shown in the figure above each time the magnetic head is cleaned The used portion of the tape is not rewound When the entire length of the cleaning tape on the left reel is used up the cleaning cassette can no longer be used Replace the cleaning cartridge with a new cartridge when there is no more tape on the left reel Use either another Fujitsu labeled cleaning cartridge or an Exabyte Premium Cleaning Cartridge IMPORTANT When handling the cleaning cartridge note the following items e Use the cleaning cartridge in the operating environment of the 8 mm tape unit e Do not allow c
161. ture 24 degree Celsius 75 2 E Tf the ambient temperature or humidity changes rapidly allow the data cartridge to adjust to the new environment before inserting it in the 8 mm tape unit Do not subject the data cartridge to strong shock Do not open the data cartridge Do not place the data cartridge near a magnet or device generating a strong electromagnetic field Apply the index label to the specified location The data cartridge tape has a limited service life Replace the data cartridge after using it 50 times reference The tape may wear out prematurely depending on the environment where it is used Be sure to store data cartridges in the dedicated case Cleaning the magnetic head By using the 8 mm tape unit for a long time the built in magnetic head is stained by dust or magnetic powder from the tapes If the magnetic head is left stained it may damage the tape used Dust or magnetic powder on a tape may cause errors or result in data destruction Use the cleaning cartridge to periodically clean the magnetic head Head cleaning cycle Clean the magnetic head in the following cases 8 mm tape motions of 30 hours or longer since the last head cleaning One month has passed since the last cleaning A tape or hardware error occurs Stains on the magnetic head may cause a hardware error LEDs or console message indicates to need the head cleaning Both warning and ready LEDs on the 8 mm tape unit blink toge
162. under a unit or allow a cable to become taut Do not disconnect the power cable when the power is on Do not place anything on the M400A main cabinet Do not use the cabinet of the M400A main cabinet as a work space In winter to prevent condensation in the M400A main cabinet do not raise the ambient temperature rapidly Use the M400A main cabinet only after it has warmed up sufficiently Do not install the M400A main cabinet near a noise generating device such as a photocopier air conditioner or welder Take electrostatic prevention measures Note that some carpets generates static electricity easily and can cause the M400A main cabinet to malfunction When moving the M400A main cabinet do not pull on the front cover Otherwise the main cabinet may be damaged IMPORTANT If the above conditions are not satisfied the M400A main cabinet may be damaged Be sure to follow these precautions Installation specifications Table 4 4 Installation Specifications of M400A Main Cabinet 1 4 6 Installation Item Specification Mass Up to 175kg approx 385 lb Power condition Input voltage Single phase Single phase 100 to 120 VAC 200 to 240 VAC 10 10 Input frequency 50 60 Hz 2 to 4 Maximum consumption current 13 5A 6 75A Leakage current 1 for each cable 3 5 mA or less 3 5 mA or less Ground resistance 1000hm or less class C installation standard Temperature condition
163. upply and disk drive units of the above components are available as options Front view of the M400R main cabinet DAT Unit 8mm Tape Unit QIC Tape Unit Operator Panel Front Cover CD ROM Unit Floppy Disk Unit Figure 5 2 Open View of M400R Main Cabinet Panel cover The panel cover can be opened from its right side after unlocking it Then you can access switches on the operator panel CD ROM unit Floppy drive unit tape unit and so on 55 CHAPTER 5 M400R Main Cabinet 56 Fans The Table 5 1 lists the fans installed in the M400R main cabinet Table 5 1 Fans Name Tray Location Fan 0 Tray 04 Right front view of the cabinet Fan 1 Fan 3 Tray 01 Center front view of the cabinet Fan 4 Tray 02 Left front view of the cabinet Fan 5 Fan 10 Tray 05 Bottom rear view of the cabinet Fan 11 Fan 12 Tray 06 Upper rear view of the cabinet Fan 13 Fan 14 Tray 07 Above the processer module Fan 15 Fan 16 Tray 08 Side the PCI slot Fan 17 Fan 18 Tray 09 Above the processer module System expansion unit Fan 19 Fan 20 Tray 10 Side the PCI slot System expansion unit Fan 21 Power supplies The M400R main cabinet has 2 kinds of power supply units as well as DDC DC DC Converter FEP Front End Bulk Power unit has AC input and provide 48V to BE BE Back End Power ha
164. uration e SCSI BP boards e Interface board e Hot swappable disk drives Disk configuration Opening the unit s front cover Figure 9 2 and Figure 9 3 shows the drive bays Figure 9 2 Shows a Basic SCSI Unit and an File Unit Expansion Kit bay configuration Figure 9 3 shows a Basic SCSI unit SCSI bays 1 5 and an Tape Unit Bay Kit tape bays 1 and 2 bay configuration The Basic SCSI Unit SCSI bays 1 5 and the File Unit Expansion Kit bays 1 5 or the Tape Unit Bay Kit tape bays 1 and 2 can be connected to the main processing unit by separate SCSI busses Up to 10 UltraSCSI disk units 5 UltraSCSI disk units is the standard can be accommodated by installing an File Unit Expansion Kit to this unit Or by installing an Tape Unit Bay Kit a maximum of any two 8 mm DAT or QIC tape unit can be added Each interface board has a POWER LED If a FAULT LED and an ACTIVE LED of a disk bay that has a disk drive doesn t light up check the POWER LED on the interface board in the cage if it is light up or not A failed unit can be isolated by checking this POWER LED a ACTIVE LED a FAULT LED and a POWER LED on the power supply unit ACTIVE LED Green Basic SCSI Unit e PAVER LED Amber File Unit Expansion Kit L l Oh ONO ONO SI M 1 2 3 4 5 1 2 3 4 5
165. ure occurs in the expansion power supply the power cannot be supplied to the Disk Expansion Unit In this case the POWER LED on the disk expansion cage turns off If an error occurs in the disk unit installed in the Disk Expansion Unit because the power is not supplied the expansion power supply may be at failed Check the POWER LED on the expansion disk cage Stabilizing feet The stabilizing feet prevent the M200 main cabinet from falling over when it is pushed from its side or if there is an earthquake When installing the M200 main cabinet be sure to install the stabilizing feet Rear of the M200 main cabinet AC input AC main line switch power supply FEP and some connectors are located on the rear panel of the M200 main cabinet as shown in the Figure 2 3 17 CHAPTER 2 M200 Main Cabinet RCI UPS PC 100BASE TX Keyboard RS232C Port A RS232C Port B Parallel AT Centrenics 18 000000 00000000 0000000000 Figure 2 3 AC Main Line Switch AC Power Input PCI slot 6 PCI slot 5 PCI slot 4 PCI slot 3 PCI slot 2 PCI slot 1 Rear View of M200 Main Cabinet 2 3 Systemboard 2 3 Systemboard Systemboard layout CPU module slots memory module slots and PCI slots are located on the Systemboard as described in Figure 2 4 SCF BOARD ONLY Slot 6 Slot 5 Slot
166. utions 111 CHAPTER 9 Expansion File Unit Type 2 GP7B7FLxx 112 Installation specifications Table 9 4 Installation Specifications of Expansion File Unit Type 2 Item Specification Mass Up to 30kg approx 70 1b Power condition Input voltage Single phase Single phase 100 to 120 VAC 200 to 240 VAC 10 10 Input frequency 50 60 Hz 2 to 4 Maximum consumption current 3 0A 1 5A Leakage current 1 for each cable 1 2 mA or less 2 7 mA or less Ground resistance 1000hm or less class C installation standard Temperature condition Operating 5 to 35 degrees Celsius 41 to 95 E 1 Not operating 0 to 50 degrees Celsius 32 to 122F Humidity condition Operating 20 to 80 RH no condensation Not operating 8 to 80 RH no condensation Vibrations condition Operating 0 2G Idle 0 4G Noise 50 db A 2 Installation Rack mount type 3 pitches STE If the ambient temperature exceeds 35 degrees Celsius 95F during operation a warning message is displayed Take steps to rectify the problem immediately 2 The indicated noise is the mean value of the measurements obtained in an anechoic chamber with less echoic influence The actual noise measured at the installation site may be greater than the indication noise due to surrounding noise and echoes 10 CHAPTER 10 Expansion File Unit GP7B7FU1xx 10 1 10 2 10 3 10 4 CONTENTS ProductOutlm
167. value to fw option variable at the ok prompt with the procedures as below Then running the system on SECURE mode which you can set on the operator panel To display current setting type print fw options command as below Below shows default setting and no default value means that the break command and STOP A command are enabled ok print fw options fw options To disable break command and keyboard STOP A command type as below ok set fw options no break fw options no break To make sure the settings type print fw options command and check the no break value is set as below ok print fw options fw options no break To enable the break command and STOP A command use the following command at the ok prompt Note that the commands are enabled as the default of the GP7000F To display currrent setting type print fw options command as below The no break value means the break command and keyboard STOP A command are disabled ok print fw options fw options no break To enable break command and keyboard STOP A command type as below ok clear fw options no break fw options To make sure the setting type print fw options command and check the no value is set as below ok print fw options fw options If used improper commands at the ok prompt the GP7000F Z CAUTION may be destroyed If you need to used any other commands except shown on this manual you should well understand the function and usage of the comm
168. ystemboard Layout of M400A 46 4 3 Systemboard Processor Configuration Up to 4 CPU can be installed in the M400A main cabinet When installing the processor modules the following conditions must be satisfied e The installed processor modules must be the same type including the cache size e Install a processor module in slot 0 before installing one in slot 1 e When installing a processor module install DC DC converters alog with the processor in the corresponding slot IMPORTANT If any of the above conditions is not satisfied the operation is not guaranteed Memory configuration Using the Expansion System Board s option the M400A has 32 memory slots allowing for as much as 8 gigabytes of main memory When installing the memory modules the following conditions must be satisfied e When installing the first set of DIMM install a set of 4 modules of same size in slots 0 1 2 and 3 e At subsequent memory expansions install a set of 4 modules of the same size in slots 4 5 6 7 and 8 9 10 11 then 12 13 14 15 e The same memory installation rules described above apply when using the Expansion System Board IMPORTANT If any of the above conditions is not satisfied when installing the DIMMs some DIMMs are degraded in the power on diagnostics When expanding the memory modules check that the DIMMSs are installed correctly Memory ECC feature The SDRAM DRAM is used as the memory chip The s

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