ia64 rx2600/rx5670 operation and installation. system configuration-rx2600 - overview
TRANSCRIPT
IA64 rx2600/rx5670Operation and
Installation
System Configuration-rx2600
- Overview
System Configuration-rx2600
System Configuration-rx2600
- CPU ConfigurationThe HP Server rx2600 is a symmetrical multiprocessing (SMP) server supporting Up to two
high-performance 64bit Itanium2 processor. Processor speeds cannot be mixed with the same system.
- Processor Details 900-MHz or 1GHz frequencies Level 3 Cache: 1.5MB(900MHz) or 3MB(1GHz) Level 2 Cache: 256KB Level 1 Cache: 32KB Single-bit cache error correction 50-bit physical addressing 64-bit virtual addressing 4GB maximum page size
System Configuration-rx2600
- Memory ConfigurationThe HP server rx2600 supports DDR (double data rate) SyncDRAM (synchronous dynamic random accessMemory) DIMMs with ECC and chip spare protection. The HP Server rx2600 has twelve DIMM slots, allowinga maximum of 12GB of total system memory.
- Memory Loading Rules and Performance Guidelines Memory must be installed in groups of four DIMMs, also known as quads Each quad must consist of equal density DIMMs Memory can be ordered in quads of 1GB(4x256 MB), 2GB(4x512 MB), or 4GB(4x1 GB) Minimum memory is 1 GB(4x256 MB) Maximum memory is 12 GB Memory must be loaded in the specific order outlined on the system board Each quad of memory is loaded across both memory buses (two DIMMs on each bus) to ensure maximum bandwidth and performance Total memory bandwidth is 8.5 GB/s, split across two 4.25 GB/s memory buses Open page memory latency is 80 nanoseconds
System Configuration-rx2600
- I/O ArchitectureThe HP Server rx5670 I/O architecture utilizes industry standard PCI-X and PCI buses in a unique design forMaximum performance, scalability.
System Configuration-rx2600
- Integrated Multi-function Core I/O
System Configuration-rx2600
- Core I/O 10/100/1000Base-T LAN with RJ-45 connector-Support LAN boot for operating system
installation 10/100Base-T LAN with RJ-45 connector and wake—on LAN capabilities Ultra160 SCSI port Four USB 2.0 style A ports (USB 1.1 compatible) Two general purpose serial ports (Serial A and Serial B) VGA graphics
- Management Processor Functionality Dedicated 10/100Base-T LAN port for LAN console and embedded web console access DB-25 serial port-multiplexed (using W cable) into three RS-232 ports: local ASCII console,
remote/modem console, and general purpose Password protected console ports Console mirroring between all local, modem, LAN, and web console Remote power up and power down control Configurable remote access control Event notification to system console-Provides connectivity, information, and support for
HP-UX tools (such as STM and EMS) to notify by email, pager and/or HP response centers Interface to system monitoring and diagnostic hardware via an internal IC bus Secure Sockets Layer security an web console
System Configuration-rx2600
- System Console configuration SSL-secured Web console accessible through the 10/100Base-T management LAN Standard telnet connections accessible the 10/100Base-T management LAN Local VT100 or hpterm terminal, or VT100 or hpterm emulator via local RS-232 serial connection Remote VT100 or hpterm terminal, or VT100 or hpterm emulator via external modem VGA graphics console-supported on Windows, Linux, and HP-UX
- Internal Disk and Media Drives The HP Server rx2600 supports up to three internal low profile hot-plug disk drive. A dual channel U160 SCSI channel provides independent channels for the internal disks-two disks on one channel an on disk on a second channel. Split SCSI channels provide enhanced high availability-one channel can fail without impacting the disks on the other channel. Supported by MirrorDisk/UX across disk drives and independent channels. The NetRaid 2M U160 SCSI card (P3475B) is available for hardware RAID under the Windows and Linux Operatin sysems. Currently, the hp factory does not load the operating system in a RAID configuration. Customers should order internal RAID cables (A7071A) and re-load their operating system if internal RAID is desired 36GB 10K, 36GB 15K and 73GB 10K disks are supported Optional optical media drives includes a DVD-ROM (A6985A) and CD-RW/DVD-ROM combo drive (A6986A). The CD
-RW/DVD-ROM combo drive is not supported in windows at the time. Windows support may be Available in the future as 64-bit drivers become available.
System Configuration-rx5670
- Overview
System Configuration-rx5670
System Configuration-rx5670
- CPU ConfigurationThe HP Server rx5670 is a symmetrical multiprocessing (SMP) server supporting Up to four
high-performance 64bit Itanium2 processor.
- Processor Details 900-MHz or 1GHz frequencies Level 3 Cache: 1.5MB(900MHz) or 3MB(1GHz) Level 2 Cache: 256KB Level 1 Cache: 32KB Single-bit cache error correction 50-bit physical addressing 64-bit virtual addressing 4GB maximum page size
System Configuration-rx5670
- CPU Configuration Rules
CPUs can be installed one at a time CPUs must be installed in the following sequence: 0, 1, 2, 3 900-MHz and 1000-MHz CPUs cannot be mixed in the same system
System Configuration-rx5670
- Memory ConfigurationThe HP Server rx5670 supports DDR (double data rate) SyncDRAM (synchronous dynamic random accessmemory) DIMMs with ECC and chip spare protection. The HP Server rx5670 supports up to two 24 DIMMmemory carrier boards, for a maximum of 48 DIMMs. Each memory carrier board connects to the memorycontroller via a 6.4-GB/s memory bus. Peak memory bandwidth across both buses and both carrier boards is12.8-GB/s.
Memory Loading Rules and Performance Guidelines Memory must be installed in groups of four DIMMs, also known as quads Each quad must consist of equal density DIMMs Memory can be ordered in quads of 1G (4x256MB), 2G (4x512MB), or 4GB (4x1GB) Minimum memory is 1GB (4x256MB) Maximum memory is 48G, using twelve 4GB memory quads in both memory carrier boards Memory must be loaded in order depicted on the memory carrier board Arrange DIMMs so that quads with the largest capacity are in the lowest numbered slot Each memory carrier board has its own 6.4-GB/s bus. Configuration both memory carrier boards to maximize bandwidth and performance If both memory carrier boards are used, load memory equally across the carriers-alternate loading of DIMMs, in groups of four, between the two carriers
System Configuration-rx5670
- I/O ArchitectureThe HP Server rx5670 I/O architecture utilizes industry standard PCI-X and PCI buses in a unique design forMaximum performance, scalability.
System Configuration-rx5670
- Integrated Multifunction Core I/O 10/100/1000Base-T LAN with RJ-45 connector-Support LAN boot for operating system installation. External LVD Ultra160 SCSI (160MB/s) port (Ultra160 is backward-compatible with LVD Ultra2 and
with SE-SCSI)-Order the appropriate cable to connect to external peripherals, examples: VH to HD
cable Two internal SCSI controller with dual Ultra160 SCSI (160MB/s) channels. One channel per
internal disk Pair and one channel for the removable media bay.
- Integrated Management Processor Functionality Dedicated 10/100Base-T LAN port for LAN console and embedded web console access DB-25 serial port-multiplexed (using W cable) into three RS-232 ports: local ASCII console,
remote/modem console, and general purpose Password protected console ports Console mirroring between all local, modem, LAN, and web console Remote power up and power down control Configurable remote access control Event notification to system console-Provides connectivity, information, and support for HP-UX
tools (such as STM and EMS) to notify by email, pager and/or HP response centers Interface to system monitoring and diagnostic hardware via an internal IC bus Secure Sockets Layer security an web console
System Configuration-rx5670
Internal Disk Drives The HP Server rx5670 support up to four internal low-profile or half-height hot-plug disk drives Two Ultra160 SCSI controllers provide each disk drive pair with an independent SCSI channel Supported by MirrorDisk/UX across both disk drives an controllers Supports NetRAID 2M U160 SCSI RAID with Windows and Linux operating system. Order 0D1 option to Have internal disks cabled to the NetRAID 2M in RAID 1 configuration 36GB(10K and 15K) and 73GB 10K disks are supported
System Console Configurations SSL-secured Web console accessible through the 10/100Base-T management LAN Standard telnet connections accessible the 10/100Base-T management LAN Local VT100 or hpterm terminal, or VT100 or hpterm emulator via local RS-232 serial connection Remote VT100 or hpterm terminal, or VT100 or hpterm emulator via external modem VGA graphics console using the A6869A graphics card-supported on Windows, Linux, and HP-UX
EFI (Extensible Firmware Interface)
- EFI Commands -Shell> help
List classes of commands:
boot -- Booting options and disk-related commandsconfiguration -- Changing and retrieving system informationdevice -- Getting device, driver and handle informationmemory -- Memory related commandsshell -- Basic shell navigation and customizationscripts -- EFI shell-script commands
Use 'help <class>' for a list of commands in that classUse 'help <command>' for full documentation of a commandUse 'help -a' to display list of all commands
Undocumented Commands:
sysmode -- Set/View Access-Modesysset -- Set/View the stable-storage-values
Shell> help bootBoot and disk commands:
autoboot -- View or set autoboot timeout variablebcfg -- Displays/modifies the driver/boot configurationboottest -- Set/View BootTest bitsdblk -- Displays the contents of blocks from a block devicelanboot -- Performs boot over lan from EFI Shellmount -- Mounts a file system on a block devicereset -- Resets the systemvol -- Displays volume information of the file system
EFI (Extensible Firmware Interface)
- EFI Commands -Shell> help configuration
Configuration commands:
cpuconfig -- Deconfigure or reconfigure cpusdate -- Displays the current date or sets the date in the systemerr -- Displays or changes the error levelesiproc -- Make an ESI callerrdump -- View/Clear logsinfo -- Display hardware informationmonarch -- View or set the monarch processorpalproc -- Make a PAL callsalproc -- Make a SAL calltime -- Displays the current time or sets the time of the system
ver --Display the version information
EFI (Extensible Firmware Interface)
- EFI Commands -Shell> help device
Device, driver and handle commands:
baud -- Set Serial port com settingsconnect -- Binds an EFI driver to a device and starts the driverdevices -- Displays the list of devices being managed by EFI driversdevtree -- Displays the tree of devices that follow the EFI Driver Modeldisconnect -- Disconnects one or more drivers from a devicedh -- Displays the handles in the EFI environmentdrivers -- Displays the list of drivers that follow the EFI Driver Modeldrvcfg -- Invokes the Driver Configuration Protocoldrvdiag -- Invokes the Driver Diagnostics Protocolguid -- Displays all the GUIDs in the EFI environmentlanaddress -- Display core I/O MAC addressload -- Loads and optionally connected EFI driversloadpcirom -- Loads a PCI Option ROMmap -- Displays or defines mappingsopeninfo -- Displays the protocols on a handle and the agentsoptload -- Lists all optional ROM-based efi drivers and applicationspci -- Displays PCI devices or PCI function configuration spacereconnect -- Reconnects one or more drivers from a device
unload -- Unloads a protocol image
EFI (Extensible Firmware Interface)
- EFI Commands -Shell> help memory
Memory commands:
default -- Sets, Resets, or Clears default NVM valuesdmpstore -- Displays all NVRAM variablesdmem -- Displays the contents of memorymemmap -- Displays the memory mapmm -- Displays or modifies MEM/IO/PCI
pdt --View or set pdt
Shell> help scriptsShell script commands/programming constructs:
echo -- Displays messages or turns command echoing on or offfor/endfor -- Executes commands for each item in a set of itemsgoto -- Makes batch file execution jump to another locationif/endif -- Executes commands in specified conditionspause -- Prints a message and suspends for keyboard inputstall -- Stalls the processor for some microseconds
EFI (Extensible Firmware Interface)
- EFI Commands -Shell> help shell
Shell navigation and other commands:
alias -- Displays, creates, or deletes aliases in the EFI shellattrib -- Displays or changes the attributes of files or directoriescd -- Displays or changes the current directorycls -- Clears the standard output with an optional background colorcomp -- Compares the contents of two filescp -- Copies one or more files/directories to another locationedit -- Edits an ASCII or UNICODE file in full screeneficompress -- Compress a fileefidecompress -- Compress a fileexit -- Exits the EFI Shellhelp -- Displays help menus, command list, or verbose help of a commandhexedit -- Edits with hex mode in full screenls -- Displays a list of files and subdirectories in a directorymkdir -- Creates one or more directoriesmode -- Displays or changes the mode of the console output devicemv -- Moves one or more files/directories to destinationrm -- Deletes one or more files or directoriesset -- Displays, creates, changes or deletes EFI environment variablessetsize -- Sets the size of the filetouch -- Updates time with current timetype -- Displays the contents of a filexchar -- Turn on/off extended character features
Boot Option Maintenance Menu- Add a boot option on IA64 -
- “Boot option maintenance menu” 선택한다 .
Boot Option Maintenance Menu- Add a boot option on IA64 -
- “Add a Boot Option” 선택한다 .
Boot Option Maintenance Menu- Add a boot option on IA64 -
- Boot option 을 추가하기 위해 IA64_EFI(HP-UX) 또는 NO VOLUME LABEL (Windows or Linux) 을 선택한다 .
Boot Option Maintenance Menu- Add a boot option on IA64 -
- EFI Directory file 을 선택한다 .( 예 , HP-UX: HPUX.EFI, Windows: ia64ldr.efi, Linux: elilo.efi)
Boot Option Maintenance Menu- Add a boot option on IA64 -
- 새로운 boot option 에 Description 을 추가한다 .
Boot Option Maintenance Menu- Add a boot option on IA64 -
- 새로운 BootOption Data Type 을 선택한다 . (default: U-Unicode)
Boot Option Maintenance Menu- Add a boot option on IA64 -
- NVRAM 에 저장한다 .
Boot Option Maintenance Menu
- Change Boot order -- EFI Boot Manager 에서 “ Change Boot Order” 를 선택한다 .
Boot Option Maintenance Menu
- Change Boot order -- Boot 순서를 바꿀 menu 를 선택하고 u key (move up) 또는 d key (move down) 누르면 Boot 순서가
바뀐다 .
Boot Option Maintenance Menu
- Change Boot order -- NVRAM 에 저장한다 .
Boot Option Maintenance Menu
- Delete a boot option -- “Delete Boot Option” 선택한다 .
Boot Option Maintenance Menu
- Delete a boot option -- 삭제할 Boot Option 을 선택하고 삭제 .
Boot Option Maintenance Menu
- Delete a boot option -- NVRAM 에 저장한다 .
Boot Option Maintenance Menu- Configuring graphics as console
device -- “Boot option maintenance menu” 선택한다 .
Boot Option Maintenance Menu- Configuring graphics as console
device -- “Select Active Console Output Devices” 선택한다 .
Boot Option Maintenance Menu- Configuring graphics as console
device -- devices console output devices [MP RS-232, Onboard (BMC) RS-232, VGA-Output] 에 따라 선택한다 .
Boot Option Maintenance Menu- Configuring graphics as console
device -- “Acpi(HWP0002,700)/Pci(1|1)/Uart(9600 N81)/VenMsg(Vt100+)” 를 선택하고 NVRAM 에 저장 .
BMC (Baseboard Management Controller)
- Accessing the CLITo use the CLI, you must be connected to your Long's Peak/Wilson Peak using the "console" serial port it's the top connector, and it's labelled "console" on PP systems.
To enter the CLI from the system console, type: Esc (That's [Escape], then [Shift]-9. Right now, the BMC does not acknowledge the command, but if you press [Enter], the BMC will respond with the CLI prompt:
cli>
To return to the system console, type: Esc Q(That's [Escape], then [Shift]-Q.)
When you enter a command, you can use the [Backspace] key to correct mistakes. Press [Enter] to execute the command.
BMC (Baseboard Management Controller)
- CLI Commands-cli> help The BMC responds with: CLI Commands: C [<passwordstring>] - Change Password FPL - Read Forward Progress Log H - Help (this text) I <ipmi command data> - Send any IPMI message req fmt: rsSA netfnlun chk1 rqSWID rqSeq cmd [data] chk2 resp fmt: rqSWID netfnlun chk3 rsSa rqSeqrsLun cmd ccode [data] chk4 IPMI <ipmi command data> - Send any IPMI message req fmt: netfnlun cmd [data] resp fmt: ccode [data] LOC [0,1] - Locator LED Control P [0,1] - Power Control Q - Quit/Logout RS - Reset System SD - Read SDR Repository SE - Read SEL Debug Commands: MR [<address> [<type> [<n>]]] MW <address> <type> <value> JI, JO - I/O Expander Control GR, GM, GW - GPIO Control RA, RR, RW, RC RP [<id>] - Display/Set Product ID
O/S Installation- HPUX 설치 -
- O/S Auto run InstallEFI Shell [Built-in] Menu 에서 enter 를 치면 자동으로 Install 모드로 부팅한다 .
O/S Installation- HPUX 설치 -
- O/S Manual Install1. shell> map –r 디바이스 패스를 찾는다 .
O/S Installation- HPUX 설치 -
- O/S Manual Install2. fs0 : Acpi(HWP0002,0)/Pci(2|0)/Ata(Primary,Master)/CDROM(Entry0) 로 디바이스 패스가 설정되면3. shell> fs0: 로 이동하고4. shell> ls5. shell> install or install.efi 실행 .
O/S Installation- HPUX 설치 -
- Auto Run O/S Install 에서 manual 로 설치 .1. 10 초 전에 interrupt 시킨다 .
O/S Installation- HPUX 설치 -
- Auto Run O/S Install 에서 manual 로 설치 .2. HPUX> boot iinstall
O/S Installation- Mirror 구성 -
- Mirror 구성1. vi 로 Partition file( 임의의 파일이름 ) 을 만든다 .
O/S Installation- Mirror 구성 -
- Mirror 구성2. vi 로 만든 Disk Partition file 을 idisk 를 사용하여 setup. [idisk: create partition for IPF(Itanium Processor Family) disk]
O/S Installation- Mirror 구성 -
- Mirror 구성3. insf 이용하여 새로운 디스크 file(c2t0d0s1, c2t0d0s2) 를 만든다 .
O/S Installation- Mirror 구성 -
- Mirror 구성4. pvcreate 로 cxtxdxs2 지정된 새로운 Sub partition 을 만든다 . (-f: force the creation of a physical volume without first requesting confirmation)
O/S Installation- Mirror 구성 -
- Mirror 구성5. pvcreate 로 bootable physical volume 을 만든다 . (-B: make a bootable physical volume)
O/S Installation- Mirror 구성 -
- Mirror 구성6. Disk sub partition s2 에 포함된 vg 을 extend 한다 .
O/S Installation- Mirror 구성 -
- Mirror 구성7. 새롭게 만든 EFI Partition 을 mkboot 로 format. (-e: create ia64(EFI) boot disk, -i: treat device as an LVM physical volume)
O/S Installation- Mirror 구성 -
- Mirror 구성8. 새로운 sub partition 을 lvol 에 extend.
O/S Installation- Mirror 구성 -
- Mirror 구성9. lvol boot path 를 update.
O/S Installation- Mirror 구성 -
- Mirror 구성10. # lvlnboot 명령으로 사전에 O/S 결과를 확인 .
O/S Installation- Mirror 구성 -
- Mirror 구성11. efi_ls 라는 명령으로 현재 EFI Partition 이 존재하고 , 새로운 디스크가 잘 구성 되었는지 확인 .( 단 , cxtxdxs1) (-d devicefile: devicefile is the device special file of the EFI file system to be listed.)
O/S Installation- Mirror 구성 -
- Mirror 구성12. 하나의 디스크가 missing 일 때 boot 할 수 있도록 AUTO file 을 편집 .13. HP-UX file system 인 EFI volume AUTO 를 /tmp/AUTO 에 copy. (-d devicefile: devicefile is the device special file of the EFI file system to be copied. -u file1: Copy file1 from an EFI volume to file2 in HP-UX file system.)
O/S Installation- Mirror 구성 -
- Mirror 설정14. “boot vmuix” 를 “ boot vmunix –lq” 로 수정 . # vi /tmp/AUTO
O/S Installation- Mirror 구성 -
- Mirror 설정15. 편집한 AUTO file 을 양쪽 EFI Partition 에 copy 한다 . (-d devicefile, file1 dest-directory)
O/S Installation- Mirror 구성 -
- Mirror 설정16. O/S 를 부팅하고 새로운 Mirror disk 를 EFI menu 에 추가한다 .17. 각각의 디스크를 테스트 한다 .
O/S Installation- Mirror 삭제 -
- Mirror 삭제1. AUTO file 을 copy 하고 편집한다 . # efi_cp –d /dev/rdsk/c2t1d0s1 –u /EFI/HPUX/AUTO /tmp/AUTO # vi /tmp/AUTO
O/S Installation- Mirror 삭제 -
- Mirror 삭제2. 편집한 AUTO file 을 EFI Partition 에 copy 한다 . (-d devicefile, file1 dest-directory)
O/S Installation- Mirror 삭제 -
- Mirror 삭제3. efi_ls 라는 명령으로 현재 EFI Partition 이 존재하고 , 새로운 디스크가 잘 구성 되었는지 확인 .( 단 , cxtxdxs1) (-d devicefile: devicefile is the device special file of the EFI file system to be listed.)
O/S Installation- Mirror 삭제 -
- Mirror 삭제4. 새로 구성했던 EFI file system 이 포함된 device file 로 부 터 bootfile 을 삭제한다 .
O/S Installation- Mirror 삭제 -
- Mirror 삭제5. mirror 로 구성한 logical volume 를 제거한다 .
O/S Installation- Mirror 삭제 -
- Mirror 삭제6. Volume group 을 제거한다 .
O/S Installation- Mirror 삭제 -
- Mirror 삭제7. Volume group LVM 구성 정보를 Backup 한다 .
고맙습니다 .