MERU-MC1500配置文件

Loop-E1500CSU/DSU Series StandaloneDescriptionLoop Telecom's Loop-E1500 CSU/DSU product series provide an economic solution to E1 network accesswhen not all 31 DS0 channels is needed. Clear channel(32 DS0 channels) is also available. This product series support High Density Bipolar 3 (HDB3) coding and provide continuous error checking, performance polling, and in-service diagnostics. Customer equipmentinterfaces include E1 ICSU, serial DTE, Alarm Input, Co-directional DTE, and routers. With a DTE port operating from 56 Kbps to 2048 Kbps, Loop-E1500 CSU/DSU allows users to interconnect LANs and WANs, CAD and CAM, video conference, mainframe hosts, and more. With a router interface, users can connect LAN to WAN directly without an additional bridge/router.The Loop-E1500 CSU/DSU series supports local control and diagnostics using a 2-line by 16-character LCD display / keypads or through a RS232 console port. This allows users to execute in-service diagnostics and fault isolation. An in-band management channel with GUI is available. The Loop-E1500 CSU/ DSU also provides multicolor LED indicators on the front panel. Using SNMP network management and a Telnet connection, users can remotely control and diagnose Loop-E products from anywhere.Features˙ DSU functionality integrated with an intelligent CSU in a compact package˙ Supports up to 2 customer equipmentinterfaces including E1 ICSU, serial DTE,router, Alarm Input, and G.703 (Co-directional) ˙ Up to 31 WAN ports with aggregate data rate of 2.048 Mbps˙ Supports SNMP Network ManagementSystems˙ Supports In-band Management˙ Connects to LAN/WAN, CAD/CAM, or Hosts toE1 Network Services˙ Local control and diagnostic via RS232 port or2-line by 16-character LCD & keypad˙ Router - 10/100 BaseT auto selection ˙ Multicolor LED indicatorsOrdering InformationTo specify options, choose from the list below.NOTE: RoHS compliant units are identified by the letter G appearing at the end of the ordering code.pp = DC for 20 to 60 Vdc power sourceAC for 90 to 250, 50/60 Hz Vac (For AC, choose an appropriate power cord.)Example:Loop-E1500-2S-22-RT-75-SNMP-DCV.35 DTE interface with DB25 connector, Router interface, 75 ohm BNC, and SNMP. Power is DC. Loop-E1500 CSU/DSU Series Standalone Product Specification Network & Customer Interface (E1)Line Rate 2.048 Mbps ± 50 ppmLine Code AMI / HDB3 (selectable)Framing ITU G.704, Unframed clear channelInput Signal ITU G.703Output Signal ITU G.703Jitter ITU G.823Electrical 75Ω coax/120Ω twisted pairConnector BNC/RJ48C (specify on order)Alarm Input8 Channel 2 ports per card, 4 pair per portInternal resistance 1KConnectors RJ45Activation current 3 mADeactivation current 1.5 mAAllowable Current 4maTrigger by (1)SNMP or(2)setting up 1 timeslot or 8 timeslotData Port InterfaceData Port Single port per card, DCEData Rate n * (56 or 64) Kbps ( n = 1 - 31)Connector M34 for V.35DB25S for V.35, RS232, and EIA530DB15S for X.21DB37 for RS449/V.36 via conversion cableCo-directional InterfaceInterface ITU G.703 64 Kbps co-directional interfaceLine Distance Up to 500 metersLoopback DTE Payload Loopback, DTE to Line LoopbackImpedance 120ohmConnector RJ48Router InterfaceNumber of port 1Physical Interface 10/100 BaseTRouting Protocol RIP-I, RIP-IIData Rates n x 64 Kbps up to E1 capacity (n=1 to 31)Supporting Protocols TCP/IP, PPP, NATManagement VT-100, SNMP, LCD PanelFunction Natural Mask/ Non-natural MaskConnector RJ45WAN InterfaceNumber of ports Up to 31 WAN portsDate Rate Each WAN port has data rate nX64K bps, 1≤ n ≤32Protocol Layer-two protocol: HDLC, PPPFunctions The total bandwidth of all 31 WAN ports is up to 2.048MbpsEach interface can be configured as a bridge port or router portBridge InterfaceNumber of port 1Physical Interface 10/100 BaseT; IEEE802.3Bridge protocol HDLC encapsulation without Ethernet FCSData Rates N x 64 Kbps up to full E1 capacity (N = 1..32)Ethernet functions Auto MDI/MDIXAuto-negotiation (10/100M)Full/half duplexIEEE802.1d self learning, up to 4K MAC addressesVLAN Transparent and extended frame size of 1532bytesConnector RJ45DS0 MappingMaps 2 sets of DS0 maps with provision for timed automatic switching between the 2 maps Remote Send Send active DS0 maps to remote siteInband ManagementHDLC, PPPManagementProtocolsChannel Channel selectablePerformance MonitorPerformance Store Last 24 hours performance in 15-minute intervals and last 7 days in 24-hour summary line, user, and remote sitePerformance Reports Date & Time, Errored Second, Degraded Minutes, Unavailable Second, Bursty Errored Second, Severe Errored Second, Controlled Slip Second, and Loss of Frame Count Alarm History Date & Time, Alarm Type (i.e. Master Clock Loss, RAI, AIS, LOS, BPV, ES, CSS), and Location (i.e. line, DTE)Alarm Queue Maximum 40 alarm records which record the latest alarm type, location, and date & timeThreshold Bursty Seconds, Severely Errored Second, Degraded MinutesSystem Configuration Parameters (All in non-volatile memory)Active Configuration Current working configurationStored Configuration User stored configurationDefault Configuration Manufacture default configuration (permanent)Console PortConnector DB9S at front panelElectrical RS232 interfaceProtocol Menu driven VT-100 terminal, or Embedded SNMP (optional)Baud Rate 1200, 2400, 4800, 9600, 19200, 38400Diagnostics TestLoopbacks Line Loopback, Payload Loopback, Local Loopback, DTE Loopback, and RouterLoopbackTest Pattern 15-bit PRBS, 3-in-24, 1-in-8, 2-in-8, 1:1 patternsIdle Channel Use of idle channel to perform PRBS diagnostic testRemote Loopback Line Loopback, Payload Loopback, and DTE Channel Loopback (V.54 or Loopproprietary)Front PanelKeypad 4-key: left arrow, right arrow, ESC, and ENTERLCD 2 lines by 16 charactersLED IndicatorsPhysical/ElectricalDimensions 216 x 55 x 285 mm (WxHxD)Power 100-240Vac, 20 to 60 Vdc, 50/60 Hz, 5 watts Power consumption 15 Watts (maximum)Temperature 0 -50°CHumidity 0-95%RH(NON-CONDENSING)Mounting Desk-top stackableStandard ComplianceETSI ETS 300420, ETS 300419ITU G.703, G.704, G.706, G.732, G.736, G.823, G.826 Certification ComplianceEMI/EMC EN55022 Class A, FCC 15 Class A, EN55024 Safety EN60950Application IllustrationsDTE2DTE1DTE2DTE1DTE1D&I D&ILoop-E1500Loop-E1500Loop-E1500Loop-E1500Alarm Input Application-SNMP TrapPoint to Point Application-SNMP TrapLoop-AM3440LOOP TELECOMMUNICATION INTERNATIONAL, INC.ISO 9001 / ISO 14001WorldwideTaipei, TaiwanNorth AmericaTianjin, China8F, No. 8, Hsin Ann Road 6F, No. 36, Alley 38, Lane 358 8 Carrick Road No. 240 Baidi Road Hsinchu Science Park Rueiguang Road Palm Beach Gardens Nankai DistrictHsinchu, Taiwan 30078 Neihu, Taiwan 11492 Florida 33418, U.S.A. Tianjin 300192 China +886-3-578-7696 +886-2-2659-0399 +1-561-627-7947 +86-22-8789-4027 **********************.tw **********************************************.tw2013 Loop Telecommunication International, Inc.All Rights Reserved Version 24 8 March 2013Subject to change without notice。

Sun Microsystems, Inc.请将有关本文档的意见提交至：/hwdocs/feedback Sun Blade™ 1500入门指南（银色）银色挡板部件号 819-0522-112004 年 12 月，修订版 ACopyright 2004 Sun Microsystems, Inc., 4150 Network Circle, Santa Clara, California 95054, U.S.A. 保留所有权利。

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Sun M5000Solaris 10系统的安装、打补丁及IPMP的配置目录一、安装准备 (3)节 1.01 1 M5000的初始设置 (4)节 1.02 2 添加用户及给机器加电 (4)二、安装系统 (15)三、打补丁 (49)四、做镜像 (86)五、配置IPMP (92)一、安装准备首先使用串口线将笔记本与M5000连接，端口的设置请看（图1-1）：图1-1操作系统安装以及IP地址配置如下：系统的分区如下：节 1.01 1 M5000的初始设置新出厂的机器，XSCF没有设置用户，需要使用串口进行初始用户的创建。

机器加插上电源后，XSCF启动完成后出现登陆提示符：根据提示，输入用户名default后，将前面板钥匙由锁定位置拧到维护位置，按回车，等待5秒后，将钥匙由维护位置拧到锁定位置，敲回车，这样系统就进入XSCF提示符了。

（钥匙顺序也可以相反，即开始本来在维护位置，那么就拧到锁定，再由锁定到维护）节 1.02 2 添加用户及给机器加电Change the panel mode switch to Service and press return...Leave it in that position for at least 5 seconds. Change the panel mode switch to Locked, and press return...XSCF>adduser eis-installerXSCF> setprivileges eis-installer platadm useradm auditadm/*添加用户并设置权限*//*添加用户eis-installer并设置权限，主要是platadm useradm*/XSCF> showuser –l /*查看状态*/User Name: eis-installerUID: 100Status: EnabledMinimum: 0Maximum: 99999Warning: 7Inactive: -1Last Change: Dec 24, 2009Password Expires: NeverPassword Inactive: NeverAccount Expires: NeverPrivileges: useradmplatadmauditadmXSCF> password eis-installer/*修改密码,此M5000密码为admin123*/ New XSCF password:BAD PASSWORD: it is too shortRetype new XSCF password:Sorry, passwords do not matchNew XSCF password:BAD PASSWORD: it is based on a dictionary wordRetype new XSCF password:XSCF>XSCF>XSCF>XSCF>XSCF> exitlogoutlogin: eis-installerPassword:XSCF>XSCF>XSCF>XSCF>XSCF>showhardconf /*加电后的M5000用此条命令确认内部配置*/SPARC Enterprise M5000;+ Serial:BEF0949C90; Operator_Panel_Switch:Locked;+ Power_Supply_System:Single; SCF-ID:XSCF#0;+ System_Power:Off; System_Phase:Cabinet Power Off;Domain#0 Domain_Status:Powered Off;MBU_B Status:Normal; Ver:0201h; Serial:BE0948104A ;+ FRU-Part-Number:CF00541-0478 08 /541-0478-08 ;+ Memory_Size:32 GB;CPUM#0-CHIP#0 Status:Normal; Ver:0401h; Serial:PP094605MN ;+ FRU-Part-Number:CA06761-D202 E1 /375-3568-05 ;+ Freq:2.400 GHz; Type:32;+ Core:4; Strand:2;CPUM#0-CHIP#1 Status:Normal; Ver:0401h; Serial:PP094605MN ;+ FRU-Part-Number:CA06761-D202 E1 /375-3568-05 ;+ Freq:2.400 GHz; Type:32;+ Core:4; Strand:2;CPUM#1-CHIP#0 Status:Normal; Ver:0401h; Serial:PP0946056Q ;+ FRU-Part-Number:CA06761-D202 E1 /375-3568-05 ;+ Freq:2.400 GHz; Type:32;+ Core:4; Strand:2;CPUM#1-CHIP#1 Status:Normal; Ver:0401h; Serial:PP0946056Q ;+ FRU-Part-Number:CA06761-D202 E1 /375-3568-05 ;+ Freq:2.400 GHz; Type:32;+ Core:4; Strand:2;MEMB#0 Status:Normal; Ver:0101h; Serial:BF0944FVV3 ;+ FRU-Part-Number:CF00541-0545 08 /541-0545-08 ;MEM#0A Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-522563a9;+ Type:2A; Size:2 GB;MEM#0B Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-5225644f;+ Type:2A; Size:2 GB;MEM#1A Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-522563aa;+ Type:2A; Size:2 GB;MEM#1B Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-52256376;+ Type:2A; Size:2 GB;MEM#2A Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-522563fd;+ Type:2A; Size:2 GB;MEM#2B Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-52256377;+ Type:2A; Size:2 GB;MEM#3A Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-5225640a;+ Type:2A; Size:2 GB;MEM#3B Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-522563b7;+ Type:2A; Size:2 GB;MEMB#1 Status:Normal; Ver:0101h; Serial:BF0944FVVD ;+ FRU-Part-Number:CF00541-0545 08 /541-0545-08 ;MEM#0A Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-522551be;+ Type:2A; Size:2 GB;MEM#0B Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-522551bf;+ Type:2A; Size:2 GB;MEM#1A Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-52256405;+ Type:2A; Size:2 GB;MEM#1B Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-52256400;+ Type:2A; Size:2 GB;MEM#2A Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-522551ba;+ Type:2A; Size:2 GB;MEM#2B Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-522551bb;+ Type:2A; Size:2 GB;MEM#3A Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-522551b0;+ Type:2A; Size:2 GB;MEM#3B Status:Normal;+ Code:ce0000000000000001M3 93T5660QZA-CE6 4151-522551b9;+ Type:2A; Size:2 GB;DDC_A#0 Status:Normal;DDC_A#1 Status:Normal;DDC_A#2 Status:Normal;DDC_A#3 Status:Normal;DDC_B#0 Status:Normal;DDC_B#1 Status:Normal;IOU#0 Status:Normal; Ver:0101h; Serial:BF0941ENU2 ;+ FRU-Part-Number:CF00541-2240 05 /541-2240-05 ;DDC_A#0 Status:Normal;DDCR Status:Normal;DDC_B#0 Status:Normal;XSCFU Status:Normal,Active; Ver:0101h; Serial:BF0941EM56 ;+ FRU-Part-Number:CF00541-0481 04 /541-0481-04 ;OPNL Status:Normal; Ver:0101h; Serial:BF0941EDBC ;+ FRU-Part-Number:CF00541-0850 06 /541-0850-06 ;PSU#0 Status:Normal; Serial:0017527-0940025271;+ FRU-Part-Number:CF00300-2011 0250 /300-2011-02-50;+ Power_Status:Off; AC:200 V;PSU#1 Status:Normal; Serial:0017527-0940025268;+ FRU-Part-Number:CF00300-2011 0250 /300-2011-02-50;+ Power_Status:Off; AC:200 V;PSU#2 Status:Normal; Serial:0017527-0940025267;+ FRU-Part-Number:CF00300-2011 0250 /300-2011-02-50;+ Power_Status:Off; AC:200 V;PSU#3 Status:Normal; Serial:0017527-0940025266;+ FRU-Part-Number:CF00300-2011 0250 /300-2011-02-50;+ Power_Status:Off; AC:200 V;FANBP_C Status:Normal; Ver:0501h; Serial:BF0940EA5H ;+ FRU-Part-Number:CF00541-3099 01 /541-3099-01 ;FAN_A#0 Status:Normal;FAN_A#1 Status:Normal;FAN_A#2 Status:Normal;FAN_A#3 Status:Normal;XSCF>settimezone -c settz -s Asia/Shanghai/*设置时区及时间，完成后重启XSCF*/ Asia/ShanghaiXSCF> showdateThu Dec 24 16:56:06 CST 2009XSCF>XSCF> setdscp/*设置管理网口IP地址DSCP network [0.0.0.0 ] > 192.168.0.0DSCP netmask [255.255.255.0 ] >XSCF address [192.168.0.1 ] > 192.168.0.3Domain #00 address [192.168.0.2 ] > 192.168.0.4Domain #01 address [192.168.0.3 ] > 192.168.0.5Domain #02 address [192.168.0.4 ] > 192.168.0.6Domain #03 address [192.168.0.5 ] > 192.168.0.7Commit these changes to the database? [y|n] : yXSCF>showdscpDSCP Configuration:Network: 192.168.0.0Netmask: 255.255.255.0Location Address---------- ---------XSCF 192.168.0.3Domain #00 192.168.0.4Domain #01 192.168.0.5Domain #02 192.168.0.6Domain #03 192.168.0.7XSCF> rebootxscfThe XSCF will be reset. Continue? [y|n] :yexecute K000endXSCF> -- completeexecute S10ioxoff -- completeDec 24 08:56:51 localhost XSCF[104]: XSCF shutdown sequence start execute K000end -- completeexecute K100end -- completeexecute K101end -- completeunmount /hcp0/linuxunmount /hcp0/scfprogunmount /hcp0/gendata -- completeunmount /hcp0/remcscm -- completeunmount /hcp1/linuxunmount /hcp1/scfprogunmount /hcp1/gendataunmount /hcp1/remcscmunmount /hcpcommon/setup -- completeunmount /hcpcommon/obp -- completeunmount /hcpcommon/tmp -- completeunmount /hcpcommon/varunmount /hcpcommon/scflog1 -- completeunmount /hcpcommon/scflog2 -- completeXSCF reset.Please stand by while rebooting the system.(15)Restarting system.XSCF uboot 01080001 (May 8 2009 - 15:09:36)XSCF uboot 01080001 (May 8 2009 - 15:09:36)SCF board boot factor = 4040DDR Real size: 256 MBDDR: 224 MB## Booting image at ff800000 ...Image Name: XSCF kernel 01090000 2.6.11.12-sImage Type: PowerPC Linux Kernel Image (gzip compressed) Data Size: 1456903 Bytes = 1.4 MBLoad Address: 00000000Entry Point: 00000000Verifying Checksum ... OKUncompressing Kernel Image ... OK## Loading RAMDisk Image at ff980000 ...Image Name: XSCF rootfs 01090000 ,2009/07/30Image Type: PowerPC Linux RAMDisk Image (gzip compressed)Data Size: 5457580 Bytes = 5.2 MBLoad Address: 00000000Entry Point: 00000000Verifying Checksum ... OKLoading Ramdisk to 0bacb000, end 0bfff6ac ... OKLinux version 2.6.11.12-sec (gcc version 3.4.4) #1 Thu Jul 30 14:14:57 JST 2009new message buffer at 0f700000 size 1048576log_buf_len: 1048576mpc85xx_cds_setup_archBuilt 1 zonelistsKernel command line: root=/dev/ram rw console=ttyS0,9600 init=/sbin/init_change_root panic=1 mem=240MOpenPIC Version 1.2 (1 CPUs and 44 IRQ sources) at fbe79000PID hash table entries: 1024 (order: 10, 16384 bytes)Dentry cache hash table entries: 32768 (order: 5, 131072 bytes)Inode-cache hash table entries: 16384 (order: 4, 65536 bytes)Memory: 218752k available (2188k kernel code, 668k data, 316k init, 0k highmem)Mount-cache hash table entries: 512 (order: 0, 4096 bytes)Freeing initrd memory: 5329k freedRAMDISK driver initialized: 16 RAM disks of 32768K size 1024 blocksizei2c-algo-cpm: CPM2 I2C algorithm module version 0.1 (Mar 22, 2005)FCC ENET Version 0.3TCP established hash table entries: 8192 (order: 4, 65536 bytes)TCP bind hash table entries: 8192 (order: 3, 32768 bytes)ip_tables: (C) 2000-2002 Netfilter core teamarp_tables: (C) 2002 David S. MillerVFS: Mounted root (ext2 filesystem).Freeing unused kernel memory: 316k initswitching initrd filesystem, ramdisk to tmpfsSCF Linux Boot Script 2006/03/04 for ROM boot environmentfsl-sec2 hardware crypt accelerator model3a ver 0.02 enabledXSCF initial process start (pid=104)load /scf/modules/lites_ldrv.ko -- completeload /scf/modules/drvscftrace.ko -- completeload /scf/modules/sec2_rsa.ko -- completeload /scf/modules/sec2_md5.ko -- completeload /scf/modules/sec2_des.ko -- completeload /scf/modules/sec2_arc4.ko -- completeload /scf/modules/sec2_aes.ko -- completeload /scf/modules/sec2_sha256.ko -- completeload /scf/modules/sec2_sha1.ko -- completeload /scf/modules/hw_random.ko -- completeload /scf/modules/scsi_mod.ko -- completeload /scf/modules/sd_mod.ko -- completeload /scf/modules/usbcore.ko -- completeload /scf/modules/ohci-hcd.ko -- completeload /scf/modules/usb-storage.ko -- completeload /scf/modules/drvbootfmem.ko -- completeload /scf/modules/drvmbc.ko -- completeload /scf/modules/drvnand.ko -- completeload /scf/modules/drvffc.ko -- completeload /scf/modules/drvffcint.ko -- completeload /scf/modules/drvrtc.ko -- completeload /scf/modules/drvxscfuart.ko -- completeload /scf/modules/drvrci.ko -- completeload /scf/modules/drvtimer.ko -- completeload /scf/modules/drvsdic.ko -- completeload /scf/modules/sm2s.ko -- completeload /scf/modules/spkmdrv.ko -- completemount /dev/mtdblock0 -> /hcp0/linux -- completemount /dev/mtdblock1 -> /hcp0/scfprog -- completemount /dev/mtdblock2 -> /hcp0/gendata -- completemount /dev/mtdblock3 -> /hcp0/remcscm -- completemount /dev/mtdblock4 -> /hcpcommon/setup -- complete mount /dev/mtdblock5 -> /hcpcommon/obp -- completemount /dev/mtdblock6 -> /hcpcommon/tmp -- completemount /dev/mtdblock11 -> /hcpcommon/var -- completemount /dev/mtdblock12 -> /hcpcommon/scflog1 -- complete mount /dev/mtdblock13 -> /hcpcommon/scflog2 -- complete execute S00mtab -- completeexecute S00portmap -- completeexecute S00tmpmake -- completeexecute S00varclean -- completeexecute S10ldconfig -- completeexecute S15last_dmesg -- completeexecute S20cfgcreate -- completeexecute S50iptables -- completeexecute S60check -- completeexecute S61restore -- completeexecute S99syslogd -- completeinitialize XSCF common database (STANDALONE) -- complete start /scf/sbin/dbs (pid=302)start /scf/sbin/ksyseventd (pid=303)start /scf/init/scf_cmgrd (pid=323)start /scf/init/scf_coremgr (pid=324)start /scf/init/dualprocess (pid=325)check SCF operation mode (for OPNL access) -- complete initialize OPNL -- completecheck SCF operation mode -- complete (ACTIVE)start /scf/sbin/dbs (pid=337)initialize XSCF common database (OWN) -- complete synchronize setup data (XSCF -> OPNL) -- complete initialize XSCF common database (ACTIVE) -- complete wait for database synchronization -- completeexecute S00clis_all -- completeexecute S10restore_um -- completeexecute S11network.sh -- completeexecute S15ntpcheck.sh -- completeexecute S21daemons -- completeexecute S51scflog_SCFboot.sh -- completeexecute S82cod -- completeexecute S98bui -- completeexecute S00clis_active -- completeexecute S00cmem_check -- completeexecute S00tmp_login -- completeexecute S18restorefmdlog -- completeexecute S19setfmurl -- completeexecute S29setfmconf -- completeexecute S50setupSCFboot.sh -- completeexecute S83setservicetagdata -- completestart /scf/sbin/scf_panelmgr (pid=640)start /scf/sbin/auditd (pid=641)start /scf/sbin/cmd (pid=642)start /scf/sbin/cmd_sub (pid=643)start /scf/sbin/errhandd (pid=644)start /scf/sbin/fjdrd (pid=645)start /scf/sbin/frura (pid=646)start /scf/sbin/mond (pid=647)start /scf/sbin/mond (pid=648)start /scf/sbin/powerd (pid=649)start /scf/sbin/rci (pid=650)start /scf/sbin/rci_dual (pid=651)start /scf/sbin/reset (pid=652)start /scf/sbin/resetra (pid=653)start /scf/sbin/rsyncprocess (pid=654)start /scf/sbin/scf_firmup_exed (pid=655)start /scf/sbin/scf_loganalyze (pid=657)start /scf/sbin/scf_procmeas (pid=658)start /scf/sbin/sequence (pid=659)start /scf/sbin/ttyd (pid=660)start /scf/sbin/apcsd (pid=661)start /scf/sbin/codd (pid=662)start /scf/sbin/scf_firmup_ctld (pid=663)start /scf/sbin/fmd (pid=664)start /scf/sbin/dscpd (pid=722)start /scf/sbin/monitor_msg (pid=723)start /scf/sbin/picld (pid=724)start /scf/sbin/sunmcrund (pid=725)start /scf/sbin/stdiscoverer (pid=726)start /scf/sbin/stlistener (pid=727)start /scf/sbin/dfrud (pid=728)start /scf/sbin/iomgrd (pid=729)start /scf/sbin/archd (pid=772)wait for SCF_READY -- completeexecute S20setupSCFready.sh -- completeexecute S99rcclear -- completeexecute S10iobox_scan -- completeexecute S10restore_um -- completeexecute S84snmpd -- completeexecute S85sunmc_esd -- completeexecute S86limits -- completeexecute S87opnl -- completeexecute S99dr_recover.sh -- completeXSCF Initialize complete.Dec 24 17:01:03 localhost XSCF[104]: XSCF Initialize complete.login: eis-installerPassword:XSCF>XSCF> poweron -d 0DomainIDs to power on:00Continue? [y|n] :y00 :Powering on*Note*This command only issues the instruction to power-on.The result of the instruction can be checked by the "showlogs power".XSCF>console -d 0Connect to DomainID 0?[y|n] :yPOST Sequence 01 CPU CheckPOST Sequence 02 BannerLSB#00 (XSB#00-0): POST 2.11.0 (2009/06/18 09:29)POST Sequence 03 Fatal CheckPOST Sequence 04 CPU RegisterPOST Sequence 05 STICKPOST Sequence 06 MMUPOST Sequence 07 Memory InitializePOST Sequence 08 MemoryPOST Sequence 09 Raw UE In CachePOST Sequence 0A Floating Point UnitPOST Sequence 0B SCPOST Sequence 0C Cacheable InstructionPOST Sequence 0D SoftintPOST Sequence 0E CPU Cross CallPOST Sequence 0F CMU-CHPOST Sequence 10 PCI-CHPOST Sequence 11 Master DevicePOST Sequence 12 DSCPPOST Sequence 13 SC Check Before STICK DiagPOST Sequence 14 STICK StopPOST Sequence 15 STICK StartPOST Sequence 16 Error CPU CheckPOST Sequence 17 System ConfigurationPOST Sequence 18 System Status CheckPOST Sequence 19 System Status Check After SyncPOST Sequence 1A OpenBoot Start...POST Sequence Complete.Sun SPARC Enterprise M5000 Server, using Domain consoleCopyright 2009 Sun Microsystems, Inc. All rights reserved.Copyright 2009 Sun Microsystems, Inc. and Fujitsu Limited. All rights reserved. OpenBoot 4.24.11, 32768 MB memory installed, Serial #88430282.Ethernet address 0:21:28:45:56:ca, Host ID: 854556ca.Dec 24 17:04:44 localhost dscpd[722]: Failed to start DSCP for domain0 (error=2) Boot device: disk File and args:SunOS Release 5.10 Version Generic_141414-10 64-bitCopyright 1983-2009 Sun Microsystems, Inc. All rights reserved.Use is subject to license terms.二、安装系统在OK模式下从光盘启动{12} ok{12} ok boot cdrom /*进入OK模式下，通过cdrom启动*/ Resetting...POST Sequence 01 CPU CheckPOST Sequence 02 BannerLSB#00 (XSB#00-0): POST 2.11.0 (2009/06/18 09:29)POST Sequence 03 Fatal CheckPOST Sequence 04 CPU RegisterPOST Sequence 05 STICKPOST Sequence 06 MMUPOST Sequence 07 Memory InitializePOST Sequence 08 MemoryPOST Sequence 09 Raw UE In CachePOST Sequence 0A Floating Point UnitPOST Sequence 0B SCPOST Sequence 0C Cacheable InstructionPOST Sequence 0D SoftintPOST Sequence 0E CPU Cross CallPOST Sequence 0F CMU-CHPOST Sequence 10 PCI-CHPOST Sequence 11 Master DevicePOST Sequence 12 DSCPPOST Sequence 13 SC Check Before STICK DiagPOST Sequence 14 STICK StopPOST Sequence 15 STICK StartPOST Sequence 16 Error CPU CheckPOST Sequence 17 System ConfigurationPOST Sequence 18 System Status CheckPOST Sequence 19 System Status Check After SyncPOST Sequence 1A OpenBoot Start...POST Sequence Complete.Sun SPARC Enterprise M5000 Server, using Domain consoleCopyright 2009 Sun Microsystems, Inc. All rights reserved.Copyright 2009 Sun Microsystems, Inc. and Fujitsu Limited. All rights reserved. OpenBoot 4.24.11, 32768 MB memory installed, Serial #88430282.Ethernet address 0:21:28:45:56:ca, Host ID: 854556ca.Dec 25 08:42:34 localhost dscpd[724]: Failed to start DSCP for domain0 (error=2) Rebooting with command: boot cdromBoot device: /pci@0,600000/pci@0/pci@8/pci@0/scsi@1/disk@3,0:f File and args: SunOS Release 5.10 Version Generic_139555-08 64-bitCopyright 1983-2009 Sun Microsystems, Inc. All rights reserved.Use is subject to license terms.Configuring devices.Using RPC Bootparams for network configuration information.Attempting to configure interface e1000g1...Skipped interface e1000g1Attempting to configure interface e1000g0...Skipped interface e1000g0Attempting to configure interface bge1...Skipped interface bge1Attempting to configure interface bge0...Skipped interface bge0Reading ZFS config: done.Setting up Java. Please wait...Serial console, reverting to text installBeginning system identification...Searching for configuration file(s)...Search complete.Discovering additional network configuration...Select a Language /*选择语言*/0. English1. French2. German3. Italian4. Japanese5. Korean6. Simplified Chinese7. Spanish8. Swedish9. Traditional ChinesePlease make a choice (0 - 9), or press h or ? for help: 0 /*选择0，英文*/Select a Locale /*选择本地语言*/0. English (C - 7-bit ASCII)1. Albania (ISO8859-2)2. Australia (ISO8859-1)3. Belgium-Flemish (ISO8859-1)4. Belgium-Flemish (ISO8859-15 - Euro)5. Bosnia (ISO8859-2)6. Brazil (ISO8859-1)7. Brazil (UTF-8)8. Bulgaria (ISO8859-5)9. Canada-English (ISO8859-1)10. Catalan, Spain (ISO8859-1)11. Catalan, Spain (ISO8859-15 - Euro)12. Croatia (ISO8859-2)13. Czech Republic (ISO8859-2)14. Czech Republic (UTF-8 + euro)15. Czech Republic (UTF-8)16. Denmark (ISO8859-1)17. Denmark (ISO8859-15 - Euro)18. Egypt (ISO8859-6)Press Return to show more choices.Please make a choice (0 - 63), or press h or ? for help: 0 /*选择0英文*/What type of terminal are you using? /*使用的终端类型*/1) ANSI Standard CRT2) DEC VT523) DEC VT1004) Heathkit 195) Lear Siegler ADM316) PC Console7) Sun Command Tool8) Sun Workstation9) Televideo 91010) Televideo 92511) Wyse Model 5012) X Terminal Emulator (xterms)13) CDE Terminal Emulator (dtterm)14) OtherType the number of your choice and press Return: 3 /*选择3，DEC VT100*/Completing system identification...in.rdisc: No interfaces upq The Solaris Installation Program qqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqThe Solaris installation program is divided into a series of short sectionswhere you'll be prompted to provide information for the installation. Atthe end of each section, you'll be able to change the selections you'vemade before continuing.About navigation...- The mouse cannot be used- If your keyboard does not have function keys, or they do notrespond, press ESC; the legend at the bottom of the screen qqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqq q/*以上提示告诉安装人员，Solaris的安装分好几个部分，每一部分后面都要你进行确认，如果发现有错，可以更改你先前输入的信息。

一、无线网络建设目标仓库部署无线网络及移动终端系统,建成无线扫码、无线仓储系统后,可以主要实现以下目标：1．入库管理：入库单即时通过无线网络提交给后台系统,管理员及时获取入库数据；2．出库管理：当理货员到仓库领取图书时,仓库管理员在移动终端上通过无线网络下传出库单据并输入待出库的图书数量,主机数据库就会自动更改商品库存；3．库存盘点：理货员手持移动终端,直接在货架上扫描商品条码,即时通过无线网络环境提交库存信息；4．其它作业：人员调度管理、系统管理等;无线扫码作业、无线仓储系统中,投标商必须保证仓库无线网络环境全覆盖,并确保高效稳定的网络环境;二、无线网络建方式2.1瘦AP组建方式传统FAT无线网络的部署需要网络管理员对网络中的每一个AP进行逐一配置,对其进行配置的话,工作量巨大,且容易出错,因此,不建议用户大规模部署使用;建议采用“无线控制器AC+瘦APFIT AP+POE交换机+无线网络管理”的FIT AP组网方式,无线控制器AC必须使用单独的机架式硬件设备,瘦AP实现无线信号的处理,而用户管理、加密、漫游、AP管理等功能全部集中到AC进行,这样可以简化整个网络的管理,提高设备的工作效率;AP的供电采用以太网供电Power Over Ethernet,PoE,通过以太网线来汇聚AP的流量,同时为AP提供电源,这样可以简化布线,同时减少故障点,提高网络的可靠性;本次FIT AP无线网络部署模式,是将所有的配置在AC上统一实现,AP本身零配置,可实现无缝漫游,适合大规模无线组网;服务器路由器控制器汇聚交换机移动手持终端无线AP 无线AP 无线AP 移动手持终端移动手持终端移动手持终端无线APPOE 交换机POE 交换机POE 交换机瘦AP 无线组建网络拓扑图无线定点图—初步三、产品主要参数与功能介绍3.1 AP1010i介绍利用AP1010i 802.11n无线接入点,Meru诠释了一种新的可能性;即：在分布式企业客户预算敏感的状况下,采用性能不打折扣的方式提供世界级的连通性和处理能力,为客户带来性价比极高的解决方案;●业务的运行需要依赖于网络的连通,AP1010i的设计能提供业界最可靠稳定的移动连通性●支持2.4GHz和5GHz两个频段,向下兼容802.11a,802.11b802.11gAP1010i是兼容客户传统的802.11a/b/g网络过度到802.11n的理想的解决方案产品●零配置AP,是仓库,制造工厂,学校,办公室和零售分支的最佳选择●无需RF信道规划,不用担心将来的维护;AP1010i消除了在远程办公室安装AP或重新规划升级网络所带来的RF信道规划的需要;●灵活可选的安装方式：天花板吊顶式和墙面挂壁式安装支持AP物理安全锁定产品特点和好处●灵活的部署选择 - 内置天线在办公室使用；外置天线在仓库和室外等环境使用●使用集中管理的Meru无线控制器,即插即用●标准的 802.3af 电源供电●支持所有 802.11a/b/g/n 客户端●在2.4 GHz和5.0 GHz频段下都支持40 MHz信道绑定的802.11n●虚拟化技术提高了可扩展性和处理性能3.2 MC1500介绍MC1500无线局域网控制器优化无线接入点和客户端设备的流量,提供高性能和可预测的无线网络,同时解决企业的关键任务的无线连接的需求;在小企业和分支机构中,它最多可支持50个接入点,并为1000个客户端设备提供数据,语音和视频应用;像Meru其他系列的控制器一样, MC1500提供集中式的配置和管理, 使得大规模部署时更加简单方便, 并且能对整体无线网络提供多层安全防护, 保证数据安全, 支持控制器N+1的冗余部署；同时Meru的专有技术能够把同频部署时带来的干扰减少到最低, 这样在部署无线网络时无需考虑空间信道的划分, 为客户节约了成本;通过Meru的System Director操作系统,MC1500创建一个统一的无线局域网环境,提供无缝的移动性和卓越的可靠性;无论是在单一信道或是多个信道的部署下,System Director操作系统优化客户端分配和信道利用率,最大限度地提高效率,来获得无线频谱的最大的可用性;射频虚拟化简化了部署过程,伴随着您的需求的发展,容量扩展也异常轻松;无线网络控制器为您的无线局域网管理身份验证,加密和虚拟专用网络VPN 连接;您可以轻松地通过可选的策略执行和无线入侵防御的软件模块了,来扩展MC1500的功能;和其他的Meru无线控制器一样,MC1500集成了Ez RF®网络管理套件,结合System Director操作系统,给您的网络带来了智能管理和弹性的无线服务;它也集成了Meru的Identity Manager,作为一个完整的BYOD和来宾访问解决方案的一部分;Meru的无线管理工具EzRF设备协同使用, 把无线网络更容易的和现有有线网络集成起来, 实现统一的管理;项目MC1500物理参数重量2.0kgs; 根据硬件配置电源功率机架： 33W环境工作温度: 0° to 40° C 32° F to 104° F工作湿度: 95% at 40° C 104° F存放温度: -40° to 85° C -40° F to 185° F 存放湿度: 95% at 40° C 104° F物理接口支持2个 10/100/1000自适应以太电口电源开关按钮状态显示屏LED以太口状态连接/活动/速率监控灯插槽管理刀片健康状态报警灯安装1U 标准机柜空间四、设备供电安装实施方案设备安装在库房矗立的支撑柱处;按照计算及库房的内部情况,针对手持设备,每个AP能够覆盖约3030的范围;1、各POE交换机采用220V强电供电,AP1010i 采用POE交换机供电,建议采用PoE+的供电标准;2、AP的部署方式：用铁丝或其它线、杆等从仓库顶吊装,供电网线通过仓库顶从POE交换机拉至AP点位处,使其供电;供电网线采用超五类非屏蔽双绞线,供电距离不超过80米;3、POE交换机,即接入层交换机;上行连接汇聚交换机;4台接入层交换机;4、机柜：交换机放在机柜里,机柜就近刚在仓库柱子旁边或者其它可以放置的固定位置;5、机房：控制器放在机房里,和核心交换机放在一起; 线路的总体架构是从机房核心交换机到仓库汇聚交换机,然后从汇聚交换机到各个仓库的POE交换机,然后到各自的AP;6、AP应该水平安装并让天线朝向底面;示意图如下其它案例厂区图：五、无线网络建报价。

POWREVM安装配置实施步骤1 HMC配置使用HMC（Hardware Managment Console），Power中高端服务器的硬件管理控制台，可管理一台或多台中高端Power服务器。

1.1HMC配置连接配置HMC与高端服务器连接时，可将HMC后面的网卡直连网线或通过路由器连接到服务器后面的HMC1口/HMC2口，然后点击HMC的Systems Management-Servers-Add Managed System选项添加一台受管服务器，具体步骤如下：●首先配置好HMC与高端服务器间的物理连线；●机房内使用hscroot用户（初始密码abc123）登录HMC系统，初始密码abc123，登录后请及时修改●HMC管理->修改用户名密码●配置HMC通信IP，HMC Management->Change Network Settings●选中相应的HMC网卡点击Details●HMC配置成DHCP自动获取IP，并选择相应的网段后，点击确定添加受管系统，选择Servers->Add Managed System输入之前操作HMC配置的动态地址段等待搜索，找到相应的受管服务器添加即可1.2HMC配置管理IP将HMC配置好公网管理IP，并打开相应的远程管理设置，以便远程管理登陆HMC，具体步骤如下：●首先将管理IP网线插入HMC网卡；●然后配置HMC管理IP，HMC Management->Change NetworkSettings●编辑相应的HMC管理网卡配置静态IP地址后点击确定●配置完成后测试网络连接是否正常●ping网关或其他服务器●可以连通则为正常●允许远程打开分区控制台●选择允许远程终端连接后点击确定，完成配置●浏览器输入管理IP，验证可进入HMC登录界面2 VIOS server分区、安装和配置2.1VIO server的profile 配置1、首先进入 HMC 的服务器界面，创建一个 VIO server 分区，注意这个分区只能用这种方式创建。

OSN1500日常维护基本操作预览说明:预览图片所展示的格式为文档的源格式展示,下载源文件没有水印,内容可编辑和复制目录第2章日常维护基本操作......................................................................................................... 2-12.1 设备日常维护项目.............................................................................................................. 2-12.2 设备维护基本操作.............................................................................................................. 2-32.2.1 检查设备温度、湿度................................................................................................ 2-32.2.2 观察单板指示灯....................................................................................................... 2-32.2.3 检查设备声音告警 ................................................................................................... 2-42.2.4 检查和定期清理风扇................................................................................................ 2-42.2.5 检查公务电话........................................................................................................... 2-52.2.6 检查业务－测试误码................................................................................................ 2-62.3 运用网管进行设备维护的基本操作..................................................................................... 2-82.3.1 检查网元和单板状态................................................................................................ 2-82.3.2 检查告警.................................................................................................................. 2-82.3.3 监视性能事件........................................................................................................... 2-92.3.4 检查保护倒换状态 ................................................................................................. 2-112.3.5 查询日志记录......................................................................................................... 2-122.3.6 检查ECC路由....................................................................................................... 2-122.3.7 同步网元时间......................................................................................................... 2-132.3.8 校验配置数据一致性.............................................................................................. 2-132.3.9 备份网元配置数据 ................................................................................................. 2-142.3.10 备份和恢复T2000数据库 ................................................................................... 2-142.3.11 导出和导入配置脚本............................................................................................ 2-152.3.12 修改网管用户口令 ............................................................................................... 2-18插图目录图2-1 风扇系统结构示意图.............................................................................................. 2-5图2-2 误码测试连接图..................................................................................................... 2-7表格目录表2-1 传输设备例行维护周期和维护项目 ........................................................................ 2-1表2-2 运用网管进行设备维护的周期和项目 .................................................................... 2-2第2章日常维护基本操作本章介绍了设备日常维护的基本操作方法和步骤，包括：●设备日常维护项目●设备维护基本操作●运用网管进行设备维护的基本操作2.1 设备日常维护项目设备的例行维护项目如表2-1所示。