hp+integrity+rx2800+i2+server使用手册_产品说明书_配置指南(quickspecs)_IT168文库

合集下载

HP ProLiant Storage Server 用户指南说明书

对于此处包含的错误，或是与此材料的供应、性能或使用相关的偶发性或继发性损坏，Hewlett-Packard公司均不承担任何责任。

本文档包含受版权保护的所有权信息。

未经Hewlett-Packard公司事先书面许可，不得影印、复制本文档的任何部分或将其翻译成其它语言。

本文档包含的信息可能随时更改，恕不另行通知。

HP产品和服务的明示担保声明中说明了对此类产品和服务的仅有担保。

不应将此处的任何内容视作附加担保。

HP公司对本文档包含的技术性或编辑性错误或遗漏之处不承担任何责任。

Microsoft®、MS Windows®、Windows®和Windows NT®是Microsoft Corporation在美国的注册商标。

UNIX®是The Open Group的注册商标。

Hewlett-Packard公司对本文档包含的技术性或编辑性错误或遗漏之处不承担任何责任。

信息按“原样”提供，不附有任何形式的保证。

如有更改，恕不另行通知。

Hewlett-Packard公司产品的明示性有限担保声明中说明了对此类产品的担保。

不应将此处的任何内容视作附加的担保。

HP ProLiant Storage Server用户指南目录关于本指南 (9)适用读者 (9)准备事项 (9)相关文档资料 (9)约定 (9)文档约定 (10)文本标记 (10)设备标记 (11)获得帮助 (12)HP技术支持 (12)HP硬件支持服务 (12)HP授权的经销商 (13)有帮助的网站 (13)1概述 (15)2系统配置 (19)通过网络部署存储服务器 (19)IP网络连接和安装要求 (19)收集配置信息 (20)存储服务器服务说明DVD上的Windows多语言用户界面(MUI) (21)WebUI配置 (21)方法1：远程浏览器（使用主机名称） (22)步骤 (22)方法2：直接连接 (23)步骤 (23)快速启动向导配置 (23)步骤 (24)完成基本安装 (25)完成系统配置 (26)群集设置 (27)3存储管理概述 (29) (29)HP ProLiant Storage Server用户指南iii存储管理元件 (29)存储管理示例 (29)物理存储元件 (30)阵列 (31)容错 (32)联机备件 (33)逻辑存储元件 (34)逻辑驱动器(LUN) (34)分区 (35)卷 (35)文件系统元件 (36)文件共享元件 (36)Volume Shadow Copy Service概述 (36)使用存储元件 (37)群集服务器元件 (37)4服务器存储 (39)概述 (39)关于ML110G1和DL100HP ProLiant Storage Server存储39物理驱动器配置 (39)Disk Manager (41)磁盘分区和RAID配置（ML110G1和DL100）..41关于ML110G2HP ProLiant Storage Server存储 (43)物理驱动器配置 (43)ML110G2（Express） (44)ML110G2（Workgroup） (45)Disk Manager (45)磁盘分区和RAID配置（ML110G2Express）..46磁盘分区和RAID配置（ML110G2Workgroup）.47关于300系列500系列ProLiant存储服务器的存储.49物理驱动器配置 (50)A符合规则声明 (51)联邦通信委员会声明 (51)A类设备 (51)B类设备 (51)修改 (52)电缆 (52)标有FCC徽标的产品的认证合格声明（仅限于美国） (52)加拿大声明(Avis Canadien) (52)A类设备 (52)B类设备 (53)欧盟声明 (53)BSMI声明 (53)iv日本声明 (54)日本电源线声明 (54)电池替换声明 (54)中国台湾电池回收声明 (55)英国声明 (55)荷兰声明 (55)捷克声明 (56)爱沙尼亚声明 (56)芬兰声明 (56)法国声明 (57)德国声明 (57)希腊声明 (58)匈牙利声明 (59)意大利声明 (59)拉托维亚声明 (60)立陶宛声明 (60)波兰声明 (61)葡萄牙声明 (61)斯洛伐克声明 (61)斯洛文尼亚声明 (62)西班牙声明 (62)瑞典声明 (63)B释放静电 (65)接地方法 (65)索引 (67)HP ProLiant Storage Server用户指南v图列表1快速启动向导屏幕 (24)2“快速启动向导”的配置查看屏幕 (25)3存储管理过程示例 (30)4将物理驱动器配置到阵列中将极大程度地提高读/写效率.31 5数据块(B1-B12)的RAID0（数据条带化）(S1-S4) (32)62个阵列(A1,A2)和跨5个物理驱动器的5个逻辑驱动器（L1至L5） (34)7硬件RAID (40)8磁盘管理、分区（ML110G1和DL100） (42)9ML110G2（Express）软件RAID (44)10ML110G2（Workgroup）硬件RAID (45)11磁盘管理、分区（ML110G2Express） (47)12磁盘管理、分区（ML110G2Workgroup） (49)13硬件RAID (50)vi表列表1文档约定 (10)2型号快速参考（ML110至DL100） (16)3型号快速参考（ML350至ML370） (17)4型号快速参考（DL380至DL585） (18)5配置信息 (20)6RAID方法概述 (33)7硬盘配置 (40)8RAID配置（按硬盘） (41)9RAID配置（逻辑驱动器） (41)10ML110G2（Express）硬盘配置 (44)11ML110GS（Workgroup）硬盘配置 (45)12RAID配置（按硬盘） (46)13RAID配置（逻辑驱动器） (46)14RAID配置（按硬盘） (48)15RAID配置（逻辑驱动器） (48)16硬盘配置 (50)HP ProLiant Storage Server用户指南viiviii关于本指南适用读者本书供具有下列经验的专业技术人员使用：•Microsoft®管理过程•系统和存储配置准备事项在安装HP ProLiant Storage Server之前，HP建议您先获取“适用读者”部分所列内容的相关补充文档资料。

HP Integrity VirtualMachines操作手册

HP Integrity VirtualMachines 4.1& Manager 4.0 操作文档2010.02.07系统硬件资源配置情况：一．配置虚拟机环境。

Integrity VM 环境及管理包括以下组件：• T2767CC — B.04.10 Integrity VM• T8718AC — B.04.10 Integrity VM 联机迁移软件包。

• VMMGR — B.04.00 Integrity VM manager。

以上三个软件包从HP VSE-OS软件包中的Application Software2光盘进行安装。

安装过程：1. 挂载cdrom。

查找cdrom设备文件名：]#ioscan -funCdiskClass I H/W Path Driver S/W State H/W Type Description=======================================================================disk 0 0/0/0/2/0.6.0 sdisk CLAIMED DEVICE HP 300 GHUS153030VL3800/dev/dsk/c0t6d0 /dev/dsk/c0t6d0s2 /dev/rdsk/c0t6d0 /dev/rdsk/c0t6d0s2/dev/dsk/c0t6d0s1 /dev/dsk/c0t6d0s3 /dev/rdsk/c0t6d0s1 /dev/rdsk/c0t6d0s3disk 1 0/0/0/2/1.2.0 sdisk CLAIMED DEVICE Optiarc DVD RW AD-5200A/dev/dsk/c1t2d0 /dev/rdsk/c1t2d0……………………disk 16 1/0/4/0/0/0/0.0.0.4.0 sdisk CLAIMED DEVICE HP DF0300B8053 /dev/dsk/c8t4d0 /dev/rdsk/c8t4d0disk 17 1/0/4/0/0/0/0.0.0.5.0 sdisk CLAIMED DEVICE HP DF0300B8053 /dev/dsk/c8t5d0 /dev/rdsk/c8t5d0#mkdir cdrom#mount /dev/dsk/c1t2d0 /cdrom创建挂载点，以块设备方式挂载cdrom。

hp 蓝卡使用说明

蓝卡系统集成方案使用指南(特别为惠普定制)北京易生创新科技有限公司.前言◎欢迎使用蓝卡！◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆※本手册所有的产品商标与产品名称均属于北京易生创新科技有限公司。

※本手册所有图形仅供参考，请您以实际软件界面为准。

※请您保护好您的蓝卡密码，如果密码遗失，请您告之购货渠道,否则我们无法为您提供服务。

※请您在做安装、移除、修改蓝卡操作时，备份好您的硬盘数据，如果数据丢失，本公司不予找回。

◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆◆蓝卡系统集成方案(以下简称蓝卡)是对局域网内计算机机房进行搭建、部署、维护的一种专用解决方案，集网络安装、数据恢复和网络更新功能于一身。

该方案广泛应用于学校机房、企事业单位或网吧等局域网环境，成为广大机房管理者的得力助手。

它以方便、快捷、安全的优势备受机房管理者的青睐。

◎质量保证及其升级说明蓝卡实行一年质保，其间本公司将竭诚为您提供主版本内的免费升级服务，升级后的版本和使用手册中的界面或内容有所出入的，请您以实际界面为准，如有需要解答的问题，请您及时联系我们的技术部门。

感谢您对本公司产品的厚爱！目录本手册阅读导航1.产品介绍 ............................................................................６1.1.产品说明......................................................................... ６1.2.功能简介......................................................................... ６1.3.支持的操作系统* ........................................................... ７1.4.支持的文件系统............................................................. ７2.快速开始指南 ....................................................................８2.1.选择安装方式（全新安装）......................................... ８2.2.安装操作系统和蓝卡驱动......................................... １１2.2.1.安装操作系统及应用软件................................ １１2.2.2.安装蓝卡驱动 ................................................... １２2.2.3.安装完成 ........................................................... １５2.3.网络拷贝、自动修改IP ............................................ １５2.3.1.网络拷贝 ........................................................... １６2.3.2.自动修改IP ....................................................... ２０3.计算机已经安装好操作系统安装蓝卡 ........................２３3.1.选择安装方式............................................................. ２３3.1.1.保留安装 ........................................................... ２３3.1.2.安装蓝卡系统驱动............................................ ２４3.1.3.网络拷贝 ........................................................... ２５3.1.4.自动修改IP ....................................................... ２５4.高级使用指南 ................................................................２６4.1.安装多个操作系统..................................................... ２６4.1.1.选择安装方式（全新安装）............................ ２６4.1.2.用蓝卡划分硬盘分区........................................ ２７4.1.3.安装操作系统及应用软件................................ ２９4.1.4.安装蓝卡驱动 ................................................... ２９4.1.5.网络拷贝、自动修改IP ................................... ２９4.2.Linux安装指南 .......................................................... ３０4.2.1.蓝卡分区界面 ................................................... ３０4.2.2.选择安装类型时，选择“定制”： .................. ３１4.2.3.磁盘分区设置请选择“用手工分区”。

HPIntegritySuper...

随 HP 产品及服务提供的明示性担保声明中列出了适用于此 HP 产品及服务的专用担保条款。

本文中的任何内容均不构成额外的担保。

HP 对本文中的技术或编辑错误以及缺漏不负任何责任。

Intel 和 Itanium 是 Intel Corporation 及其子公司在美国和其他国家（地区）的商标或注册商标。

Microsoft 和 Windows 是 Microsoft Corporation 在美国的注册商标。

UNIX 是 The Open Group 的注册商标。

目录关于本文档 (7)目标读者 (7)文档结构 (7)印刷字体约定 (7)相关信息 (7)版本说明 (8)HP 欢迎您提出宝贵的意见和建议 (8)1 安装系统 (9)简介 (9)通信干扰 (9)静电释放 (9)公共电信网络连接 (9)打开系统的包装并检查 (9)确认现场准备工作 (9)收集 LAN 信息 (10)验证电气要求 (10)核对清单 (10)检查装运箱是否有损坏 (10)检查前的预防措施 (12)索赔过程 (12)打开硬件部件包装并进行检查 (12)需要的工具 (12)打开机柜的包装 (12)打开PDCA 的包装 (18)退回设备 (18)安装系统 (19)将系统和相关设备移到安装位置 (19)打开鼓风机托架及鼓风机的包装并进行安装 (19) 安装侧护板和鼓风机侧挡板 (22)安装侧护板 (22)安装鼓风机侧挡板 (23)安装校平支脚并校平机柜 (24)安装前门挡板和前后鼓风机挡板 (25)安装前门挡板 (25)安装后鼓风机挡板 (27)安装前鼓风机挡板 (27)检查接线情况 (28)安装并验证PDCA (29)检查电压 (32)卸下 EMI 面板 (33)连接电缆 (35)I/O 电缆布线 (36)安装支持管理工作站 (37)配置事件信息工具 (37)打开辅助电源 (37)将 MP 连接到客户 LAN (39)将 MP 连接到网络 (39)设置客户 IP 地址 (40)引导并验证系统 (42)连接到 MP (42)接通系统的 48 V 电源 (44)将 HP Integrity Superdome/sx2000 引导至 EFI Shell (45) 将 HP 9000 sx2000 服务器引导至 BCH (46)目录3验证系统 (46)运行 JET 软件 (48)运行 JUST (48)使用 JET 后重新开机 (48)Offline Diagnostics Environment (49)安装后踢板 (49)目测检查并结束安装 (49)安装后的检查工作 (52)索引 (53)4目录图列表1-1正常的倾斜指示器 (11)1-2异常的倾斜指示器 (11)1-3机柜装运箱正面 (13)1-4剪开塑料捆装带 (14)1-5从货盘上卸下斜轨 (14)1-6电源安装螺钉的位置 (15)1-7I/O 机箱安装螺钉 (15)1-8装运带位置 (16)1-9卸下安装支架 (17)1-10放置斜轨 (17)1-11将机柜沿斜轨滑下 (18)1-12鼓风机托架框架 (20)1-13从托架上除去保护性硬纸板 (20) 1-14安装后鼓风机托架 (21)1-15安装前鼓风机托架 (21)1-16安装鼓风机 (22)1-17安装后侧护板 (23)1-18安装前侧护板 (23)1-19安装鼓风机侧挡板 (24)1-20安装校平支脚 (25)1-21安装底部前门配件 (26)1-22安装顶部前门配件 (26)1-23安装后鼓风机挡板 (27)1-24安装前鼓风机挡板 (28)1-25选件 6 和 7 的 PDCA 配件 (29) 1-26 4 线接口 (30)1-27 5 线接口 (30)1-28安装PDCA (31)1-29检查 PDCA 测试点（5 线） (31) 1-30墙体插座插脚引线 (32)1-31电源指示灯 LED (33)1-32卸下前 EMI 面板的螺钉 (34)1-33卸下后EMI 面板 (35)1-34电缆标记 (36)1-35I/O 电缆布线 (36)1-36具有 HKP 和 Present LED 的前面板 (38)1-37BPS LED (39)1-38MP LAN 连接位置 (40)1-39LAN 配置屏幕 (40)1-40ls 命令屏幕 (41)1-41登录 (42)1-42MP 主菜单 (43)1-43MP 命令选项 (43)1-44MP 虚拟前面板 (43)1-45分区状态示例 - 机柜未加电 (44)1-46MP 控制台选项 (44)1-47HP Integrity Superdome/sx2000EFI Boot Manager (45) 1-48EFI Shell 提示符 (45)1-49HP Integrity Superdome/sx2000分区处于系统固件控制台状态 (46)1-50第一个电源状态窗口 (47)1-51电源状态窗口 (47)1-52显示 UGUY LED 状态的电源状态 (48)1-53安装后踢板 (49)1-54单元板弹出器 (50)1-55前 EMI 面板凸缘和机柜插孔 (51)1-56重新安装后 EMI 面板 (52)5表格清单1-1可用的电源选件 (18)1-2电源线选件 6 和 7 的详细信息 (18)1-3 4 线和 5 线电压范围 (32)6表格清单关于本文档本文档包含系统概述、系统专用参数、如何安装系统、操作系统具体信息、故障排除提示以及在系统中卸下和重新装上部件的操作步骤。

HP Integrity服务器系列说明书

HP IntegritySuperdome2HP Integrityrx1620-2服务器HP Integrityrx2620-2服务器HP Integrityrx4640-8服务器HP Integrityrx7620-16服务器HP Integrityrx8620-32服务器HP Integrity服务器系列HP Integrity服务器可帮助您构建动成长企业的坚实基础，实现业务与IT的最佳同步，以从容驾驭变革。

在当今业务情形瞬息万变的世界中，您的IT基础设施必须具有出色的灵活性。

企业的成功取决于部署合适的解决方案，它必须能够实现最高回报、降低风险、提升性能并提高灵活性。

HP Integrity服务器系列—基于行业标准、模块化的构建模块—带来了卓越的简易性、灵活性和价值，可有力帮助您实现上述目标。

HP Integrity服务器为向动成长企业迈进奠定了坚实基础。

作为全球最全面的行业标准服务器系列，Integrity服务器能够满足您最苛刻的业务需求，为您提供绝佳选择。

其设计融合了独特创新，无论是在系统内部还是外部都带来了突破性的非凡价值。

此外，它们还提供了世界一流的使用体验，并通过紧密协作来设计和构建灵活的基础设施，以使您能够从容应对变革和拓展业务。

一旦投资了合适的系统来构建IT设施的基础，您便可高枕无忧，因为您投资的价值将会随着需求的增加而不断提升。

HP基于标准的服务器创新以及与业界主要ISV（独立软件开发商）强大的合作关系共同打造了全面的解决方案，使您能够轻松、经济高效地应对变革。

借助Integrity服务器，您可以选择运行各种操作系统，而不是受制于专有解决方案—带来出色的投资保护并降低了TCO（总体拥有成本）。

我们创新的虚拟化和管理解决方案提高了资源利用率、简化了运营并降低了成本。

同时，HP坚定不移地推广标准化的解决方案、建立强大的合作伙伴关系并提供全方位的服务、咨询和支持。

HP Integrity服务器拥有行业领先的卓越性能和关键任务可靠性，专门针对最苛刻的工作负载而设计，帮助您建立协调一致的IT与业务环境。

HP交换机配置手册(免费下载)

HP交换机配置手册
交换机配置手册
Байду номын сангаас 目
第一章 1.1 1.2
录
HP 交换机简明使用手册................................................................................................................ 1 交换机的初始配置 ...................................................................................................... 4 使用 CONSOLE 口进行交换机的配置 ....................................................................... 4 使用 TELNET 或者 WEB 方式对交换机进行配置................................................... 6 1.2.1 使用 TELNET 方式对交换机进行配置 ............................................................. 6 1.2.2 通过 WEB 方式对交换机进行配置........................................................... ......... 6 1.3 设置用户名及密码 .................................................................................... .................... 7 1.4 配置 SNMP 相关信息

富士通PRIMEQUEST 2800B2服务器数据手册说明书

数据手册关键任务FUJITSU PRIMEQUEST 2800B2服务器富士通（Fujitsu ）关键业务服务器FUJITSU PRIMEQUEST 2800B2，采用长期积淀的、源于数代计算机系统研发的卓越技术，提供高端服务器性能。

最具经济效益的企业级服务器富士通关键业务服务器“FUJITSU PRIMEQUEST 2800B2”是专注于成长企业需求的高端数据中心系统。

基于Fujitsu （富士通）数代高可靠大型机和Unix 服务器的技术和创新，该系统可提供关键任务级高性能、卓越的服务可用性以及x86服务器的开放性。

由于结合全球标准的Linux®和/或Microsoft®Windows®操作系统和Fujitsu （富士通）的可靠性、稳定性和易管理性技术，FUJITSU PRIMEQUEST 成为极具经济效益的关键任务开放平台。

FUJITSU PRIMEQUEST 通过以下特性，为客户投资提供全面保护： ■ 全年不间断运行； ■ 杰出性能和可靠性■ 开放式服务器的卓越灵活性和可扩展性 ■ 显著提升的性价比■ 面向未来的应用优化和可扩展性标准平台和高可用性 FUJITSU PRIMEQUEST 2800B2凭借出色的冗余性，实现了企业级平台所需的超常稳定运行时间。

从设计到生产再到质量保证——FUJITSU PRIMEQUEST 服务器都遵照了Fujitsu （富士通）生产流程的严格标准，从而能显著降低故障率。

凭借英特尔®至强®E7-8800 v3产品家族处理器和Fujitsu （富士通）的超高速I/O 技术，FUJITSU PRIMEQUEST 2800B2服务器在大型系统服务器评测中已取得骄人的性能分数。

这进一步表明Fujitsu （富士通）具备足够的实力为客户提供用于处理企业级工作负载，并遵循开放式系统标准的最佳产品。

例如，在与众多的固态硬盘产品相结合后，PRIMEQUEST 2800B2 能在现有关键任务服务器所能提供的数据吞吐量的基础上再次飞跃。

HP系统管理员手册HP新小型机

HP系统管理员手册HP新小型机C a t c h e y?D i n g 二OO三年五月前言尊敬的客户，首先欢迎您购买HP9000小型机服务器。

尊敬的系统管理员，您选择了惠普的产品，同时也就选择了惠普的服务。

您在任何时候都不是孤立无援，在您们的身后有一个惠普计算机系统响应中心在时刻准备着为您提供技术服务。

不论是系统故障，还是Unix方面的技术问题，甚至是某条命令用法，您都可以致电惠普响应中心。

该中心配有经验丰富的软件、硬件工程师，可以通过电话或计算机远程访问确定故障点，以最快速度解决用户问题。

所以，在系统运行发生故障时,欢迎拨打惠普计算机系统服务响应中心电话请求援助。

联系方法是：1)( 010 ) 6564 38002)800-810-7000（免费服务电话）3)传真：（010）6566 8208为了让系统管理员在最短的时间内尽快获得有关HPUX操作系统的基本知识以及HP 9000小型机硬件的基本构造，指导管理员进行日常系统维护，我们特意为您订做了这本『必读』。

该『必读』分为机房环境、系统管理员日常工作、数据备份与恢复以及双机热备的方面简单介绍了HP9000小型机及其操作系统的正确使用方法及故障诊断的简单技巧。

尽管惠普计算机系统服务响应中心和分布在全国十四个城市的惠普技术服务工程师都准备为您提供优质的服务，但对于一些简单的技术问题和故障，通过您的努力，能够亲手排除。

一来可以最快的解决问题，二来您也可以小有成就感。

这是我们编制此『必读』的另一目的。

目录前言........................................................ 第一章、有关机房现场环境..........................................一、机房总体要求................................ 错误！未指定书签。

二、机房内环境要求................................................三、电源要求......................................................四、HP9000小型机的功率及散热量指标................................五、HP9000小型机和机柜的尺寸及重量............................... 第二章、故障诊断(Trouble-Shooting) (5)一、硬件故障诊断..................................................二、软件故障诊断..................................................三、网络故障...................................................... 第三章、系统管理员的日常工作......................................一、关于HP-UX的硬盘资源的逻辑卷管理..............................二、关于系统主控台Console的说明与设置............................三、系统的开关机和PDC简介........................................四、HP Secure Web Console 的配置与维护............................五、有关DDS磁带机................................................六、日常设备维护检查.............................................. 第四章、系统备份与灾难恢复.. (33)一、系统备份与恢复常用命令........................................二、系统备份/ 恢复方法及策略..................................... 第五章、有关HP双机热备软件.......................................一、手动启动MC/SG ................................................二、单点启动后，加入另一个节点： (32)三、实现节点切换..................................................四、监测 Cluster 运行状态.........................................五、停止 Cluster 运行.............................................六、停止运行某个节点而 Cluster 在其它节点继续运行.................七、在Running Cluster 中运行某一个包........... 错误！未指定书签。

HP Integrity NonStop NB16200 伺服器说明书

HP Integrity NonStop NS16200伺服器可為任何平台提供最高水準的服務，拓展HP適應性架構與複雜的企業業務應用。

NS16200伺服器是一款頂級企業運算解決方案，是專門設計以絕對的資料完整性，來提供前所未有的應用軟體可用性。

Integrity NonStop伺服器採用新一代Intel®Itanium®9100系列處理器，比以往NonStop伺服器有更出色的性能提升。

運行於上一代NonStop伺服器平台上的應用軟體無需更改即可移植到Integrity NonStop伺服器上，大幅提高生產力，提升系統可用性。

IntegrityNonStop伺服器全面提升擴充性，其線性擴充能力可以從2顆處理器擴充至4,080顆處理器。

Integrity NonStop伺服器在可擴充性方面為領導廠商。

整合的硬體、作業系統和資料庫，不僅提供了線性可擴充性，而且使伺服器平台實現了業界內建最高水準的高可靠性、可用性和可維護性（Reliability,Availability and Serviceability，簡稱RAS）。

Integrity NonStop伺服器提供的功能讓單一應用軟體有效利用高達64TB的主記憶體和超過20PB以上的輔助記憶體，來滿足對系統要求最苛刻的應用，並縮短回應時間，諸如作業資料儲存（ODS）、定位系統、E911、證券交易、支付解決方案以及整合式電子病歷。

Integrity NonStop伺服器可整合現行應用系統，並保有我們所承諾的對關鍵任務應用的投資保護和最低總體擁有成本（TCO）。

NS16200是一款全新的伺服器，可用於擴充或整合現有的NS16000與NS16200伺服器，客戶也可選擇從現有NS16000（全面或部份）升級至NS16200。

主要特色•採用標準架構，利用最新Itanium處理器技術，Itanium9100系列處理器的速度高達1.6GHz。

•整合的硬體和軟體可實現優異的應用系統容錯功能，並提供線性可擴充性和內建RAS的業界最高標準。

FUJITSU Server PRIMEQUEST 2800E3系统配置指南说明书

PRIMEQUEST 2800E3PRIMEQUEST 2800E3System Configuration GuideAugust 2017Contents1.Overview2.Base Unit3.System Board (SB)4.CPU5.Memory6.RAID Controller7.HDD/SSD in System Board8.Management Board (MMB)9.I/O Unit10.Disk Unit (DU)11.HDD/SSD in Disk Unit12.PSU for Base Unit, Power Cord for Base Unit13.PCI Box, Power Cord for PCI Box14.PCI Card15.Rack Installation16.Maximum Quantity of PCIe Cards17.Available OSChange ReportPRIMEQUEST 2800E3 1. OverviewFront sideDisk UnitSystem BoardRear sidePower Supply Unit or FanI/O Unit (1GbE) orI/O Unit (10GbE)Management BoardPRIMEQUEST 2800E3 1. OverviewPart Number Legend:Part Number:MC-****** is a Build-to-Order (BTO) option to be assembled with a Base Unitat Fujitsu factory.MCX****** is an option to be shipped separately from a Base Unit(Loose Delivery)PRIMEQUEST 2800E3 2. Base Unit3. System BoardA : The combination is available. The quantity of memory is the minimum quantity.B : The combination is available.C : The combination is NOT available.* If a partition includes multiple SBs, 2 x CPUs need to be mounted on each of the SB in the partition.The following functions are NOT available for the System Board with TPM.- Reserved SB- Dynamic Reconfiguration4. CPUCPU mounting condition:- The same kind of CPUs need to be mounted in a partition.- The other kind of CPUs can be selected if it is mounted in the other partition.- In case plural System Boards configure a single partition, 2 x CPUs need to be mounted per System Board.5. MemoryMemory ModeMemory Mounting Condition1. Memory and Memory Expansion Board(1) Memory for PRIMEQUEST is composed of 2 x DIMMs.(2) 6 sets (12 x DIMMs) can be mounted per CPU on System Board and 6 sets (12 x DIMMs) can be mounted on Memory Expansion Board. (3) Combination of Memory Mode, number of Memory and necessity of Memory Expansion Board is shown below. Please order Memory Expansion Board referring the following chart.2. Memory Mounting Conditions(1) Mixture of different type of Memory is not allowed in a single partition.The exception is a combination of 16GB Memory (2 x 8GB RDIMM) and 32GB Memory (2 x 16GB RDIMM), which is allowed to mix in a single partition. (2) Unit of memory expansion: 1 set (2 x DIMMs) for Normal Mode, 2 sets (4 x DIMMs) for Mirror Mode and 3 sets (6 x DIMMs) for Spare Mode.Memory Mounting (1) or Memory Mounting (2)In case none of the 3 conditions below is applicable, please see "Memory Mounting (1)".In case any of the 3 conditions below is applicable, please see "Memory Mounting (2)".The conditions are:- A single partition is composed of in total 4 x boards of System Board (SB) and/or Memory Scale-up Board (MSB).- Dynamic Reconfiguration is enabled.- Address Range Mirror is enabled.PRIMEQUEST 2800E3 Memory Mounting (1)DIMM mounting order on System BoardThe Memory needs to be mounted from a small number in accordance with the chart below.DIMM slots on Memory Expansion BoardMixed DIMM mounting condition on System BoardIn case different type of DIMMs are mounted on the System Board, the DIMMs need to be mounted in accordance with the following rule. The same type of DIMMs with the same Product ID need to be mounted in the slots with the same symbol.DIMM slots on Memory Expansion BoardPRIMEQUEST 2800E3 Memory Mounting (2)DIMM mounting order on System BoardThe memory needs to be mounted from a small number in accordance with the chart below.DIMM slots on Memory Expansion BoardDIMM mixed mounting condition on System BoardIn case different type of DIMMs are mounted on the System Board, the DIMMs need tobe mounted in accordance with the following rule.The same type of DIMMs with the same Product ID need to be mounted in the slotswith the same symbol.DIMM slots on Memory Expansion Board6. RAID Controllerto mount on System Boards8. Management Board (MMB)12. PSU for Base Unit(*1) Single power feed configuration will help to supply power even in the event of PSU failure.(*2) Dual power feed configuration will help to supply power even in the event of one Power feed failure or PSU failure.12. Power Cords for Base Unit for APAC and Americas12. Power Cords for Base Unit for EMEA & IndiaPCI Box(*2) Dual power feed configuration will help to supply power even in the event of one Power feed failure or PSU failure.Remark1 x PCI Box cannot be connected to2 different Base Units of PRIMEQUEST.Power Cords for PCI Box13. Power Cords for PCI Box for APAC and Americas13. Power Cords for PCI Box for EMEA & IndiaPCI CardPRIMEQUEST 2800E3 14. PCI Card14. PCI Card15. Rack Installation for APAC and AmericasFor the details of rack products, please refer to "19 inch Rack Handbook".https:///sites/primeweb/services/servers/primequest/document/Pages/dc-h-guide.aspx24U (Width 700mm x Depth 1,050mm x Height 1,200mm)37U (Width 700mm x Depth 1,050mm x Height 1,792mm)Expansion Rack 19R-273B242U (Width 700mm x Depth 1,050mm x Height 2,000mm)Expansion Rack 19R-274B216U (Width 600mm x Depth 1,050mm x Height 845mm)24U (Width 600mm x Depth 1,050mm x Height 1,200mm)42U (Width 600mm x Depth 1,050mm x Height 2,000mm)Expansion Rack 19R-264B2For Model 2724/2737/2742For Model 2616/2624/2642For Base Rack for Model 2724/2737/2742For front side, rear side, left side, and right sideFor Expansion Rack for Model 2724/2737/2742For front side and rear sideFor Base Rack for Model 2616/2624/2642For front side, rear side, left side, and right sideBlank PanelBlank Panel (1U)19R-26BP1Blank Panel (2U)19R-26BP2Blank Panel (3U)19R-26BP3Side Cable DuctSide Cable Duct 19R-27SD1For Model 2724/2737/2742Rack TrayRack Tray (Fixed Type)19R-26TR1Rack Tray (Slide Type)19R-26TR2Laptop PC Tray 19R-26TR3Cable HolderCable Holder for front side 19R-27CM1* For Model 2724/2737/2742Cable Holder for rear side 19R-27CM2* For Model 2724/2737/2742Cable Holder for front side 19R-26CM1* For Model 2616/2624Cable Holder for rear side 19R-26CM2* For Model 2616/2624Cable Holder for front side 19R-26CM11* For Model 2642Cable Holder for rear side 19R-26CM21* For Model 2642Screw kitScrew kit 19R-26SC150 pcs of M6 screws and 50 pcs of M6 cage nutsPRIMEQUEST 2800E3 15. Rack Installation for EMEA and India16. Maximum Quantity of PCIe CardsNotes:*1) Emulex Fibre Channel Cards/FCoE (CNA) Cards and Qlogic Fibre Channel Cards CANNOT be used in the same partition. *2) Max total quantity of "Emulex Fibre Channel Cards" and "FCoE Cards (10Gbps/40Gbps)" that can be mounted:-Max 16 x Cards per Partition*3) Max Quantity of 1000BASE-T Cards that can be mounted per I/O Unit:-4x Cards per I/O Unit (1Gbps)-2x Cards per I/O Unit (10Gbps)(For PRIMEQUEST 2800E3/2400E3) In addition, the 1000BASE-T Cards can be mounted on a PCI Box.Change Report。

HP Integrity Blade Server系列产品技术白皮书说明书

Blades (BL860c i2, BL870c i2, andBL890c i2)World’s first scale-up blades built on the industry’s #1 bladeinfrastructureTechnical White PaperTable of contentsExecutive Summary (2)Product Family—A starting point (2)HP BladeSystem c-Class Enclosure Solutions and Integrity Server Blades (4)Building a Bladed Scalable System—Foundation Blade and the BL860c i2 (5)HP Integrity BL860c i2 Server Blade (5)Scalable Blade Architecture—Building larger systems (7)Inter Blade QPI Fabric Communication (7)Integrity Blade Link (7)HP Manageability Architecture (8)QPI Fabric and System Topology (8)HP Integrity BL870c i2 Server Blade (8)HP Integrity BL890c i2 Server Blade (9)Memory Architecture (10)HP Integrity IO Subsystem (10)Flex-10 and Virtual Connect (11)Conclusion (12)Executive SummaryThe HP Integrity server blade architecture builds on the best of HP blade technology with new levels ofscalability, spanning from the BL860c i2 single blade entry solution up to the BL890c i2 quad blademid-range offering. Benefits of the HP integrity server blade solutions include scalability, ease of use,flexibility, best-in-class I/O solutions, and total cost of ownership (TCO). This provides a compellingmission-critical Converged Infrastructure strategy for Integrity server blades.If you are considering upgrading from a current bladed or non-bladed server design to a nextgeneration server, this white paper is intended to highlight some of the capabilities of the HP Integrityserver blades to aid in your evaluation.Product Family—A starting pointThe HP Integrity server blades, as shown in Figure 1, are designed to provide a range of capabilities,replacing the prior Integrity generation BL860c, BL870c, and racked 4-processor module and8-processor module rack mount servers. The Integrity server blades product line is composed of theBL860c i2 single blade server, BL870c i2 two-blade server, and BL890c i2 four-blade server. Theprocessor, Memory, and I/O resources of the Integrity server blades can be adjusted, that is scaled,to meet application requirements. Integrity server blades enable compute, memory, and I/O capacityto scale across the product line, as shown in Table 1. In essence, the supported resources of theBL870c i2 are double those of the BL860c i2, and the BL890c i2 resources are double those of theBL870c i2.A complementary part of the Integrity server blades story is that the Integrity blade productsseamlessly coexist with other HP BladeSystem solutions within the c-Class enclosure, enabling mixedHP ProLiant and Integrity, and StorageWorks storage blade solutions within the same enclosure. TheIntegrity server blades and enclosure solutions are supported by the HP BladeSystem managementsuite of products.The HP Integrity server blade family will support future enhanced capabilities, including memory,processor enhancements, operating system offerings, partitioning abilities, and field product upgradesto further extend its capabilities.2Figure 1: Integrity Server Blades Product Family3Table 1: Blade CapabilitiesIntegrity BL860c i2 BL870c i2 BL890c i2 Processor module Intel® Itanium 9300 processor seriesProcessor/Cores/Threads 2P/8C/16T 4P/16C/32T 8P/32C/64T Chipset Intel® E7500 Boxboro/Millbrook ChipsetMemoryIndustry Standard DDR3 24 DIMM slots96 GB (w/4 GB)192 GB (w/8 GB)*48 DIMM slots192 GB (w/4 GB)384 GB (w/8 GB)*96 DIMM slots384 GB (w/4 GB)768 GB (w/8 GB)*Internal Storage 2 hot swap SAS HDDsHW RAID 0, 1* orMirrorDisk/UX 4 hot swap SAS HDDsHW RAID 0, 1* orMirrorDisk/UX8 hot swap SAS HDDsHW RAID 0, 1* orMirrorDisk/UXNetworking (built-in IO solution) 4 @ 10 GbE NICsFlex-10 capability8 @ 10 GbE NICsFlex-10 capability16 @ 10 GbE NICsFlex-10 capabilityMezzanine IO Slots 3 PCIe slots 6 PCIe slots 12 PCIe slotsManagement Integrity iLO 3 (Integrity Integrated Lights-Out 3), iLO 3 Advanced Packlicense is includedSupported OperatingSystemsHPUX 11i v3, OpenVMS v8.4*, Windows Server 2008 R2** (Future Support)Future enhancements include 16 GB DIMM Memory, Product field Upgrades and Partition support.Integrity server blades have an important set of reliability, availably and serviceability (RAS) features,provided in all key areas of the architecture. Capabilities such as, Intel Cache Safe Technology®,error hardened latches, register store engine, memory protection keys, double device data correction,and CPU sparing and migration as well as Advanced Machine Check Architecture (AMCA) forco-ordinated error handling across the hardware, firmware, and operating systems. RAS details arecontained in the “Technologies in the HP Integrity Server Blades” white paper.Virtual Connect Flex-10 features significantly expand the I/O capabilities of the Integrity server bladesand will be described in more detail later in this white paper.HP BladeSystem c-Class Enclosure Solutions and Integrity Server BladesIntegrity server blades may reside in the c7000 or c3000 BladeSystem enclosures.The HP BladeSystem c-Class enclosure story is composed of four key themes:1.Simple to manage and easy to control: Onboard Administrator (OA), Integrity HP IntegrityIntegrated Lights-Out (iLO 3) Manageability, and HP Insight Control Environment2.Agility: Pre-wired and pre-configured make adding a new server simple3.Reduced capital and operating costs: Uses less power and less than half of the space comparedwith racked solutions.4.Ease of Integration: Flexible power configuration, same management tools as HP rack-mountservers4These four elements are applicable to Integrity server blades and become even more important as the size and capabilities of the servers increase.Table 2 details the capacity of the c3000 and c7000 enclosures for Integrity server blades.Table 2: Enclosure Capacity for the Integrity Server Blade FamilyEnclosure CapacityIntegrity server bladesBL860c i2 BL870c i2 BL890c i24 servers 2 servers 1 serverc3000(full height—4 bays)8 servers 4 servers 2 serversc7000(full height—8 bays)Building a Bladed Scalable System—Foundation Blade and the BL860c i2All Integrity server blades are built on the same basic hardware structure. With the Intel QuickPath Interconnect (QPI) fabric, Integrity Blade Link and the extensible HP Integrity iLO 3 solution, HP defines a family of servers, scaling from the BL860c i2 two-processor module system all the way up to theBL890c i2 eight-processor module system.The Integrity server blades are comprised of one to four physical blades, depending on the Integrity server blade product. Multi-blade solutions are regarded as being “conjoined” or interdependently linked together. The Integrity server blades design relies on a common foundation blade design that is replicated and configured based on the location, for example node address, within the QPI fabric topology, resulting in a scalable architecture. The Integrity server blade architecture can easily be increased in resources, for example processor modules, memory and I/O, with sufficient allocated QPI fabric bandwidth and I/O bandwidth to enable a balanced system as I/O resources are added. As the Integrity server blade architecture is increased or scaled from a minimum configuration to a maximum configuration, all management resources, tools, and user interfaces behave consistently, simplifying administration of the entire product line.HP Integrity BL860c i2 Server BladeThe foundation blade structure provides a set of blade features as shown in Figure 2. A foundation blade combined with a BL860c i2 Integrity Blade Link, will be configured to a BL860c i2 blade.The BL860c i2 server blade supports two Intel® Itanium® processor 9300 series (quad-core ordual-core) processor modules. The two processors are linked together by a full width QPI link providing 19.2 GB/s of bandwidth. Each Itanium processor 9300 series module contains two memory controllers with an aggregate bandwidth of 28.8 GB/s. Each Processor Module supports up to 12 DDR3 memory DIMMs, or 24 memory DIMMs in total for the blade. The blade will support a memory capacity of 384 GB when 16 GB DIMMs are available.The I/O subsystem is composed of built-in I/O functions and three I/O expansion slots. The I/O expansion slots are provisioned with x8 PCIe Gen2 links back into the IO Hub controller (IOH). This provides a raw total aggregate bandwidth of 10 GB/s per I/O Mezzanine card (send and receive).5The BL860c i2 server blade also has four 10 GbE Flex-10 NIC ports provided by two embedded dualLAN controllers. Each dual LAN controller is provisioned with x4 PCIe Gen2 links, providing a rawaggregate bandwidth of 5 GB/s (send and receive).The BL860c i2 server blade contains an on-board SAS RAID controller and a separate PCIe Gen1 x4path to an adjacent blade enclosure bay for support of partner blade SAS mass storage and tapebackup options. A manageability subsystem also resides on the blade which works independently ona single blade basis or as an orchestrated manageability subsystem if multiple blades are conjoinedtogether. As with all c-Class Integrity and HP ProLiant blades, the HP Integrity server blades provide aSUV (serial, USB, and video) port on the front of the blade for service and support.As shown in Figure 2, each Itanium processor 9300 series module provides three QPI fabric links tosupport conjoining of blades, using the Integrity Blade Link. This architectural approach enables thefuture ability to upgrade the BL860c i2 product to a BL870c i2 product, resulting in the scaling up ofinterconnected resources by 2x. The BL870c i2 product could also be upgraded to a BL890c i2,resulting in a further doubling of resources.Figure 2:Foundation Blade Architecture DiagramThe BL860c i2 server blade is designed to be socket compatible with the nextgeneration of Itanium processor modules as well.6Table 3:Integrity Server Blades Supported ProcessorsFuture ItaniumFeature Intel® Itanium® processor 9300seriesCores per processor module 4 EnhancedMulti-Threading Support Yes YesUp to 24 MB L3 Enhanced Processor module Highest LevelCache SizeDIMMs per processor module 2-12 2-12DRAM Technology DDR3 DDR3 Scalable Blade Architecture—Building larger systemsThe Integrity server blade architecture is based on distributed shared memory (DSM) architecture, also known as cache coherent Non-Unified Memory Architecture (ccNUMA). The Integrity server blade architecture utilizes the Intel Quick Path Interconnect (QPI) point-to-point fabric to connect the primary system components. Each node in the DSM architecture has access to shared memory. To maintain coherency between all caches in the system, a cache coherency protocol is implemented over QPI. The cache coherency spans all the distributed caches and memory controllers.Inter Blade QPI Fabric CommunicationInter Blade communication is achieved through a glueless structure composed of the Integrity Blade Link, HP Manageability architecture and QPI fabric topology.Integrity Blade LinkFor multi-blade products, for example BL870c i2 and BL890c i2, the Integrity Blade Link conjoins or ties together all the associated blades by providing a physical inter-blade path for the QPI fabric. Additionally, the Blade Link provides a path for auxiliary signals. An additional feature of the Blade Link is to provide description information for the manageability architecture, for use in configuration and initialization of the Integrity server blade hardware.Initially, when the blades are inserted into the enclosure, only the manageability subsystem will be powered on. The attachment of the Integrity Blade Link is required to conjoin the blades into a server, enabling full power-on and boot.The Blade Link physically attaches to the front of one or more blades and is unique for the BL860c i2, BL870c i2, and BL890c i2. The suffix of the Blade Link indicates the size of Blade Link, for example IBL-2 refers to a Blade Link which will support a conjoined two blade solution.7Figure 3: Integrity Blade Link Example—BL890c i2HP Manageability ArchitectureThe HP Integrity HP Integrity Integrated Lights-Out (iLO 3) Manageability system is an important aspectof the overall Integrity blades scalable architecture. From a user point of view, the Integrity iLO 3access point for single and conjoined blades provides a manageability console as well as commandand configuration abilities. As the product scales to larger sizes, the Integrity iLO 3’s on each bladescale as well, working together to manage the product, but providing the administrator with a singleIntegrity iLO 3 server user interface for simplicity. The enclosure Onboard Administrator (OA) behavesin a consistent manner with Integrity server blades and other blade hardware and tools. From anarchitectural point of view, the HP Manageability architecture is the back bone of the system, givingthe ability for each blade to be configured, initialized, and then connected into a scalable set ofnodes with distributed shared memory. Every blade ships with an iLO 3 Advanced license factoryinstalled to enable advanced remote management features such as virtual media.QPI Fabric and System TopologyThe HP Integrity server blades are designed to be scalable. The BL890c i2 supports up to8 processor module sockets, all accessible to each other through the low-latency high bandwidthsystem QPI fabric. Each of these processor sockets supports the Intel® Itanium® processor 9300series module.HP Integrity BL870c i2 Server BladeBuilding a scalable system using the Foundation blade architecture shown in Figure 2, two foundationblades conjoined together with a BL870c i2 Blade Link yields the BL870c i2 topology shown inFigure 4. The BL870c i2 is a four process module system with a fully interconnected QPI fabricbetween all four processor modules.8Figure 4: QPI Fabric, BL870c i2HP Integrity BL890c i2 Server BladeThe HP Integrity architecture can be scaled up to a larger system beyond the BL870c i2 server blade, using the foundation blade architecture shown in Figure 2. Four foundation blades may be gathered or conjoined together using a Blade Link to create the Inter-blade topology structure as shown in Figure 5, resulting in the HP Integrity BL890c i2 architecture.Figure 5:QPI Fabric, BL890c i29Memory ArchitectureccNUMA stands for “cache coherent Non Unified Memory Access.”For ccNUMA systems, CPU memory access time is related to the processor to memory locationproximity. For example a given processor module can access its locally attached faster than memorythat is attached to another processor. Stated in other words, processor module local memory, alsoknown as SLM (socket local memory) has lower latency than accessing memory connected to anotherprocessor module’s memory controllers by sending memory requests through the QPI link across oneor two nodes. Referring to Figure 5, a memory reference from one scalable node to an adjacentscalable node requires communication between the two nodes to access the memory at the target.With the Integrity server blades architecture, QPI fabric provides low latency and high bandwidth tofacilitate node to node communication.UMA or “Unified Memory Access” is a memory configuration in which all processor modules haveuniform memory access latencies. The memory interleaving terminology for this configuration is ILM(interleaved memory). While it is possible for any processor module to communicate with any otherwithin the server, an ILM configuration interleaves across either the top or bottom half of the cube ofFigure 5, resulting in only one node hop for a memory access.A feature of the Integrity server blades architecture is that the user may specify an optimal memoryinterleaving scheme that will be best suited to the user’s application and the host operating system.Different Operating Systems may prefer different configurations for better performance. The user canspecify a range of options from full SLM to full ILM. The default interleaving setting at EFI is “MostlyNUMA” with 7/8th of the memory configured as SLM and 1/8th as ILM. For further details on the topicof memory configuration and optimization please refer to the “Memory Subsystem Information for HPIntegrity Server Blades” white paper.HP Integrity IO SubsystemThe Integrity server blade I/O subsystem brings a broad range of capabilities to the HP Integrityserver product line. As noted earlier in this white paper, the I/O subsystem is supported by a lowlatency high bandwidth QPI fabric. Within the I/O subsystem, four categories of I/O are provided ona foundation blade:1.Three general I/O mezzanine card slots–PCIe Gen2 x8 for each slot–VC Flex-10 capable2.Four 10 GbE built-in LAN ports–Two dual-port NICs, PCIe Gen2 x4–VC Flex-10 capable3.One built-in SAS RAID capable controller–Supporting two hot plug SAS drives–PCIe Gen2 x14.ICH Mezzanine built-in I/O capabilities–PCIe link for adjacent enclosure bay partner blade support–USB controller–VGA controller–PCIe Gen1 x410As the Foundation blade architecture is conjoined to scale up to larger size servers, the I/O subsystem capacity scales linearly. For example the BL870c i2 provides double the capacity of the BL860c i2.For further details please refer to the “Technologies in the HP Integrity Server Blades” white paper. Flex-10 and Virtual ConnectThe Virtual Connect Flex-10 capabilities of HP Integrity server blades set it apart from its competitors. It provides up to four virtual NICs over a 10 GbE LAN server connection, and bandwidth limits can be dynamically configured on each NIC. Virtual Connect Flex-10 can also reduce the number of Ethernet mezzanine cards and blade interconnect modules required within the Blade Enclosure. Note that it is important to scale up the memory subsystem size as the I/O subsystem is scaled up. Please refer to the “Memory Subsystem Information for HP Integrity Server Blades” white paper for further details.The Integrity BL890c i2 server blade configuration example, using Virtual Connect Flex-10, allows the system to expand from a physical implementation of 32 physical NIC ports into a maximum of 128 virtual NIC ports.Table 4:Flex-10 LAN CapacityBase Flex-10 LAN port Configuration Maximum Flex-10 LAN port ConfigurationPhysical 10 GbE built-in NIC port count Virtual ConnectFlex-10 portcountPhysical 10 GbEbuilt-in NIC portcountOptional I/O10 GbE NICcard count(physicalport count)VirtualConnectFlex-10 portcountBL860ci24 16 4 2,(4)32 BL870ci28 32 8 4,(8)64 BL890ci216 64 16 8,(16)128The maximum Flex-10 configuration, as shown in Table 4, leaves one general I/O mezzanine slot per blade within the server available to support an addition type of I/O interconnect, such as dual port8 Gb Fibre Channel. A BL890c i2 System configuration example, customized for Storage Area Network (SAN), would support up to 12 2-port 8 Gb Fibre Channel cards, while still having 16 physical 10 GbE NICs that may be expanded to 64 virtual ports.Other I/O configurations can be implemented to provide the best combination of Fibre Channel, Ethernet and SAS or other types of I/O to meet the user requirements.11ConclusionHP Integrity server blades provide:•A broad product offering within the current c-Class c7000 and c3000 enclosures•Memory, storage, and I/O that scales linearly with compute power•Improved total cost of ownership by increasing Integrity blade features within the existingc-Class enclosure.•Consistent management and tools with existing c-Class blades•Support for Integrity, ProLiant, and StorageWorks storage blades in the same enclosure.With the rich set of features and choices, enabled for use within both the c7000 and c3000 bladeenclosures, HP Integrity server blades provide a balanced, scalable system, for single blade andmulti-blade conjoined configurations. The HP Integrity server blade architecture utilizes a low latencyhigh bandwidth QPI fabric to tie together each of the nodes within the server. The architecture alsoprovides a best in class I/O architecture, utilizing Flex-10 and Virtual Connect.Share with colleagues© Copyright 2010 Hewlett-Packard Development Company, L.P. The information contained herein is subject tochange without notice. The only warranties for HP products and services are set forth in the express warrantystatements accompanying such products and services. Nothing herein should be construed as constituting anadditional warranty. HP shall not be liable for technical or editorial errors or omissions contained herein.Intel and Itanium logo are trademarks of Intel Corporation in the U.S. and other countries.4AA1-1295ENW, Created April 2010。

惠普 ES server ES server 使用者手冊说明书

ES server 使用者手冊目錄1引言 (4)1.1預期用途 (4)1.2使用說明 (4)1.3目標使用者 (4)1.4臨床受益 (4)1.5本手冊所使用的慣例 (4)1.6擬議的解決方法 (5)1.7重要限制與警告 (5)1.8一般網路安全建議 (6)2硬體要求 (6)3連線 ES server 的裝置 (6)3.1連線裝置的類型 (7)3.2遠端伺服器連線 (7)3.3已連線裝置的數量和伺服器回應時間 (9)3.3.1配置 1 –基本 (9)3.3.2配置 2 –高容量 (9)4伺服器基礎架構 (10)4.1ES server 軟體 (10)4.2Instrument Monitoring Client (儀器監測終端) (10)4.3備份服務 (11)4.4網路介面 (12)4.5電腦（EmbryoViewer 軟體）的介面 (12)4.6培養箱介面 (12)4.7與外部系統的介面（例如與 EMR 系統集成） (13)4.8伺服器基礎架構的圖形化概述 (14)5授權 (15)6配置 EmbryoViewer 軟體以與其他伺服器通信 (15)7ES server 和 EmbryoViewer 之間的連線斷開 (17)7.1伺服器尚未啟動 (17)7.2編輯資料時，與 ES server 斷開連線 (18)8符號和標籤 (20)9廢棄物處理 (20)10聯絡方式 (21)CohortView，CulturePro，EmbryoScope，EmbryoSlide，EmbryoViewer，Guided Annotation，iDAScore 和 KIDScore 係 Vitrolife Group 的商標或注冊商標。

1 引言此手冊主要介紹了關於 ES server 的基礎資訊。

為了確保充分利用此手冊，您需要具備 CulturePro 系統和/或 EmbryoScope time-lapse 系統（版本 D，+，Flex 或 8）工作原理的基本知識，還需要有關常規 IT，尤其是需要具備網路配置的高級知識。

HP Integrity rx8640 Server手册

At A Glance
rx8640 Server Product Number (base) AB297A Standard System Features HP UX 11i v2 and HP UX 11i v3 operating system Microsoft Windows Server 2008 Linux RHEL AS 5 and AS 4 and SLES 10 SP 1. Mad9M rx8640 configuration not supported. OpenVMS V8.3-1H1 or higher (for Montvale). Mad9M rx8640 configurations not supported. External Ultra320 SCSI channel Two Internal Ultra320 SCSI channels, one channel to each internal disk 1 GbE LAN ports Management Processor technology with Integrated LAN console Rackmountable into HP 19 inch cabinets (factory or field integration) Rackmountable into some 3rd party cabinets Two hardware partitions (nPartitions) Four hardware partitions when configured with the Server Expansion Unit Factory integration of processors, memory, disk drives, removable media drives, and I/O cards HP site planning and installation One year warranty with same business day on site service response Owner's Guide and General Usage media set

HP 模式与局域网用户指南说明书

ENWW
iii
iv
ENWW
1 Modem
The modem in the computer must be connected to an analog telephone line using a 6-pin, RJ-11 modem cable. In some countries, a country-specific modem cable adapter is also required. Jacks for digital PBX systems may resemble analog telephone jacks, but they are not compatible with the modem.
To add a location setting for the modem:
1. Select Start > Control Panel > Network and Internet Connections.
2. On the upper menu in the left pane of the Network and Internet Connections window, click Phone and Modem Options.
First Edition: March 2006
Document Part Number: 406814-001
Table of contents
1 Modem Connecting the modem cable ............................................................................................................... 2 Connecting a country-specific modem cable adapter .......................................................................... 3 Selecting a location setting ................................................................................................................... 4 Viewing the current country selection .................................................................................. 4 Adding new locations when traveling ................................................................................... 5 Solving travel connection problems ..................................................................................... 6 Using preinstalled communication software ......................................................................................... 7

HPE Integrity rx2800 i4服务器

1 借助全新HPE Integrity服务器，性能提升3.5倍基于HPE 内部基准测试，由HPE 内部实验室执行，计算操作系统和底层服务器硬件的效率。配备两个英特尔安腾处理器9500系列的HPE Integrity rx2800 i4服务器对比配备两个英特尔安腾处理器9300系列的HPE Integrity rx2800 i2服务器，新款服务器交付的性能是上一代的3.52倍，四舍五入为3.5倍。德克萨斯州休斯顿, 2012年8月。
• 通过以下系统选项面向您的基础设施和工作负载定制系统：多个处理器频率，硬盘或固态硬盘，融合网络适配器，1GB/s或10 Gb/s网络适配器，4Gb/s或8Gb/s光纤通道适配器，多功能适配器网络和光纤通道端口(在一个显卡上)，6Gb/sSAS控制器，四倍数据速率(QDR) InﬁniBand和2D图形适配器。
寄存式PC3L 10600 DDR3 (1,333 MHz) 低压 (1.35V) 内存最小：8 GB (2 x 4 GB) 最大：384 GB (24 x 16 GB)
HPE Slimline DVD- RW或DVD- ROM光驱
2个或6个PCIeGen 2插槽多达2个PCIe 3插槽转接卡(一个全长/全高x8 速度/x16接头和两个半高/半长x4速度/x8接头) 多达2个2插槽转接卡(一个全长/ 全高x8速度/ x16接头和一个半高/ 半长x8速度/ x16接头)
带有底座套件的2U机架安装式或塔式或噪音更低的办公友好型服务器(台式)
英特尔安腾9500系列
2.13GHz(8核)并配有24M B高速缓存
1.73GHz(4核)并配有20M B高速缓存
最少4个；最多16个
HPE Systems Insight Manager HPE Integrity Integrated Lights-Out 3 HPE Integrity Virtual Partitions 6.0或更高版本 HPE Integrity虚拟机 HPE -UXContainer

HP Integrity rx2800 i2 Server

HP Integrity rx2800 i2 ServerAchieve high performance with the mission-critical rackmount server Technical white paperTable of contentsExecutive summary (3)Specifications of the HP Integrity rx2800 i2 Server (3)Product specifications (4)Central processor (4)Cache (4)All processors support (4)Main memory (4)Choice of form factors (5)Removable media (5)Core I/O interconnect ports (5)HP Integrity Integrated Lights-Out 3 (iLO 3) management processor functionality (5)Power and cooling (6)Power requirements (6)Physical and environmental specifications (6)Altitude (6)Temperature (6)Humidity (6)Acoustics (operator/bystander) at 25o C (6)Physical dimensions in rack orientation (6)Physical dimensions in stand-alone, vertical orientation (7)Net weight (7)Mechanical design and packaging (7)Architectural overview of the HP Integrity rx2800 i2 Server (8)The quad-core Intel Itanium processor (9)Multilevel caches (9)Hyper-threading (10)Turbo Boost technology (11)Integrated memory controllers and Scalable Memory Interconnect (11)Enhanced instructions-level parallelism (11)QPI architecture (11)Thermal logic technologies (11)Processor RAS improvements (11)Memory RAS features (12)Intel QPI RAS features (12)Embedded server management and Integrity iLO 3 (12)High-availability features (13)High-availability chassis infrastructure (13)Hot-pluggable disk drives (13)ECC and double chip spare memory (13)Processor high-availability features (14)Comprehensive error logs (14)Fault management throughout the lifecycle (14)NEBS Level 3 Certification (15)Power management features (15)Power monitoring (15)Operating system power regulation (15)HP Dynamic Power Capping (15)ENERGY STAR Certification (16)Data security technology with Trusted Platform Module (16)Conclusion (17)For more information (17)Executive summaryThe HP Integrity rx2800 i2 Server is a cost-effective, high-capacity 2U rack-mount platform that provides 8-core scalability in 3x less compute density without sacrificing reliability, availability, and serviceability (RAS). With the Integrity rx2800 i2 Server, HP continues the tradition of delivering servers that provide flexible capacity, enhanced availability, and simplified management to customers while meeting customers’ goal of keeping costs in check. At the same time the HP Integrity rx2800 i2 Server satisfies the increasing and often varying demands of customers’ technology operations. For example, the rx2800 i2 Server is ENERGY STAR® certified and employs power supplies that are 80 Plus Platinum certified. Moreover, the rx2800 i2 Server meets stringent Network Equipment Building Systems (NEBS) Level 3 certification requirements for temperature and humidity, fire and earthquake resistance, handling of airborne contaminants, and acoustics. This certification enables the rx2800 i2 Server to be operated in telecom network facility environments.The overarching goal of the HP Integrity rx2800 i2 Server is to deliver efficient, powerful systems that can be deployed in multiple environments and applications through a balanced system design. The HP Integrity rx2800 i2 Server provides high levels of availability and scalability and increased internal expansion and performance.The HP Integrity rx2800 i2 Server incorporates new, powerful quad-core Intel® Itanium® processors that draw less power per core than previous Intel Itanium processors. HP system designers have also engineered these servers to use new memory (DDR3) and hard disks (2.5-inch Serial Attached SCSI [SAS] drives) that require less power while providing increased performance. The result is efficient and more powerful servers.The HP Integrity rx2800 i2 Server has mission-critical availability and scalability and supports Dynamic Processor Resiliency (DPR), which is the ability to take a failed processor offline without bringing down the entire system. The server supports new advanced RAS features such as Intel® Cache Safe Technology, advanced machine check architecture, and error checking and correction (ECC) on all major structures on the processor. It also has double DRAM data correction (which reduces DIMM replacements by 17 times over single chip spare and is 1,200 times better than single-bit ECC),1and proactive hardware memory scrubbing.The HP Integrity rx2800 i2 Server supports up to 384 GB of main memory, eight internal hard disk drives, four integrated 1GbE LAN ports, and six high bandwidth I/O expansion slots. Compared to the previous generation, HP Integrity rx2800 i2 Server has expanded memory, networking, I/O expansion, and disk capacity while maintaining the same 2U footprint. In other words, HP Integrity rx2800 i2 Server does more for less.If you are considering upgrading to a next-generation server, this paper is intended to highlight some of the features and capabilities of the HP Integrity rx2800 i2 Server to aid your evaluation.Specifications of the HP Integrity rx2800 i2 ServerThe HP Integrity rx2800 i2 Server is a symmetrical multiprocessing (SMP) server that supports up to two high-performance 64-bit Itanium processors. The server offers yet another level of entry-class value by providing flexibility and 8-core scalability in 3x less compute density without sacrificing RAS. At only 3.5 inches (89 mm) the HP Integrity rx2800 i2 Server supports two dual-core or two quad-core Intel Itanium processors, can be configured with up to 384 GB of RAM, supports eight 2.5-inch hot-pluggable SAS disk drives, and offers a choice of I/O expansionriser cards.The HP Integrity rx2800 i2 Server also includes extensive availability and management features, which make it ideal for deployment in mission-critical data centers or computation-intensive server farms. Features such as hot-swappable redundant power and fans, double DRAM data correction, an Integrity Integrated Lights-Out 3 (iLO 3) management processor, dynamic processor resilience and de-allocation, advanced ECC protected DDR3 memory, andhigh-availability clustering support make the HP Integrity rx2800 i2 Server ideal for nearly any computing environment. HP Integrity rx2800 i2 Server also provides operating systems flexibility by offering the following 64-bit operating systems:•HP-UX 11i v3•OpenVMS v8.4•Microsoft® Windows® Server 2008 R2The server can be installed in a rack or in a stand-alone pedestal configuration, along with a host of choices from the full range of HP storage peripherals and I/O adapters.Figure 1: The HP Integrity rx2800 i2 can be installed in a rack or as a stand-alone unit.Product specificationsCentral processor•One or two dual-core series 9300 Intel Itanium processors at 1.6 GHz•One or two quad-core series 9300 Intel Itanium processors at 1.33 GHz or 1.6 GHz•Floating point coprocessor included in all processorsCache•Level 1 cache: 32 KB per core; 16 KB instruction/16 KB data•Level 2 cache: 512 KB instruction/256 KB data per core•Level 3 cache: 10 MB/5 MB per core (1.6 GHz dual-core processor)•Level 3 cache: 16 MB/4 MB per core (1.33 GHz quad-core processor)•Level 3 cache: 20 MB/5 MB per core (1.6 GHz quad-core processor)All processors support•Single-bit cache error correction•50-bit physical addressing•64-bit virtual addressing•4 GB maximum page size•Error protection on all major data structures•Intel Hyper-Threading•Intel Advanced Thermal Management (Foxton/VFM)•Intel Cache Safe TechnologyMain memory•24 DDR3 DIMMs operating at 800 MT/s•4 GB to 384 GB maximum (with 16 GB DIMMs) DDR3 memory in 24 DIMM slots(DIMMs must be installed in pairs)•Double DRAM data correction is not supported with 2 GB DIMMsChoice of form factors• Rack mount• Stand-alone (vertical mount)I/O expansion slots: two I/O risers provide up to 6 PCIe Gen2 slots, each riser has two riser card options • 3-Slot Riser Card: Two half-length/full-height x4 speed/x8 connector slots, and one full-length/full-height x8 speed/x16 connector slot• 2-Slot Riser Card: One full-length/full-height x8 speed/x16 connector slot, and one half-length/full-height x8 speed/x16 connector slotHot-plug disk drives (eight bays for 2.5-inch SAS disks)• 7.2 GB maximum internal storage with 900 GB SAS disk drives• An embedded Smart Array P410i 6 GB SAS RAID controller provides 8 ports, 1 port per SAS disk, forpoint-to-point connection from the controller to the disk. This means that each disk has its own 6 GB link. The SAS RAID controller can be configured in either host bus adapter (HBA) mode or in RAID mode. In HBA mode the disks are used as raw devices rather than being configured as a RAID volume• When the controller is configured in RAID mode, the maximum of eight disks can be configured for RAID 0, 10, 5, 50, 60, and ADG RAID 0 requires one drive, RAID 10 requires two identical HDDs, RAID 5 requires at least three identical HDDs, and RAID 60 requires at least four identical HDDs. An optional SAS 512 MB Cache and Super Cap kit (AM252A) is available for all RAID options; it is required for RAID 60 and ADG.2• HP MirrorDisk/UX is available for software mirroring on all HDDs in HP-UX-based systemsRAID 60 and ADG require Advanced Park license• Available disk sizes: 72 GB, 146 GB, 300 GB, 450 GB, 600 GB, and 900 GB SAS SFF hard disk drives; and 200 GB and 400 GB SAS SFF solid state disksRemovable media• One slimline media bay for optical media drives• Choice of DVD-ROM or DVD+RW driveCore I/O interconnect ports• Four 10/100/1000 Base-TX LAN (automatic speed sensing, RJ-45 connector, Wake-On-LAN capability) • HP Internal 8-port Smart Array SAS Controller, which supports up to eight internal 2.5-inch SAS disks • One general-purpose RS-232 serial port• Five USB Series A ports (USB 1.1 compatible); two front, two rear ports, and one internal• Two VGA ports; one front and one rearHP Integrity Integrated Lights-Out 3 (iLO 3) management processor functionality• Dedicated 10/100/1000 Base-TX LAN port for LAN console and embedded Web console access • One RS-232 serial port for local console• Password-protected console ports• Console mirroring between all local, modem, LAN, and Web consoles• Remote power up and power down 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 on Web console•iLO 3 Advanced Pack (included with every HP Integrity rx2800 i2 Server): Provides additional remote management capabilities, including LDAP directory services, Virtual Media (CD, DVD, and ISO image) for HP-UX, Windows, and Linux and Integrated Remote Console (virtual keyboard, video, and mouse) for Windows•The RN50 integrated chip provides basic graphic capabilities. One VGA port is supported with optional connection from front or rear of the systemPower and cooling•Standard: One hot-swappable AC power supply (800 W at 90 V to 132 V AC input/1200 W at 180 V to 264 V AC input)•Optional: Second hot-swappable AC power supply (800 W at 90 V to 132 V AC input/1200 W at 180 V to 264 V AC input) for N+N redundancy•Fully redundant system fans, which are data center environment aware with rotation speed based on environmental factors including temperature of air inside and outside chassis•“Sea of Sensors” same as ProLiant G6 and G7 products•Thermal Sensors on every DIMM, IOH, and processor•Altitude sensor•Inlet and outlet air temperature sensorPower requirements•Input current: 100 V to 127 V, 10A/200 V to 240 V, 7A (auto-ranging)•Line frequency: 47 Hz to 63 HzPhysical and environmental specificationsAltitude•Operating: 3,000 m. (10,000 ft.) maximum•Storage: 4,600 m. (15,000 ft.) maximumTemperature•Operating: +41o F to +95o F (+5o C to +35o C)•Non-operating: –40o F to +158o F (–40o C to +70o C)Humidity•Operating: 15 to 80 percent relative (non-condensing)•Storage: 90 percent relative (non-condensing) at +65o CAcoustics (operator/bystander) at 25o C•Maximum configuration for rack-mount form factor (disk active): 7.1 Bels LwA•Maximum configuration for pedestal form factor (disk active): 6.0 Bels LwA or lessPhysical dimensions in rack orientation•Height: 86 mm (3.4 inches)/2U•Width: 482 mm (19 inches)•Depth: 692 mm (27.25 inches)Physical dimensions in stand-alone, vertical orientation•Height: 512 mm (20.2 inches)•Width: 275 mm with the pedestal (10.8 inches with the pedestal)•Depth: 710 mm (28.0 inches)Net weight•Minimum rack-mount configuration: 21 kg (46.2 lb)•Maximum rack-mount configuration: 30 kg (75 lb)•Minimum stand-alone configuration: 34 kg (75.0 lb)•Maximum stand-alone configuration: 43 kg (94.8 lb)Mechanical design and packagingThe view shown in figure 2 reveals the location of major components and the mechanical and architectural features of the HP Integrity rx2800 i2 Server. The system is partitioned into a system board (including processors and core I/O), the memory expansion board, and the I/O expansion board.Figure 2: Major components of the HP Integrity rx2800 i2 Server.The HP Integrity rx2800 i2 Server occupies 2U or 86 mm (3.4 inches) of rack height, is 482 mm (19 inches) wide, EIA rack compatible, and meets or exceeds all regulatory and safety requirements, including HP environmental tests. All external cabling enters and exits from the rear of the enclosure. A cable-management arm manages the cable routing. When the server is installed in a rack, services access to the system is enhanced by using chassis slides. The system status indicator and a power switch are at the front of the enclosure, and each individual customer replaceableEight 2.5-inch SAS hot-pluggable hard disk drives or solid state disks, which are arranged horizontally on the right side, are conveniently accessible from the front of the system. A system-power LED, health LEDs, and a locator LED are located next to the SID panel. The power button and the unique identifier (UID) button are located on the front panel. Also, to the left of the front panel above the fan grill, is a slimline DVD drive bay.Six N+1 redundant, hot-swappable fan pack assemblies cool the HP Integrity rx2800 i2 Server. They are serviced from the top of the chassis by simply removing the cover panel. The replacement operation must be completed within a specified amount of time. The server fans provide excellent cooling by pulling cool air from the front of the unit, enabling the air to flow over internal system components, and then discharging heated air out of the back of the server. The system can sustain one fan failure while continuing to cool the system.3The processors and memory modules are serviced from the top of the chassis as well. The HP Integrity rx2800 i2 Server supports four memory risers with each riser supporting up to six DDR3 memory DIMMs.The HP Integrity rx2800 i2 Server is designed to provide high availability with 1+1 power redundancy. The redundant N+N hot-swappable power supplies are serviced from the rear (as viewed from the back) of the chassis. To further enhance availability, each power supply has its own dedicated power feed or line cord. Cords can be plugged into separate power grids for maximum level of power protection. The power supplies are power factor corrected.Architectural overview of the HP Integrity rx2800 i2 ServerAs shown in figure 3, the HP Integrity rx2800 i2 Server supports one or two dual-core or quad-core Intel Itanium 9300 series processor modules. The two processors are linked together by a full width Intel QuickPath Interconnect (QPI) links providing 19.2 GB/s of bandwidth. Each processor module contains two memory controllers, with an aggregate bandwidth of 28.8 GB/s, and supports up to 12 DDR3 memory DIMMs resulting in up to 24 memory DIMMs in total for the HP Integrity rx2800 i2 Server.The I/O subsystem is composed of integrated multi-function core I/O and two I/O riser expansion slots. Each I/O expansion slot supports a 3-Slot Riser Card and a 2-Slot Riser Card. The 3-Slot Riser Card is provisioned with one x8 and two x4 Gen2 PCIe links. The 2-Slot Riser Card is provisioned with two x8 Gen2 PCIe links. Thus, HP Integrityrx2800 i2 Server can support up to 6 PCIe Gen2 slots with each x8 Gen2 slots providing a raw total aggregate bandwidth of 10 GB/s and each x4 Gen2 slots providing a raw aggregate bandwidth of 5 GB/s (send and receive). The HP Integrity rx2800 i2 Server supports up to eight internal serial-attached SCSI (SAS) 2.5-inch hot-pluggable small form factor hard disk drives. An internal 8-port host bus adapter provides 8 ports, 1 port per SAS disk, for point-to-point connection from the adapter to the disk. This means that each disk has its own 6 GB link. The manageability subsystem also resides on the server, and the server also provides serial, USB, and VGA ports at the front of the server for service and support.Figure 3:The HP Integrity rx2800 i2 Server architecture diagram.The quad-core Intel Itanium processorThe quad-core Intel Itanium 9300 series processor is the world’s first 2 billion transistor microprocessor.4Each Itanium 9300 series processor module can host up to four processing cores, contains two memory controllers with an aggregate bandwidth of 28.8 GB/s, and features Intel QPI technology to boost bandwidth between processors, memory, and I/O subsystems.Significant improvements in Itanium 9300 series processor include doubling the number of processing cores to 4, significant increase in bandwidth, greater physical memory capacity, and next-generation RAS, and manageability features. Multilevel cachesIntel Itanium 9300 series processor has a three-level cache hierarchy as shown in figure 4.• An on-core 32 KB level 1 (L1) cache split into 16 KB for instruction and 16 KB for data. The L1 cache can deliver six instructions every clock cycle.• The on-core level 2 (L2) cache is organized as 512 KB instruction and 256 KB data caches.• Each processor core features up to 6 MB level 3 (L3) cache. All L3 caches amount to a total of up to 24 MB per processor socket.• Each memory controller also features a 1 MB directory cache.Figure 4: Intel Itanium 9300 series processor hierarchy diagram.Hyper-threadingWith four multi-threaded cores, each Itanium 9300 series processor can execute up to eight simultaneous software threads. Thread management has improved compared to previous Itanium generations. Earlier thread switching occurred when a thread was stalled due to a high-latency event such as waiting for data from main memory. The Itanium 9300 series processor supports switching for medium latency events and for spin-lock loops. This and other enhancements to thread switching logic help to boost core utilization. This feature improves application response time and overall system throughput.Turbo Boost technologyIntel Turbo Boost technology allows low activity factor workloads (such as workloads that are not heavily floating point including TPC-C/TPC-H to run at a faster clock speed). Turbo Boost is engaged by default. It automatically increases the clock frequency and voltage of active cores operating below power and thermal design points determined by the processor. Turbo Boost technology is operating-system independent, which means that Advanced Configuration and Power Interface-aware (ACPI) operating systems require no changes to support it.Integrated memory controllers and Scalable Memory InterconnectCommunication channels between the processor cores and main memory have been dramatically improved. Each processor has two integrated memory controllers that provide peak memory bandwidth up to 34 GB/s, which is up to six times the bandwidth of the previous generation processor.5 The Scalable Memory Interconnect (SMI) connects to the Intel Scalable Memory Buffers to support larger physical memory configurations. The memory subsystem supports up to eight times more memory than previous generations using DDR3 memory components.6Enhanced instructions-level parallelismInstructions-level parallelism (ILP) refers to the ability to process multiple instructions on each software thread. Itanium 9300 series processor disperses instructions to 11 functional units, via a six-instruction wide and eight-stage deep pipeline. To minimize threads from stalling the pipeline, the processor supports zero-cycle load-use penalties and zero-cycle branch re-steers plus extensive bypasses.QPI architectureEach QPI consists of two unidirectional links that operate simultaneously in opposite directions using differential signaling. Unlike a typical serial bus, the QPIs transmit data packets in parallel across multiple lanes, and packets are broken into multiple parallel transfers. Each link is comprised of twenty 1-bit lanes. Maximum of 16 bits (2 bytes) are used to transfer data while error correction functionality uses the remaining 4 bits. The link allows a maximum of9.6 GB/s data transfer in each direction, for a total bandwidth of 19.2 GB/s. If an application requests data from the memory of another processor, the QPI uses high-bandwidth inter-processor communication to retrieve the data.Thermal logic technologiesItanium 9300 series processor provides enhanced power and thermal management features. Enhanceddemand-based switching (DBS), where voltage and frequency are modulated, enables better energy efficiency. Voltage and frequency settings are adjusted dynamically to provide best performance without exceeding maximum power. Performance is improved by monitoring 120 events in each core and adjusting the core voltage and frequency every 6µs (micro-seconds). This function can be used in conjunction with DBS to improve performance versus power.Processor RAS improvementsThe Itanium 9300 series processor extends the mainframe-class RAS features from previous Itanium processors. The Itanium 9300 series processor incorporates extensive capabilities for detecting, correcting, and reporting processor soft and hard errors.Major core structure improvements include:•Soft errors: High energy particles striking a processor may cause a logic gate to switch state, resulting in a soft error. Itanium 9300 series processor circuit topologies were designed to improve resistance to soft errors in latches by up to 100 times from any regular latch. Registers are less susceptible than standard registers to soft errors. •Error correction code or parity: All major structures on the Itanium 9300 series processor are protected via ECC or parity error protection.5 Based on HP internal study that compared current values with values from the previous generation processor.6 Intel News Release, “Intel Itanium 9300 Processor Raises Bar for Scalable, Resilient Mission-Critical Computing”,/pressroom/archive/releases/2010/20100208comp.htm.11•Intel Cache Safe Technology: Heuristics are used to monitor the number of errors per cache index and map out badcache lines. Cache data is also automatically scrubbed to correct single bit errors. Itanium 9300 series processorsprotect the second- and third-level cache arrays. Previous Itanium processors only protected the third-level cache.•Advanced Machine Check Architecture (AMCA): This enables coordinated error handling across the hardware,firmware, and operating systems. The coordinated handling greatly reduces the likelihood of data corruption. Italso improves the reliability of the system since firmware and OS participate on the system recovery, fromotherwise uncorrectable errors.Memory RAS featuresExtensive RAS features are integrated to detect and correct errors on the memory subsystem.•DRAM ECC: By using memory DIMMs whose base DRAM is x4 bits wide, the subsystem corrects single (SDDC) anddouble device data correction (DDDC). This means that the memory subsystem can map out two failed devices andcontinue correcting single bit errors. There is no performance penalty for mapping out the devices.•Memory scrubbing: Accumulated memory DIMM errors can result in multi-bit errors that cannot be corrected andcan result in data corruption. Memory scrubbing finds memory errors before they accumulate. Corrected data isrewritten back to the appropriate memory location.•SMI memory channel protection: Cyclic redundancy check is used to detect errors in the SMI channels. Upon errors,the transactions are retried several times. If required, the channel could be re-initialized on the fly. Upon problempersistence, the affected memory channel is mapped out.Intel QPI RAS featuresExtensive RAS features are integrated to detect and correct errors on the memory subsystem.•Error detection and correction: Cyclic Redundancy Check (CRC) is used to detect errors—transactions can beretried multiple times, the channel can be physically reset on the fly by the link layer, and bad lanes can befailed over.•Lane failover: During operation, failed lanes would cause CRCs that would trigger an ”on the fly” link retrainingwhere the bad lane is mapped. Operations are resumed with a reduced width link. Although mapping out lanesmay affect the performance by reducing a full-width link to half or half-width to quarter-width, it does enableuninterrupted operation and protection against most multi-bit hard errors.Embedded server management and Integrity iLO 3The Integrity iLO 3 management processor provides the highest level of system management and high-availabilitymonitoring. The processor provides remote interface to manage system resources, diagnose the health of the system,and facilitate system repair. System administrators can interact with the iLO 3 management processor on a dedicated,out-of-band (independent of the main system data paths) communication link that can be accessed through RS-232serial port or a 10/100/1000 Base-TX management LAN.The Integrity iLO 3 management processor reduces or eliminates the need for the system administrator to bephysically present at the system to perform tasks such as diagnostics, system management, or even hard resets. Themanagement processor has its own battery backup, so it can be accessed even in the unlikely event that the mainsystem power is out and the operating system has stopped functioning.The Integrity iLO 3 management enables the following features and more:•Faster (compared to iLO 2) processor•3x virtual media performance•Out-of-band manageability and system firmware update•System management over the Internet or Intranet (Web console) system console direction•Console mirroring•System configuration for automatic restart•Viewing history log of system events and console activity•Remote system control12•Remote power cycle•Viewing system status•Virtual media (CD, DVD, ISO images)•SSH•LDAP•Configuration of manageability and console security•Virtual keyboard, video, and mouse•Event notification to system console, email, pager, and HP Response Centers•System health management: Fans, power supplies, temperature, and voltages•Hardware and data protection: Automatic clean operating system shutdown on critical events, secure storage of system configuration parameters, and protection of system flash ROMHigh-availability featuresThe HP Integrity rx2800 i2 Server is designed to be an integral part of a mission-critical environment, delivering up to 99.999 percent availability, depending on the specific solution configuration. Delivering these levels of uptime requires a strong base of single-system high availability (SSHA) in the hardware. The HP Integrity rx2800 i2 Server has redundancy and resiliency built in from the ground, starting from the chassis infrastructure, through the I/O, and continuing through the memory and processor subsystems.The server’s strong single-system high availability is further bolstered by the HP Event Monitoring Service (EMS). And for the highest uptime, the HP Integrity rx2800 i2 Server can be configured as an integral part of a high-availability cluster, using clustering software such as HP Serviceguard.High-availability chassis infrastructureSystem fans in HP Integrity rx2800 i2 Server provide excellent cooling by pulling cool air from the front of the unit, enabling the air to flow over internal system components, and then discharging heated air out of the back of the server. The fans are easily accessible and provide N+1 redundancy.The server provides high-availability with the N+N redundant power option. The HP Integrity rx2800 i2 Server comes standard with one hot-swappable power supply, and an optional supply can be ordered for 1+1 redundancy. To further enhance availability, each power supply has its own dedicated power feed or line cord. Cords can be plugged into separate power grids for maximum level of power protection.Hot-pluggable disk drivesThe HP Integrity rx2800 i2 Server supports up to eight hot-pluggable, 2.5-inch SAS disk drives. All disks are accessible from the front of the system and can be removed (hot plugged) while the server runs. These disks are managed by an integrated HP P410i SAS RAID controller.The SAS RAID controller can be configured in either HBA mode or in RAID mode. In HBA mode the disks are used as raw devices rather than being configured as RAID volume. The disks can be configured to support internal RAID 0, 10, 50, 60, and ADG. RAID 0 requires one drive, RAID 10 requires two identical HDDs, RAID 5 requires at least three identical HDDs, and RAID 60 requires at least four identical HDDs. An optional 512 MB cache and Super Cap kit is available for all RAID options; it is required for RAID 6.HP MirrorDisk/UX is available for software mirroring on all HDDs in HP-UX-based systems. HP Volume Shadowing level 1 is supported in OpenVMS-based systems.ECC and double chip spare memoryThe memory system for the HP Integrity rx2800 i2 Server uses error-correcting code to correct single-bit errors and sparing technology to protect against multi-bit errors. Double DRAM data correction is only supported for 4 GB and larger DIMMs (x4 DRAM).13。

IGLOO2 HPMS安保配置指南说明书

IGLOO2 HPMS Security ConfigurationIGLOO2 HPMS Security Configuration Table of ContentsIntroduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31Configuration Options. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 AHB Bus Matrix Master/Slave Access Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 Reads and Writes to Protected Areas . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5A Product Support. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6Customer Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 Customer Technical Support Center . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 Technical Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 Website . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 Contacting the Customer Technical Support Center . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 ITAR Technical Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7IntroductionThe IGLOO2 devices offer extensive configurable access controls to the HPMS memory map. Thesecontrols are in AHB Bus Matrix Master/Slave Access.You can access these controls from System Builder's Security tab and select your security options bychecking or unchecking the Read/Write checkboxes as desired for each of the Masters and Slaves(Figure1).Figure 1 • IGLOO2 HPMS Security Configuration1 – Configuration OptionsAHB Bus Matrix Master/Slave Access ConfigurationNote that the master/slave access controls are restricted to those devices offering the Advanced SecurityFeatures. For devices offering baseline security only, all programmable accesses are granted and cannotbe changed. The controls are grayed out.The Master/Slave configuration tab defines how masters and slaves communicate and whether it alsohas write access when a master has read access. The AHB Bus Matrix can be configured to restrictthose accesses.The master/slave access is defined in the matrix as follows:•R: Only Read access is available when Read is checked•W: Only Write access is available when Write is checked.•RW: Both Read and Write access are available when both Read and Write are checked Whenever you restrict a master/slave access by un-checking the Read or Write access for a particulargroup of masters (masters are organized in three groups with respect to access configuration) the actualaccess is shown in the matrix.eNVM blocks have special sectors that can be write protected. The number of special sectors dependson the device selected. The size of each sector is 4KB and the address range for each special sector isshown in blue in the GUI. Check the Use as ROM option to write protect these eNVM regions. The eNVMspecial sectors are hidden in the matrix when you open the configurator, and you must click the '+' sign toshow these special sectors (Figure1-1).Figure1-1 • Security Configurator with eNVM Special SectorsTable 1 lists eNVM special sector address ranges.Reads and Writes to Protected AreasBased on your selections in this configurator, the AHB Switch Matrix disallows certain reads and writes. Reads or writes to areas not allowed cause the AHB bus matrix to complete the transaction with anHRESP error indication. An error bit is set in the SW_ERRORSTATUS field of the MSS_EXTERNAL_SR register. An error occurs when one or more of the following happens:•Write by an enabled master to a slave that is not RW •Write by an enabled master to addresses not corresponding to a slave •Write by the fabric master to the protected region •Write by a disabled master to any location •Read by an enabled master to any slave that is not R or RW •Read by an enabled master to addresses not corresponding to a slave •Read by the fabric master to the protected region •Read by a disabled master to any locationThe values entered in the configurator will be exported into the programming files for programming of the flash bits that control this functionality. The flash bits are loaded in the system registers at power up (or when the DEVRST_N external pad is asserted/de-asserted).For complete details, refer to the Microsemi IGLOO2 User's Guide .Table 1 • eNVM Special Sector Address Ranges DieeNVM0 (number of available Sectors)eNVM1 (number of available Sectors)eNVM0 (address range)eNVM1(address range)M2GL150S/TS,M2GL100S/TS,M2GL90S/TS13 0x0000-0x0fff 0x7d000-0x7dfff 0x7b000-0x7bfff 0x7c000-0x7cfff M2GL050S/TS 200x0000-0x0fff0x3f000-0x3ffffN/AM2GL025S/TS,M2GL010S/TSM2GL005S 400x0000-0x0fff 0x3d000-0x3dfff 0x3e000-0x3efff0x3f000-0x3ffff N/AA – Product SupportMicrosemi SoC Products Group backs its products with various support services, including CustomerService, Customer Technical Support Center, a website, electronic mail, and worldwide sales offices.This appendix contains information about contacting Microsemi SoC Products Group and using thesesupport services.Customer ServiceContact Customer Service for non-technical product support, such as product pricing, product upgrades,update information, order status, and authorization.From North America, call 800.262.1060From the rest of the world, call 650.318.4460Fax, from anywhere in the world, 408.643.6913Customer Technical Support CenterMicrosemi SoC Products Group staffs its Customer Technical Support Center with highly skilledengineers who can help answer your hardware, software, and design questions about Microsemi SoCProducts. The Customer Technical Support Center spends a great deal of time creating applicationnotes, answers to common design cycle questions, documentation of known issues, and various FAQs.So, before you contact us, please visit our online resources. It is very likely we have already answeredyour questions.Technical SupportVisit the Customer Support website (/soc/support/search/default.aspx) for moreinformation and support. Many answers available on the searchable web resource include diagrams,illustrations, and links to other resources on the website.WebsiteYou can browse a variety of technical and non-technical information on the SoC home page, at/soc.Contacting the Customer Technical Support CenterHighly skilled engineers staff the Technical Support Center. The Technical Support Center can becontacted by email or through the Microsemi SoC Products Group website.EmailYou can communicate your technical questions to our email address and receive answers back by email,fax, or phone. Also, if you have design problems, you can email your design files to receive assistance.We constantly monitor the email account throughout the day. When sending your request to us, pleasebe sure to include your full name, company name, and your contact information for efficient processing ofyour request.The technical support email address is **********************.© 2014 Microsemi Corporation. All rights reserved. Microsemi and the Microsemi logo are trademarks of Microsemi Corporation. All other trademarks and service marks are the property of their respective owners.Microsemi Corporation (NASDAQ: MSCC) offers a comprehensive portfolio of semiconductor solutions for: aerospace, defense and security; enterprise and communications; and industrial and alternative energy markets. Products include high-performance, high-reliability analog and RF devices, mixed signal and RF integrated circuits, customizable SoCs, FPGAs, and complete subsystems. Microsemi is headquartered in Aliso Viejo, Calif. Learn more at .Microsemi Corporate HeadquartersOne Enterprise, Aliso Viejo CA 92656 USAWithin the USA: +1 (949) 380-6100Sales: +1 (949) 380-6136Fax: +1 (949) 215-4996My CasesMicrosemi SoC Products Group customers may submit and track technical cases online by going to My Cases .Outside the U.S.Customers needing assistance outside the US time zones can either contact technical support via email (**********************) or contact a local sales office. Sales office listings can be found at /soc/company/contact/default.aspx.ITAR Technical SupportFor technical support on RH and RT FPGAs that are regulated by International Traffic in Arms Regulations (ITAR), contact us via ***************************. Alternatively, within My Cases , select Yes in the ITAR drop-down list. For a complete list of ITAR-regulated Microsemi FPGAs, visit the I TAR web page.。

1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。

QuickSpecs
Overview
HP Integrity rx2800 i2 Server
You are under constant pressure to deliver more with less, even in the face of declining budgets and spending constraints - while your IT department requires higher performing systems for their more demanding workloads. You need an affordable UNIX server that you can install quickly and justify easily. The HP Integrity rx2800 i2 Server is the economical and easy way to boost performance in your mission-critical data center or remote office, compared to the previous 2U Integrity servers. With compact scaling you can run entry-class UNIX workloads with outstanding performance and scalability. Out-of-the-box savings lowers your TCO with performance, floor space and energy efficiencies. State-of-the-art management tools help you simplify administration, ease serviceability, enable remote management, and improve overall IT staff productivity-and the 2U rx2800 i2 Server integrates seamlessly into existing rack infrastructures.
At A Glance
Standard System Features HP-UX 11i version 3 September 2010 Release HP p410i SAS RAID Controller integrated on system board. Supports internal RAID 0, 1, 5, and 6. Optional 512MB Cache/ Super Capacitor kit (AM252A) for RAID 0 and RAID 1; AM252A is required for RAID 5 and RAID 6. Quad port 10/100/1000Base-TX LAN (with auto speed sensing; RJ 45 connector, Wake On LAN support) integrated on system board One 6-slot Memory Expansion Board (AM246A) Integrity Integrated Lights Out 3 (iLO3) Management Processor and factory installed Integrity iLO3 Advanced Pack license Telnet and web console via 10/100/1000Base-TX management LAN (RJ 45 connector) One RS 232 serial port for general purpose Factory integration of processors, memory, disk drives, removable media, I/O cards, and HP Universal 10000 G2 series racks. Rackmountable into 19 inch cabinets-HP Universal 10000 Series G2 racks as well as many third party racks, including field integration into existing HP System E racks Optional stand alone pedestal mount Three year warranty with next business day on site ENERGY STAR ® certified with 80 Plus Platinum power supplies NEBS Level 3 Certified (GR-63-CORE, GR-1089-CORE)DA Nhomakorabea 13770
U.S. QuickSpecs — Version 11 — 12-28-2012
Page 2
QuickSpecs
Standard Features
Minimum System Capacities
HP Integrity rx2800 i2 Server
One 64 bit Intel Itanium processor: Either dual core 1.6 GHz/10 MB on-chip L3 cache 9310 processor, or quad core 1.33 GHz/16 MB on-chip L3 cache 9320 processor, or quad core 1.60 GHz/20 MB on-chip L3 cache 9340. One I/O Riser Board. Choice of PCIe 3-Slot Riser Board with one full-length/full-height x8 speed/x16 connector slot and two half-length/full-height x4 speed/x8 connectors slots; or PCIe 2-Slot Riser Board with one full-length/full-height x8 speed/x16 connector slot and one half-length/full-height x8speed/x16connector slots. 4 GB PC3 10600 Registered CAS9 memory module. Note: Memory modules are DIMM pairs. NOTE: Double Chip Spare is not supported when 2GB DIMMs are installed in the system. Six DIMM slots One hot swap power supply
1. Systems Insight Display 2. 1 DVD & 8 HDDs
HP Integrity rx2800 i2 Server: Front View 3. Front Panel Console (KVM)
1. 2x Power Supplies 2. Rear VGA & USB 3. 4x 1G LANs
High Availability
N+N Hot swap cooling (not available with OFS [Office Friendly Server] system) One Hot swap power supply standard-optional second hot swap power supply for N+N protection (two included in OFS systems for reduction of acoustics) Advanced ECC protected DDR3 memory Memory double chip spare to overcome single DRAM chip failures. NOTE: Not supported when 2-GB DIMMs are installed in the system. Dynamic Processor resilience and deallocation (DPR) UPS power management Hot Plug internal disks Integrated HP p410i SAS RAID Controller integrated on system board. Supports internal RAID 0, 1, 5, and 6. Optional 512MB Cache/Super Capacitor kit for RAID 0, 1, and 5; required for Raid 6 Journal file system with HP UX Auto reboot HP Serviceguard for HP UX HP Serviceguard Extension for RAC for HP UX HP Serviceguard Extension for SAP for HP UX Serviceguard Manager for HP UX HP Event Monitoring Service HA Monitors for HP UX HA Toolkits for HP UX HP Mirrordisk/UX Extended Campus Cluster, HP Metrocluster, and HP Continentalclusters for HP UX HP System Insight Manager (SIM) for proactive fault management NEBS Level 3 Certified (GR-63-CORE, GR-1089-CORE)