文档介绍：? 2006 Hewlett-Packard pany, information contained herein is subject to change without notice 信息化建设方案信息化建设方案22016-11-4方案介绍32016-11-4拓扑结构图光纤阵列Rx 8640SAN 交换机42016-11-4支持多种操作系统Secure, feature rich, stable and with investment protectionOpenVMSOpenness, flexibility and cost savingsIndustry standard MS Windows now available on 64-bit serversProven quality, availability and manageability用户可以随意选择使用已有的系统还是移植到新的系统中去52016-11-4HP Integrity rx7640ServerHP Integrity rx8640Server with Server Expansion Unit 2 (SEU2)HP Integrity rx2660 Server HP Integrity Superdome ServerHP Integrity rx4640ServerHP Integrity rx3600ServerHP Integrity rx6600Server16p/32c scalability and hard-partitioning capability for consolidation8p/16c flexibility with high-performance, density, and hard-partitioning capabilitiesUp to 64p/128c scalability and hard-partitioning capability for leading consolidation2p/4c brings Integrity and HP-UX value to BladeSystem c-Class 4p/8c highly expandable entry-class platform for workload consolidation and virtualization4p/8c versatile application and database server2p/4c powerful entry-class workhorse for database & application environments2163212884Number of cores per systemsx2000 chipsetNew dual-core Intel? Itanium? 2 processor2p/4c high-performance, server for multi-purpose entry-putingBL860c BladeCenterc-Class Integrity Server 基于Montecito处理器的安腾服务器产品线62016-11-4根据第三方评测结果和此次投标的计算公式计算结果如下;HP Rx8640 ******@ TPC-C达到691707HP Rx8640 12 ******@ TPC-C达到518780Unix环境下此次投标 TPC-C 值72016-11-41:随着CPU数量的增加TPC的测试值不是呈线性增长,而是以递减比例增长;2:随着核心数量增加,性能提升的比例(或者叫性能递减基数)见左图Unix环境下TPC-C 值推导方法82016-11-4HP 提供了丰富的分区技术体系nPar n?OS image with HW fault isolation?Dedicated CPURAM & I/O隔离性灵活性NodevPar 2?OS + SW fault isolation?Dedicated CPU, RAMHard Partition 1Hard Partition 2vPar 1?OS + SW fault isolation?Dedicated CPU, RAMVirtual Machine 1?OS + SW fault isolation?Virtual + Shared CPU, I/O?Virtualized MemoryVirtual Machine 2?OS + SW fault isolation?Virtual + Shared CPU, I/O?Virtua