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IBM BladeCenter HX5

Product
Developers: IBM
Technology: Cloud Computing,  Server platforms,  Data processing centers are technologies for DPC

Content

Specific Features

Optimal performance for exacting applications of virtualization and databases Reduction of time of qualification due to standardization of two - and four-processor servers on one system Scaling of memory without adding of central processors or software licenses Acceleration of achievement of results due to deployment of the systems optimized in terms of workloads.

Maximum amount of memory

Being beyond industry standards thanks to unique innovations in fifth generation of technology IBM X-Architecture (eX5), the new IBM BladeCenter HX5 server provides the highest performance and efficiency of use of resources in a blade server form factor for applications of databases and virtualization. Thanks to the improved scaling using the MAX5 HX5 blade server provides storage capacity to 640 GB – in the blade server of double thickness. The most effective use of resources of the server is as a result reached, allowing to place more virtual machines in one system and to support work of larger and fast databases.

Cost reduction

Thanking the MAX5 HX5 server at the moment provides the largest volume of memory from all servers of this class. Increase in storage capacity using MAX5 allows to reduce costs on licensing of software, without purchasing additional processors.

Idle time in acquisition, management and upgrade with a possibility of payment in process of growth a blade server of HX5 helps to provide long protection of investments. Such opportunities as the advanced Light Path Diagnostics panel, error handling and the round-the-clock remote control, help to simplify systems management and to minimize a downtime. The automatic bypass of failures of nodes and QuickPath Interconnect (QPI) Faildown help to increase time of smooth operation.

 | IBM Systems Director Active Energy Manager
Features Advantages
Fifth generation of architecture IBMX-Architecture
  • The widest portfolio of the systems optimized for the most exacting working a nagruzokgibky
  • portfolio and systems for satisfaction specific trebovaniymaksimalny
  • capacity and storage capacity for achievement of the highest a proizvoditelnostioptimization
  • for corporate workloads for the purpose of acceleration of achievement of the rezultatovprostot
  • of acquisition, ownership and an upravleniyanadezhnost
  • of OnForever thanks to modern technology for achievement of the maximum availability
Up to 40  main cores in the four-processor blade server in the space equivalent 1.25U
  • Computing powers of high density with the maximum capacity and efficiency and smaller costs for one worker nagruzkuvysoky
  • performance per watt provides to the consumed energy efficiency energopotrebleniyabolshy
  • number of database transactions in a minute
Module of memory of MAX5
  • A possibility of adding of 24  modules of memory of DIMM without additional costs on processors or licenses for Podopolnitelny
  • DIMM connectors for simultaneous use of more compact and inexpensive modules DIMM for the purpose of cost reduction on sistemumaksimalny
  • capacity and storage capacity for achievement of the highest proizvoditelnostivysochayshy
  • performance the virtualizatsiibolshy
  • area of memory for reduction of requirements to input-output that significantly reduces total expenses of TPC-C of a system
The maximum storage capacity is up to 640  GB
  • Optimal use of resources for the applications which are intensively using pamyatbolshy
  • number of virtual machines on a blade server for expense reduction
The flexible systems supporting independent scaling of processors and memory
  • The possibility of standardization on one platform for two - and four-processor servers allows to start quicker to raboteuskoreny
  • achievements of results using one
  • capacity
  • scaled a sistemyvozmozhnost
  • of adding on demand  (Capacity on Demand) in process of change a trebovaniyustraneniye
  • of costs for a reserve of capacities during acquisition
Flexible creation of logical partitions of nodes
  • Separation of the four-processor blade server into two users, dual-processor without participation, and without change of a physical configuration of a sistemysistema
  • 2 in 1  allow to run in the afternoon horizontally scalable applications in a dual-processor system, and at night – vertically scalable tasks in a chetyrekhprotsessornoyotklyucheniye
  • of the nodes used not in full for the purpose of economy elektroenergiigibky
  • sections for meeting requirements to workloads and a litsenzirovaniyuinfrastruktura
  • of the server which can change according to the plan a razvitiyavozmozhnost
  • of work of Windows and Linux in one system without additional loading and costs for software for virtualization
Virtualization support
  • Additional built-in USB key of a hypervisor
Automatic bypass of failures of a node
  • Increase in time of smooth operation of multinodal configurations without intervention of the administrator
Technology of forecasting of faults Predictive Failure Analysis
  • Helps to minimize violations of work as a result of scheduled and unplanned downtimes
Architecture with automatic control
  • The accelerated recovery with more effective detection and error correction
Module Trusted Platform Module (TPM)
  • The built-in hardware for increase in security
The Light Path Diagnostics panel in a basic equipment.
  • Light indication of the refused component in system blokauskoryat
  • repair of the equipment that considerably reduces holding time
Two redundant power sources and connections of input-output
  • Lack of one point of failure that increases time of smooth operation
  • Means of integrated management are sistemamiobespechivat
    • by
  • continuous monitoring, measurement and management of energy consumption in real time

Specifications

Form factor and height Unary thickness (30 mm) are the twofold thickness (60 mm)
Processor (as much as possible)   Intel Xeon E7-8800, E7-4800 or E7-2800; six/eight/ten cores, up to 2.67  GHz

To two processors on HX5  of unary thickness; scaling up to 4  processors

Number of processors (stand. / max.) One (a scaling option to four)
Cache memory (max.) Up to 30  MB on the processor (10-core)
RAM (max.) 16   Dual Inline Memory Module (DIMM) Very Low Profile (VLP) Double Data Rate 3 (DDR-3) connectors, capacity are up to 256  GB, in HX5  of unary thickness (a scaling option up to 640  GB max., with  a frequency up to 1067 MHz, in 40  DIMM connectors, when using blade-expansion unit of MAX5)
Expansion connectors One CIOv connector (the standard child PCIe card) and one CFFh connector (the high-speed child PCIe card) for 8  input/output ports, including 4  ports of high-speed input-output

Scaling option up to 16  input/output ports in the four-processor server in a form factor of double width

Disk compartments (everything possibility of "hot" replacement) Two compartments without a possibility of "hot" replacement supporting solid state drives (SSD) in HX5  of unary thickness
Maximum amount of an internal memory Up to 100  GB on solid state drives in HX5  of unary thickness (when using  SSD with a capacity of 50 GB)
Network interface The integrated two-port NIC Broadcom 5709S adapter with two ports Gigabit Ethernet (GbE) with the system of unloading TCP/IP Offload Engine (TOE)
Support of the RAID controller In addition RAID-0,-1, - 1E
Systems management The integrated systems management processor
Support of operating systems

 | Microsoft Windows, Red Hat Linux, SUSE Linux, VMware

Limited warranty a 3-year guarantee for the modules replaced by the user and service on site operation
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