Produktbeskrivelse
|
Fujitsu PRIMERGY BFi20S5 Processing Blade - indstikningsmodul - Xeon X5570 2.93 GHz - 36 GB - ingen HDD
|
Type
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Server - indstikningsmodul
|
Processor
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2 x Intel Xeon X5570 / 2.93 GHz (3.33 GHz) (Quad-Core)
|
Cachehukommelse
|
16 MB L3
|
Cache pr. processor
|
8 MB
|
RAM
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36 GB DDR3 SDRAM - ECC
|
Harddisk
|
Ingen HDD
|
Optisk lagring
|
Intet optisk drev
|
Produktdatablad |
|
Type |
Server |
Produktmodel |
Indstikningsmodul |
CPU |
Intel Xeon X5570 |
Clock-frekvens |
2.93 GHz |
Max Turbo Speed |
3.33 GHz |
Antal kerner |
Quad-Core |
64-bit Computing |
Ja |
Antal CPU'er |
2 |
Maks. antal CPU'er |
2 |
L2 cache |
4 x 256 KB |
Forreste Bus |
800 MHz |
Installeret størrelse |
L3 - 16 MB |
Cache pr. processor |
8 MB |
Installeret størrelse |
36 GB |
Teknologi |
DDR3 SDRAM - ECC |
Type |
Ingen HDD |
Type |
Intet optisk drev |
Monitortype |
Ingen. |
Holdere |
Hukommelse ¦ 2 (total) / 0 (fri) x CPU |
PRIMERGY BladeFrame is the platform to set up an application-independent and service-oriented IT infrastructure. The processing area network (PAN) combines stateless servers (pBlades) with unique virtualization and management software, thus reducing the existing infrastructure complexity and providing a dynamic, highavailability system. PRIMERGY BladeFrame uses the PAN architecture to manage a pool of computing, storage and network resources which can be dynamically allocated depending on business requirements. The PAN Manager is the central instance for configuring, managing and monitoring both the physical as well as virtual servers. With the PAN Manager a server is no longer a device with a defined configuration, operating system and application, but a software-based definition that can be dynamically assigned as needed. The PAN architecture thus expands the benefits of server virtualization and provides an integrated concept for high-availability (N+1 failover) and disaster recovery. The result is considerable savings in operational and total costs.
PRIMERGY BladeFrame BF200 system is ideal for branch offices, remote locations and development teams who wish to benefit from the advantages offered by the PAN architecture in a system with compact form factor (13U). The BF200 can be installed in industry standard racks and consists of two control blades (cBlades), a redundant BladePlane. The cBlades contain the interfaces to the external network and the storage systems and enables the PAN Manager to establish connections between the individual pBlades. The processing blades are stateless, thus enabling a quick reallocation of resources as well as an automatic failover as each pBlade can assume the identity of another. This architecture means that a pool of servers can be created instead of allocating dedicated applications to a system.