Hitachi Compute Blade 2000, User Manual

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12
Appendi
x

High-performance server blade specifications (2/2)
Model name X57A2
CPU Supported CPU
Intel® Xeon®
processor E7-
8830
Intel® Xeon®
processor E7-
8860
Intel® Xeon®
processor E7-
8870
Operating frequency
of processors
2.13 GHz 2.26 GHz 2.40 GHz
Number of
processors
Max:2 [8]
(Max: 16 [64]
cores) *1
Max:2 [8] (Max: 20 [80] cores) *1
LLC (Last Level
Cache)
24 MB 24 MB 30 MB
QPI (Quick path interconnect)
frequency
6.4 GT/s
Main memory
DDR3 Registered ECC DIMM 2GB/4GB/8GB/16GB
DDR3-LV Registered ECC DIMM 16GB/32GB
Size
Max 768 [3072] GB (16 GB x 16 [64] + 32 GB x 16 [64]) *1
Number of mezzanine slots
2 [8] *1
Network interface
Gb Ethernet x 2 [8] ports *1
Management interface Server blade Web console
Remote console
OS console (via Telnet /SSL)
IPMI 2.0. (Support only for it connected with a product
verified by Hitachi.)
Wake On LAN (Available only for onboard Gb Ethernet to
the Primary blade)
Front interface
USB
（
2.0
）
x 2 (available only for the primary blade)
Serial port (COM2) x 1 (available only for the primary blade) *6
QPI Full Width 6.4 GT/s 4 ports
Outside dimension
（
W x D x H: mm
）
47.7 x 547 x 336 (except the Backplane connector)
Mass
10.8 kg
Power consumption (Max) *2
575 W / 553 W 652 W / 630 W 664 W / 642 W
Power consumption in operation *3
478 W / 456 W 501 W / 479 W 512 W / 490 W
Indications
based on the
Energy Saving
law
Classification
J
Energy consumption
efficiency *4
1.4 1.0 Out of target
*5
Supported OS
Microsoft® Windows Server® 2012 R2
Microsoft® Windows Server® 2012
Microsoft® Windows Server® 2008 R2
Microsoft® Windows Server® 2008
Red Hat Enterprise Linux 5
Red Hat Enterprise Linux 6
*1 A number in the square brackets indicates the value with 4-blade SMP configuration.
*2 Maximum power consumption for the equipment design.
*3 General power consumption in operation
*4 The energy consumption efficiency is obtained by dividing the electric power consumption
measured with the measurement method defined by the Energy Saving Law, by the
composite theoretical performance defined by the Energy Saving Law.
*5 Theoretical performance of multiple processors is out of target for Energy Conservation law.
*6
The data transfer rate for the serial port (COM2) is fixed to 115200 bps.