Dell PowerEdge C6100 Spécifications Page 6

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Application of standards-based power
instrumentation solutions available
in all servers to allow management
for optimal data center efficiency.
Extension of instrumentation to enable
load balancing or load migration based
on power consumption, and close
coupled cooling for the management of
pooled power and cooling resources.
EDCM (E2E-ALOES Lite) Energy
Management Solutions
EDCM is an intelligent software platform
for IDC’s energy conservation that
integrates the DCM function. EDCM can
collect key performance information
from the hardware and analyze the data.
Meanwhile, the energy conservation
strategies can be carried out without
impacting the quality of service.
EDCM is a three layer software
architecture and management console for
power management developed by ZZNode
(http://www.ZZNode.com). The solution
integrates with DCM graphical display and
monitoring capabilities for enterprise data
center environments. It can implement
energy conservation strategies, generate
carbon emission reports, and perform
energy saving reporting and analysis
to inuence quality of service (QoS).
Users can access platform and system
via mainstream web browsers and get
rich set data with performance to make
key performance decisions for their data
center environments.
Dell PowerEdge C-Series Servers
Dell has extended its PowerEdge server
family with the new C-Series. Designed
with inspiration from Dell’s DCS business,
these new servers are feature-optimized
and power-optimized for customers in
HPC, Web 2.0, telcos/hosters, big data
and cloud builders. The new PowerEdge C
servers include:
PowerEdge C1100: increased-memory,
power-efficient, cluster-optimized
compute node server (1U/2S, Up to
192GB RAM, Intel® Xeon® processor
5500, 2 x 1GbE Intel® 82576 Gigabit
Ethernet Controller): Great for power
and space sensitive customers requiring
maximum memory flexibility.
PowerEdge C2100: high performance
dataanalytics, cloud compute platform
and cloud storage server (2U/2S, Up
to 192GB RAM, Intel Xeon processor
5500/5600 series, 2 x 1GbE Intel
82576 Gigabit Ethernet Controller):
Great for scale-out data center
environments where memory and
storage density matter most such as
Hadoop, Map/Reduce, Web analytics,
and database.
PowerEdge C6100: 4-node cloud and
cluster optimized shared infrastructure
server (2U/Up to 4 2S server
nodes [hot-serviceable], Intel Xeon
processor 5500/5600): Great for
Hyperscale-inspired building block for
high-performance cluster computing
(HPCC), Web 2.0 environments and
cloud builders where the performance
is key.
PowerEdge C5220 Series Microservers,
from 8 to 12 independent 1-socket
server nodes in a 3U chassis shared
infrastructure server: 1S Intel®
Xeon® E3 platform C204 Chipset:
Great for dedicated hosting, Web 2.0
environments, and cloud builders where
power/density is key.
Test Bed Blueprint
Intel has worked with Dell and EDCM
to implement a test bed that features
Dell’s hyperscale-inspired PowerEdge
C-Series servers, which are designed
specically for power and space sensitive
data centers. The test bed is intended to
provide a exible environment to simulate
those aspects of a commercial data center
that are relevant to cloud computing
usage models. EDCM Energy Management
software uses Intel DCM as an integrated
component.
Design Considerations
Intel Node Manager compliant systems
along with PMBus compliant power
supply for real-time power monitoring are
required.
6
Intel® Cloud Builders Guide: Data Center Energy Management with Dell, Intel, and ZZNode
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