Samsung 4GB DDR3 1333MHz ECC Registered DIMM M393B5170FH0-CH9 ユーザーズマニュアル
製品コード
M393B5170FH0-CH9
SAMSUNG 40nm GREEN DDR3 BENEFITS SERVER PLATFORMS
Memory’s contribution to system efficiency and power consumption
is highly significant. Therefore, the need for optimizing memory
efficiency has become extremely important.
is highly significant. Therefore, the need for optimizing memory
efficiency has become extremely important.
Samsung 40nm class. 2Gb DDR3, which delivers bandwidth up to
1.6Gbps, consumes significantly less power than DDR2 and operates
with voltage as low as 1.35V. This provides the best performance-to-
power efficiency ratio on the market.
1.6Gbps, consumes significantly less power than DDR2 and operates
with voltage as low as 1.35V. This provides the best performance-to-
power efficiency ratio on the market.
Actual measurements show that switching to Samsung’s
40nano-class Green DDR3 provides a 73% power savings over a
60nm-equivalent, 1.8V DDR2 memory and enables an efficiency ratio
of 92% (Watt/Gbps).
40nano-class Green DDR3 provides a 73% power savings over a
60nm-equivalent, 1.8V DDR2 memory and enables an efficiency ratio
of 92% (Watt/Gbps).
SAMSUNG’S
GREEN DDR3 DELIVERS
MAJOR ENERGY SAVINGS
Dual-and multi-core CPUs for multi-tasking activities, 64-bit operating systems and compute-intensive applications
such as virtualization, 3D, gaming and photo/video editing are accelerating the need for higher-performance memory
with reduced power consumption. From PCs to servers, Samsung’s 40nano-class Green DDR3 provides designers with
the key to creating the most energy-efficient, high-performance computing platforms available today.
such as virtualization, 3D, gaming and photo/video editing are accelerating the need for higher-performance memory
with reduced power consumption. From PCs to servers, Samsung’s 40nano-class Green DDR3 provides designers with
the key to creating the most energy-efficient, high-performance computing platforms available today.
Moreover, these improvements translate into a 38% power savings at
the server level. Higher density servers will show even greater savings.
the server level. Higher density servers will show even greater savings.
DATA CENTERS WITH SAMSUNG GREEN DDR3
Data centers are the fourth largest contributor to world pollution after the
airline, shipyard and steel industries, and demand for data center space
is outpacing supply in many areas. Moreover, according to the U.S.
Environmental Protection Agency, without optimization in data centers,
total power consumption will grow at an astronomical rate.
airline, shipyard and steel industries, and demand for data center space
is outpacing supply in many areas. Moreover, according to the U.S.
Environmental Protection Agency, without optimization in data centers,
total power consumption will grow at an astronomical rate.
Since memory directly impacts server performance as well as power
consumption, the optimization of a data center is considerably
improved by choosing the right memory. This has immediate effects
on CO2 emissions as well as the total cost of system ownership.
Samsung 40nm class. 2Gb DDR3, which delivers bandwidth up to
1.6Gbps, consumes significantly less power than DDR2 and operates
with voltage as low as 1.35V. This provides the best performance-to-
power efficiency ratio on the market. In addition, Samsung’s Green
DDR3 fully complies with the Energy Star specification for Servers.
consumption, the optimization of a data center is considerably
improved by choosing the right memory. This has immediate effects
on CO2 emissions as well as the total cost of system ownership.
Samsung 40nm class. 2Gb DDR3, which delivers bandwidth up to
1.6Gbps, consumes significantly less power than DDR2 and operates
with voltage as low as 1.35V. This provides the best performance-to-
power efficiency ratio on the market. In addition, Samsung’s Green
DDR3 fully complies with the Energy Star specification for Servers.
SERVER SYSTEM-LEVEL
POWER SAVINGS
*
Source: Measured by
SAMSUNG Lab
SAMSUNG Lab
TABLE 1
(1) More Server
per MW
number
of servers
total watts to
data center
total watts
per server
Old Server
5000
1.95E+06
390
New Server with
Samsung Green
DDR3
7992
1.95E+06
244
(2) More Power
Saving
number
of servers
total watts to
data center
total watts
per server
Old Server
5000
1.95E+06
390
New Server with
Samsung Green
DDR3
5000
1.22E+06
244
As table 1 shows:
1. For a given data center that runs within a power budget replacing its
servers with new servers that house Samsung’s Green DDR3 increases
server unit capacity by 60% without increasing the power envelope.
server unit capacity by 60% without increasing the power envelope.
2. A 1:1 replacement of old servers with new servers that house Samsung
Green DDR3 results in 36% power savings.
Source: Samsung Electronics
DDR3 POWER REDUCTION
Total Power Savings: 73%