Description
The ADATA U-DIMM ECC DDR3L server memory modules are designed for cloud business solutions and feature improved levels of energy efficiency and performance. The most striking aspect of the new module is its high efficiency, which results in major energy savings, reduced overall power consumption for cloud businesses, and all-around lower carbon dioxide emissions. These benefits come with no sacrifice in terms of performance- the high speed operation and reduced memory-bus load of these modules leads to greatly enhanced overall system efficiency. Fully compatible with major motherboards, these server DIMMs are a reliable solution that reduce power costs and increase environmental protection.
The new ADATA U-DIMM ECC DDR3L server memory modules for cloud business
solutions, which feature improved levels of energy efficiency and
performance. The most striking aspect of the new module is its high
efficiency. This results in major energy savings, leading to reduced
overall power consumption for cloud businesses, and all-around lower
carbon dioxide emissions. These benefits come with no sacrifice in
terms of performance- the high speed operation and reduced memory-bus
load of these modules leads to greatly enhanced overall system
efficiency. Fully compatible with major motherboards, this server DIMM
module is a reliable solution that reduce power costs and increase
environmental protection.
Environmentally Friendly Designs
Provide Sustainable Server Solutions
Taking Facebook data centers as an example, the high power consumption
of these centers has led to the implementation of many changes towards
energy efficiency. These changes include switching to natural air flow
cooling, changing CPU running voltage from standard to low voltage, and
making the change from 1.5 volts to 1.35 volts and lower for DRAM. In
response to the requirements of this kind of data center upgrade, ADATA
has moved quickly to develop and launch the new high efficiency module.
Compatibility
? Compliance: RoHS and JEDEC (Joint Electron Device Engineering Council)
?Intel Nehalem/ Westmere/ Sandy-Bridge/ Ivy-Bridge platform support
?AMD Interlagos/ Valencia platform support