Samsung DDR4 SDRAM
Samsung DDR4 SDRAM is the new generation of high-performance, power-efficient memory that delivers greater reliability for enterprise applications. The right memory solution can be one of your most important competitive advantages. Samsung leads the industry with cutting-edge DRAM technology to heighten the success of your designs.
Meet diverse enterprise workload demands with higher bandwidth and reduced power consumption
Accelerated adoption of cloud computing, virtualization and high-performance computing (HPC) technologies has made higher-performing, higher-density memory a key factor for server operation. Highly virtualized environments enable companies to run numerous applications on a single server instead of multiple servers. A single server with more virtual machines (VMs) requires not only a higher processor speed, but also higher memory densities.
Requirements for memory are become more diverse to support a wide range of enterprise server applications, from less critical workloads to those that are mission critical. Enterprise-level tasks that run on high-end servers, such as database access or transaction processing, need a large capacity of in-memory systems and higher reliability. Mid-range servers used for virtualization or consolidation require high bandwidth and scalability. Small form factor, lower power consumption and low cost are essential requirements for workloads on low-end servers used for web, collaboration and infrastructure systems.
Rising energy costs and the need to provide greater environmental sustainability are also placing demands on chipmakers and server vendors. A server running a virtualized environment can achieve a higher utilization that, in turn, increases the total power consumption of the server. As a result, CPU and server companies are focusing intently on the development of next-generation green IT systems.
The memory that supports next-generation, green IT systems should meet the diverse demands of enterprise workloads with higher performance, increased density, improved reliability and low power consumption.