Has your server been configured with the memory it needs to perform as its role expands over time? HPE DDR4 Smart Memory is designed for small to large enterprise customers with a significant need for performance and capacity, along with a desire to manage total cost of ownership. HPE DDR4 Smart Memory enables total server memory optimization, runs at top throughput speed, and is among the most power-efficient memory available. In addition to performance and efficiency, HPE DDR4 Smart Memory also delivers on reliability. Only the highest-quality DRAM modules are selected from top suppliers. Now more than ever, DRAM quality is critical, as data center trends such as server virtualization, cloud computing, and the use of large database applications have increased the need for higher-capacity memory with greater up-time. HPE DDR4 Smart Memory undergoes rigorous qualification and testing processes that unlock memory performance features available only with HPE servers.

What if you could increase I/O performance and improve network efficiency between HPE Synergy Compute sodules and complex storage environments? Designed for the HPE Synergy Composable Fabric, HPE Synergy 5330C 32Gb Fibre Channel Host Bus Adapter (HBA) connects HPE Synergy Compute resource pools to SANs over 32 Gb native FC fabrics. It provides both high-performance and network efficiency. High performance is achieved through low latency connectivity to HPE Synergy Virtual Connect FC Modules and Brocade FC Switch Modules while network efficiency is achieved through the HPE Synergy Composer automatically coordinating proper firmware and driver including staging updates to execute and avoid workload disruption

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Memory is one of the most critical components in your server, and one of the easiest to upgrade to quickly enhance and improve overall system performance.The dependence on industry standard servers to run memory-intensive applications is pushing the memory capacity of servers to new levels. For server applications, memory modules and other server components must withstand almost non-stop exposure to elements such as heat and electricity. The slightest defect can become a problem resulting in server crashes and data loss for multiple users. As server memory capacities increase, so does the likelihood of memory errors that can corrupt data and cause servers to crash.