HP 16GB (1*16GB) PC4-2133P-R DDR4-2133MHZ MEMORY MODULE
Product Code: 726719-B21
- Product Description
HP DDR4 SmartMemory is specially designed to deliver outstanding reliability, performance and will ultimately help you to achieve a faster return on your investment.
Industry leading performance capabilities
Certain performance features are completely unique to HP SmartMemory. For example, while the industry supports DDR4-2133 RDIMM, today's Gen9 servers support DDR4-2133 RDIMM with up to 2 DIMMs per channel at 2133MT/s, equating to up to 14% performance increases at the DIMM level with no penalty. In terms of testing, HP DDR4 SmartMemory is rigorously tested and tuned on HP ProLiant servers using proprietary software that simulates extreme operating environments and conditions. It is through this rigorous testing process that an outstanding level of memory performance was developed, making the HP DDR4 SmartMemory suitable for a multitude of varied workload requirements and demands.
Minimise capital expenditure with excellent power efficiency
A highly efficient memory solution, HP DDR4 SmartMemory will reduce your data centre’s overall power and cooling requirements, which in turn will help to free up your IT budget. As the memory runs at 1.2V, the HP SmartMemory DDR4-2133 Registered memory is engineered to save up to 35% more power when compared to DDR3-1866 running at 1.5V.
Protect your business with error detection and pre-failure alert software
When you buy HP DDR4 SmartMemory, it comes with the peace of mind that any potential errors will be identified and solved before they escalate into a major problem; saving you time and money down the line. HP DDR4 SmartMemory features SMART capable firmware which enables fault prediction capabilities when used in conjunction with the Systems Insight Manager. This software lets you know in advance of any defects in the DIMMs, so you can have the DIMM replaced under warranty before it fails. The HP Advanced Memory Error Detection Technology targets several key memory parameters and seeks out specific defects that either cause performance degradation or significantly increase the probability of a non-recoverable memory condition. By improving the prediction of critical memory error conditions, this technology will successfully help to prevent unnecessary DIMM replacement, thus increasing server uptime.