DRAM memory offers low latency but is limited in capacity, expensive, and volatile. Block storage is large, cheap, and persistent, but slow to access. Intel Optane Persistent Memory bridges the gap with an innovative memory technology that delivers a unique combination of ...DRAM memory offers low latency but is limited in capacity, expensive, and volatile.
Block storage is large, cheap, and persistent, but slow to access. Intel Optane Persistent Memory bridges the gap with an innovative memory technology that delivers a unique combination of affordable large capacity and support for data persistence. Data persistence for memory Unlike DRAM, data remains in Persistent Memory 200 Series after a planned or unplanned restart, avoiding time-consuming data reloads, which means less down time, fewer losses from system outages, and increased operational efficiency.
Developers can utilize the industry standard persistent memory programming model to build simpler and more powerful applications to future-proof their data center investment. Secure data at rest The Intel Optane Persistent Memory 200 Series integrates strong, industry-standard hardware security encryption measures for data at rest. Application-transparent AES-256 encryption secures all data at rest in persistent memory with no software code changes and minimal impact on performance.
Affordable large capacity Intel Optane Persistent Memory 200 Series enables more value to be extracted from larger data sets and increases the utility of each server. In-memory databases can access more data at DRAM-like speeds, and workloads processing massive data sets, such as scientific or data warehousing and analytics, can work continuously without repeatedly loading and storing data locally.