Solutions for analytics, databases, and infrastructure.
Intel works closely with partners to optimize solutions for Intel® Optane™ persistent memory to help you accelerate business transformation. Learn more about our specific solution offerings below.
Process more data faster for better business insights with Intel® Optane™ persistent memory and enabled solutions.
Learn how Intel® Optane™ persistent memory reduced latency by almost 68%.
Learn how Intel® Optane™ persistent memory reduce SAP HANA data load at start-up by 12X.
Accelerate performance by 3X when storing data in persistent memory & scale-out storage.
Solutions that allow you to store more data closer to the processor to speed digital transformation.
Learn how Aerospike Enterprise Edition with persistent memory provides a 4X increase in scalability.
Help data center managers get 5X improvement in query & transaction latency response time with persistent memory.
Equip servers with unprecedented system memory capacities at lower cost than DRAM-only configurations.
Simplify database deployment and application development by keeping the entire dataset in a single multi-model database.
From the edge to the cloud, get solutions that build performance & scalability for your enterprise.
Increase scalability, reliability & affordability with Intel® Optane™ technology & Microsoft Azure Stack HCI.
NetApp MAX Data uses persistent memory to improve database performance for SQL and NoSQL databases.
Get 25% increased VM density, enabled by persistent memory & technologies from Intel & VMware.
Learn about evaluating performance requirements for Intel® Optane™ PMem VMware configurations in Memory Mode.
Learn about the Balanced Profile BIOS setting for Intel® Optane™ PMem in Memory Mode.
Use Intel® Optane™ technology & Microsoft Azure Stack HCI to turn massive data into competitive advantage.
Achieve high-performance software-defined storage with Microsoft Azure Stack HCI and Intel® Optane™ technology.
Intel® Optane™ persistent memory uniquely combines a new affordable, large-capacity memory tier with data persistence, enabling greater workload consolidation with greater levels of performance and capacity.