Rocket Fuel for Your Enterprise Apps
Memory Accelerated Data (MAX Data) moves beyond caching to true memory tiering for next-generation, Intel Optane DC persistent memory (Optane DC PMM)—providing application performance and enterprise data protection. Shrink latency to near zero. Protect data without modifying your code. And drive dramatically more application workloads per server.
Faster than Flash
Realize the promise of real-time data analytics. Deliver orders-of-magnitude faster transactions for business applications with MAX Data and Intel Optane DC persistent memory.
Faster-than-flash performance can be a game changer for financial services companies, where faster trading results in higher revenue, or for e-commerce companies, where faster analytics can drive better personalization delivering more clicks and increased sales.
Ease of Data Management
Mirror and protect persistent memory within a server. Utilize snapshots for fast data recovery.
MAX Data can automatically tier data to an ONTAP?-based AFF system, leveraging all the data management capabilities in?ONTAP. These include high availability, cloning, snapshots, backup, and disaster recovery.
MAXimum Efficiency
Realize lower TCO with the same performance and latency on a simpler infrastructure or smaller server counts and memory footprint. Improve Oracle database performance and reduce overall cost.
All Flash FAS A-Series
Supply enterprise class, scale-out all-flash storage with the industry's most advanced data management.
NVMe (Non-Volatile Memory Express)
Lead the future of flash. Move to a faster future with zero disruption. Unlock the full value of your data.
MAX Data
Provide transparent application access to Intel? Optane? DC PMM.
Intel® Optane? DC PMM
Break barriers with Intel? Optane? DC PMM and MAX Data.
Outstanding Test Results for Memory-Accelerated FlexPod with MAX Data Software
NetApp? MAX Data wows testers with 10 times performance improvement versus all-flash systems. It offers substantial customer value that is rewriting the rules for persistent memory.
