Revolutionary Storage Solutions for AI & HPC
Efficiently Accelerate Applications at Any ScaleLearn More
The End of Hardware-Centric Storage Design
DDN Infinia is Easy to Deploy, Manage and Scale from Edge to Data Center to any Cloud
A Modern Multi-Tenant Data Store for S3 Object and Posix File System Deployments. DDN Infinia is a Next Generation Data Services Platform that has been designed for multi-cloud, introducing a set of core features that allows for more fluid control of data across public and private cloud and across organizational boundaries.Learn More!
Solutions Without Limits for All Data Challenges
Powerful data management solutions for data-centric AI, analytics and real time insight to unlock innovation in your datacenter and in the cloud.
Get 30x More IOPS
Our Unique End-to-End
Data Path Delivers to You:
HIGHEST QLC DENSITY
Are You Getting the Most Out of Your Current Flash Storage?
Other solutions don't deliver the full power of flash into your business, which raises costs and slows results. Allow your applications to benefit from the promise of flash with revolutionized QLC architectures.Start Now!
Leading Organizations Choose Data-Driven Decision Making
UNMATCHED PERFORMANCE & SCALE
Lower Cost, Simple Scaling & Faster AI Applications
Other “scalable” storage solutions require inefficient back-end networks and don't deliver on performance promises.
DDN's AI storage solutions eliminate complexity, scale-out linearly and deliver optimized performance directly to AI applications.
Find out why Generative AI is driving data-centric organizations to adopt DDN.Start Now!
16X YOUR DATA THROUGHPUT
Datacenters Need to Become MUCH More Efficient
Datacenters use 1% of electricity worldwide and Generative AI is set to drive a new explosion in data volumes and service demand.
Optimizing data storage and data movement is key to delivering untapped efficiency in the datacenter.
Find out why DDN is the most efficient data storage solution for AI and HPC, driving 10x more data in a fraction of the energy of other systems.Learn More