DDP is an Ethernet SAN
with its own iSCSI/AVFS metadata controller for wire speed access
NEW
We started delivering our new DDP series of High Availability Ethernet SAN, with at least one Dual DDP Head for the AVFS metadata and dual iSCSI raid controlled DDP storage arrays.
With its SAN performance and minimized down time the HA DDP is perfect in combination with MAM, ingest and playout systems and companies with many users >> read more
Ethernet SAN with iSCSI/AVFS
Get the highest possible throughput now with your existing Ethernet infrastructure >> read more
Multiple DDPs as One DDP
Multiple DDPs can be used as ONE DDP with Linear Scaling in capacity and bandwidth >> read more
HD, SSD or Hybrid
Each DDP can have SSD Caching, Load Balancing and also storage can be added on the fly >> read more
FolderVolumes
Folders with volume properties for your eyes only. Access control via integrated Workflow Manager >> read more
DDP - how it works
DDP storage servers are special and different from all others. DDP and DDP Clusters have one file system >> read more
Why a DDP?
DDP is an Ethernet SAN with the simplicity of a NAS system. Find out more about DDPs unique features like SSD Caching, Load Balancing and Clustering >> read more
Our Technology
DDPs are modular Ethernet SAN shared storage systems which Scale Linear both in Bandwidth and Capacity. Grow as you go >> read more
News
We are proud to announce that our High Availability Scale Out Ethernet SAN DDP has won the 2019 NAB Product of the Year Award >> read more
Learn More about microDDP
The storage market changes rapidly due to all flash, hybrid and cloud technology. The microDDP series is part of our vision of the future. Here, There and Elsewhere >> view microDDP video
Product information
Download information about the DDP product sheets, about complex technical issues or nice interesting interviews >> read more
Meet Us! Upcoming Events
We are exhibiting 12-17 September 2019 at the IBC in Amsterdam. Visit us to see our new High Availabilty DDPs. For a free ticket click here.>> read more
