DDP CONFIGURATOR / 2026

Storage that keeps
your team creating.

Choose your system. Shape your storage. Find the bandwidth for every stream, every project and everyone on your team.

01 — 03

Select a system.
Shape your capacity.
Know your performance.

01

Choose your system

Four system families. One shared environment.

Hardware specifications and source comparison

PSU ratings describe capacity. The operating-power figure below uses an adjustable planning assumption; it is not a measured value.

SSD project cache accelerates active media; it does not increase unique HDD storage capacity.

HDD storage · RAID 6

03

Plan your bandwidth

Combine formats, frame rates and concurrent streams.

Mixed-codec workflow

Choose from 96 formats. Add as many codec rows as you need.

DDP network ports and upgrades

Added cards are combined with the standard ports. PCIe slot availability, switch capacity and simultaneous traffic paths must be qualified. Aggregate port capacity is shared across PCs; it does not combine into one client link.

SSD read-performance reference

The published table is headed “for 1 GB/s” and describes SSD8 reads. SSD4 is estimated at half; larger populations scale for planning, subject to controllers and network limits. Stream counts and recording hours are calculated from the selected codec and usable capacity. Manufacturer reference ↗

Estimated storage bandwidth
Available planning read bandwidth

Transcoding & rendering: use SSDs. Running these workloads on HDDs can greatly reduce bandwidth because of seek time. Figures here estimate read/playback performance; they do not predict ingest/write or mixed read/write performance.

Aggregate storage demand

Available bandwidth is limited by the active storage tier, system uplink and HA head interfaces. Client links use 85% efficiency; 2 × 1GbE MCS uses 200 MB/s. Set streams per PC in each codec row. Concurrent rows sharing a PC need a combined client check. Figures are estimates; HDD workloads, cache misses and mixed reads/writes need validation.