Server

On set, the server functions as the central nervous system of digital production. While the camera spews out enormous amounts of RAW data — at 6K resolution, this can quickly be 10 to 15 gigabytes per minute — this flood needs to land somewhere immediately, be secured, and simultaneously be accessible to the DIT (Digital Imaging Technician) and post-production. The server does exactly that: central storage, automatic redundancy, rapid availability.

In practice, we work with SSD-based systems — the days of slow hard drives are over. A modern production server features multiple terabytes of hot storage and is networked via Gigabit Ethernet, or ideally Thunderbolt 3 or Fiber Channel connections, to camera recorders, backup systems, and editing suites. Redundancy runs automatically: while the DIT ingests camera files, a mirrored backup to a second drive or a cloud solution starts simultaneously. If a failure occurs — which does happen — we have not only the original but also the copy.

The practical benefit: the editor can already make initial cuts on set while the camera is still rolling. The colorist can test preparatory LUTs. The producer has access to metadata, timecode information, and TC logs. Everything is centralized, timely, and flawlessly documented. This saves days of valuable time in the edit — and significantly reduces the search for takes believed to be lost.

Technically, the server must meet two requirements: first, write speed (RAW ingest must not drop), and second, read throughput (multiple editing stations simultaneously). Therefore, professional productions use dedicated systems with SSD pools and RAID configurations — not just an external drive. The management software (often Media Vault or similar solutions) catalogs everything, checks integrity, versions, and prepares the archive for the workflow. Without a server, there is no modern digital production — it's not a luxury, but an absolute fundamental requirement.