DivX

In the mid-2000s, DivX was a reality on every set and in every post-production workflow — an MPEG-4-based video codec that allowed a full 90-minute production to be compressed onto a standard DVD in Full HD. This sounded revolutionary at the time. For independent productions, distribution copies, and quick online previews, DivX was the standard compression format before H.264 and later H.265 took over the market. The compression rate was aggressive — up to 4:1 with acceptable visual quality — meaning footage could be transported, archived, and shipped faster.

In practice, DivX functioned as an intermediate format between RAW footage and deliverables. The DoP or colorist would export cuts as DivX for client screenings, festivals, or early access showings. Hardware players recognized the format, which was relevant for distribution on DVD players. However, the encoding parameters were temperamental — bit rate, keyframe intervals, two-pass encoding — and a poorly calibrated DivX export could lead to artifacts, blocking, or sync issues. Many editors had their own presets that had been fine-tuned over years.

Today, DivX is practically dead. H.264 offered better efficiency at an identical bit rate, superior hardware support, and no licensing fees, which DivX originally entailed. Streaming platforms have standardized on H.265 or VP9. Anyone who still encounters old DivX archives — in smaller production offices, in archives, in backup inventories — needs specialized decoders or old editing suites to reconvert the material. It is a relic of a transitional era between DVD and streaming, much like Quicktime ProRes 422 remained a workhorse while DivX simply dropped out of circulation.

For current projects: irrelevant. For archaeology or the reconstruction of older productions: sometimes unavoidable. The name is still remembered, but the format itself belongs in a museum.