Blackmagic Debuts $30K 3D Camera for Capturing Video for Vision Pro

Original Article ↗ Hacker News Discussion ↗

Blackmagic has launched a $30K dual‑sensor cinema camera aimed at producing ultra‑high‑resolution 3D “immersive video” for Apple’s Vision Pro headset, sparking debate over whether this niche format and hardware stack can justify the investment. Commenters weigh the benefits of its 8K‑per‑eye capture, professional workflows, and rental‑based economics against concerns about proprietary codecs, massive storage requirements, and a small installed base of compatible headsets. The conversation broadens into whether Apple’s Vision Pro and VR more generally are on the verge of a new creative medium or repeating the boom‑and‑bust cycle of past 3D and VR fads.

Camera formats, openness, and codecs

  • Some welcome Blackmagic’s involvement but worry about proprietary formats and Apple lock‑in.
  • The camera uses a new “Blackmagic RAW Immersive” flavor of BRAW; people note BRAW is not very open, though footage can likely be exported per‑eye to other formats.
  • Debate over Blackmagic’s past removal of CinemaDNG: one side blames RED’s compressed RAW patents, another calls that a pretext to lock users into BRAW, pointing out CinemaDNG is uncompressed and predates REDCODE.
  • Apple’s Immersive Video format itself is seen as proprietary and poorly documented; support on non‑Apple headsets is currently unclear.

Editing workflow, storage, and bandwidth

  • 8TB for ~2 hours of 8K stereoscopic BRAW is considered huge but not unprecedented for high‑end RAW.
  • Suggested workflows: proxy editing (long‑standing film/TV practice), fast local NVMe or Thunderbolt RAID for ingest, NAS for backup; 10 Gbit Ethernet is “bare minimum”.
  • Blackmagic Cloud Store is clarified as an on‑set NAS that later syncs to cloud, not cloud‑only storage.

Vision Pro market viability and VR adoption

  • Strong split: some see AVP as an early, strategic platform with limited production constrained by Sony micro‑OLED supply; others call it a niche “dev kit” or even a flop given sub‑million sales and high price.
  • Disagreement over usage: some report heavy daily use and strong immersive impact; others say most headsets (AVP and Quest) quickly gather dust.
  • Many doubt mass‑market appetite for expensive headsets, drawing parallels to 3D TV; others argue we’re early, like pre‑iPhone smartphones or early PDAs.

Use cases and content ecosystem

  • Filmmakers are expected to rent the $30K camera; in a multi‑million‑dollar production it’s a small line item.
  • Some see a “once‑in‑a‑lifetime” opportunity: hundreds of thousands of AVP owners but only a few hours of immersive content.
  • Suggested strongest fits: nature docs, concerts, sports, live events, theme parks, and high‑end experiential content rather than traditional narrative cinema.

Comparisons to other gear and techniques

  • Compared with Canon’s dual fisheye + single‑sensor rigs and RED bodies, URSA Cine Immersive offers: higher per‑eye resolution (8K@90fps), wider inter‑pupillary distance, cine‑grade features, integrated 8TB media, and tight Resolve integration.
  • Many emphasize $30K is relatively cheap for serious cinema gear; some high‑end cameras cost 3–10× more.

Technical aspects of immersive/VR180 video

  • AVP “Immersive Video” is 180° stereo, not simple 3D “flat” video or passthrough; you can look around within a hemisphere.
  • Discussion of per‑eye resolution vs field of view: below ~8K per eye, fidelity degrades once video is mapped over 180°.
  • Apple’s projection is a custom fisheye‑like mapping optimized for horizon detail; compared with Google’s equi‑angular cubemap. Exact details remain partly reverse‑engineered and undocumented.