Intel's own True View language is volumetric video, not hologram

What you see

Intel True View replays appear on ordinary screens — television broadcasts, stadium video boards, or a sports app — showing a play from angles no single broadcast camera occupied, including a rotating view around a frozen moment. Intel's own True View product page describes letting fans "see every angle of the most amazing plays — even from the players' perspective," delivered so "you can experience amazing replays and highlights on TV, in the stadium, or on sports websites and apps." Every stated destination is a conventional screen; none is a free-space projection or a headset.

How it works

The same page names the capture method: "more than 30 of our 5K cameras surround the venue, covering every inch of the playing surface," capturing "volumetric data (height, width, and depth) using voxels, a 3D pixel," which "on-site server farms" and "a proprietary data algorithm" process into a replay. Intel's release for Super Bowl LIII repeats the vocabulary, describing True View as transforming "massive amounts of volumetric video data captured from 38 5K ultra-high-definition cameras into immersive 3D replays" of the 3 February 2019 game. This is free-viewpoint video: synchronized cameras feeding a reconstruction a renderer can view from any virtual position within the volume. Neither document uses "hologram."

Viewing conditions and limits

Because the output is rendered video, not a live optical reconstruction, ordinary screen-viewing conditions apply: any lighting a viewer would normally watch television or use a phone under, a fixed 2D frame at any moment even though the virtual angle can change between frames, and no glasses, headset, or fixed position required. The cited pages describe substantial infrastructure — more than 30 cameras and on-site server farms — needed to produce each replay, but say nothing about viewer count, because that number is unlimited: it is ordinary video, distributed like any other broadcast content.

What it is not

Intel's own name for this technology, in both its product page and Super Bowl press material, is "volumetric video" and "3D replay," not "hologram." The distinction is not a technicality: a hologram, as the rest of this archive documents, reconstructs a light field a viewer sees directly without a screen, from a vantage of their own choosing in real time, while a True View replay is a pre-rendered clip whose camera path a broadcaster chooses, then distributes like ordinary footage. Sports press covering multi-camera volumetric systems has sometimes reached for "hologram" as shorthand for their spatial quality; on Intel's own terminology, that shorthand names the visual impression, not the mechanism Intel uses.

• Is the "hologram" claim about content viewed on a normal screen, or an image with no screen?
• Does the source describe a camera rig producing rendered video, or a live light field?
• Can the replay be paused and watched on an ordinary phone like any video, or does it need special hardware?

Intel's vocabulary for this technology was consistent across its product page and Super Bowl material: volumetric video, 3D replay, voxels. None of that describes a hologram, a distinction worth keeping precise, since free-viewpoint video and true holographic display solve different problems with different hardware.