Vodafone's 2018 hologram call was seen through a headset

The company's own press release names HoloLens as the display, reframing what a 5G hologram call actually shows.

Historical event

September 20, 2018

First source published

September 20, 2018

Site publication

September 18, 2026

What the press material describes

On 20 September 2018, Vodafone UK issued a press release describing what it called the UK's first holographic call over 5G, staged between Manchester and Newbury. The release states that footballer Steph Houghton appeared as a captured figure viewed through a HoloLens headset by an eleven-year-old fan in Surrey, for a short coaching session, and frames the event explicitly as part of the company's 5G trials, not a commercial service. That framing matters: the release itself calls this an early indication of a future capability, not a product being launched.

What creates the image, and who could see it

Naming the headset is the important technical detail the release supplies. HoloLens is a see-through mixed-reality display worn by one viewer at a time; whatever figure of Houghton it showed was visible only to that headset's wearer, positioned and scaled in that wearer's own room, not projected into open space where a crowd could see it unaided. That is a fundamentally different viewing condition from a beamed cabinet display, of the kind sold for stage and retail use, which any number of people can watch from the room at once without special eyewear. A reader encountering the phrase hologram call without this detail could reasonably assume the second condition; the release's own wording supports only the first.

What the demonstration does and does not show about bandwidth

The release's stated case for 5G is about latency, not hologram fidelity: it says faster round-trip data will help eliminate the motion sickness many people experience when using virtual reality headsets over a mobile network, a claim about responsiveness rather than image quality. Vodafone's own current 5G explainer page, retrieved 16 September 2026 as a living document, states latency figures of roughly one to ten milliseconds against thirty-six to fifty-eight for 4G, the kind of network property this demonstration was built to showcase. Neither document states how much bandwidth the specific capture consumed, over how large an area the 5G test network ran, or whether the same result would hold on a loaded commercial network rather than a controlled trial, so this entry does not supply those figures.

Questions to bring to a demo

• Is the image viewed through personal headsets, or projected for a room to see unaided.
• Is the network condition a controlled trial cell or a loaded commercial deployment.
• Which specific claim is the network improving: latency, throughput, or the display itself.

Read on its own terms, Vodafone's demonstration is evidence of a low-latency mixed-reality session between two named locations. It is not, on this record, evidence about display technology beyond a headset, nor about network performance under ordinary commercial load, and the marketing phrase hologram call should be understood as describing the former while sounding like the latter.

Sources & reading trail

Names HoloLens as the viewing device, frames the event as a 5G trial, and states the latency rationale for using 5G.

Source published: 20 September 2018 · Retrieved: 16 September 2026

Living explainer giving Vodafone's current latency figures for 4G versus 5G, the property the 2018 demonstration was designed to showcase.

Source published: Not established · Retrieved: 16 September 2026

Primary documents establish the record; the mechanism reading and the demo questions are Presence Atlas editorial analysis. This retrospective draft does not imply the site published on the event date.

Continue reading

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• A tensioned foil scaled Pepper's ghost to concert-size stages
• Microsoft called HoloLens holographic before it shipped
• Browse the complete the archive

Published September 18, 2026, not on the date of the event described.