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Difference between revisions of "List of see-through display headsets"
 
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This is a list and comparison of optical see-through head-mounted displays, such as AR headsets and AR glasses.
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This is a list of see-through display headsets, such as [[AR headsets]] and [[AR glasses]]. It focuses on headsets that have a display hardwired to something else, for easy hackability.
  
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It generally includes two-eye displays and one-eye displays, with a focus on two-eye headsets.
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This list focuses on headsets that can be connected to an external display source using connections such as HDMI or Displayport, and have a standard video feed without needing software distortion using shaders.
  
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* Magic Leap 1 - Support end date December 31, G2024
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A purpose of this list is to have easily sortable hackable headsets by field of view, for integrating into a greater AR system.
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* Hololens 2
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This list features headsets that have been sold as commercial products.
 +
 
 +
It generally includes two-eye headsets.
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<!-- Each line is:
 +
| headsetName || isHackable || FieldOfView || Notes
 +
|-
 +
-->
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{| class="wikitable sortable"
 +
|+ Two-eye see-through display headsets
 +
! Name of headset !! Diagonal field of view per eye !! Notes
 +
|-
 +
| [[Meta Pro]] || 40 degrees || <!--Notes-->
 +
|-
 +
| [[Meta 1]] || 30 degrees || <!--Notes-->
 +
|-
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| [[DigiLens ARGO]] || 30 degrees || <!--Notes-->
 +
|-
 +
| [[Xreal Air 2]] || <!--fieldOfView-->|| <!--Notes-->
 +
|-
 +
| [[Xreal Air 2 Pro]] || 46 degrees|| <!--Notes-->
 +
|-
 +
| [[CREAL AR prototype]] || 36 degrees || <!--Notes-->
 +
|-
 +
| [[AddVisor 150]] || 50 degrees || <!--Notes-->
 +
|-
 +
| [[ODG R-6]] || <!--fieldOfView-->|| <!--Notes-->
 +
|-
 +
| [[ODG R-7]] || 30 degrees || <!--Notes-->
 +
|-
 +
| [[nVisor ST50]] || 50 degrees || <!--Notes-->
 +
|-
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| [[nVisor ST60]] || 60 degrees || <!--Notes-->
 +
|-
 +
| [[AIRO]] || 45 degrees || <!--Notes-->
 +
|-
 +
| [[AIRO II]] || 40 degrees|| <!--Notes-->
 +
|-
 +
| [[SmartEyeglass Developer Edition SED-E1]] || 20 degrees || <!--Notes-->
 +
|-
 +
| [[Rokid Max Pro]] || <!--fieldOfView-->|| <!--Notes-->
 +
|-
 +
| [[Focals by North]] || <!--fieldOfView-->|| <!--Notes-->
 +
|-
 +
| [[Lumus DK-32]] || 40 degrees || <!--Notes-->
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|-
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| [[Lumus DK-50]] || 40 degrees || <!--Notes-->
 +
|-
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| [[Lumus DK-51]] || 40 degrees || <!--Notes-->
 +
|-
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| [[Lumus DK-52]] || 40 degrees || <!--Notes-->
 +
|-
 +
| [[Lumus Maximus]] || 50 degrees<ref name="n229">{{cite web | title=assisted and augmented reality head-worn displays | website=reddit | date=2021-12-10 | url=https://old.reddit.com/r/AR_MR_XR/comments/rd9wyr/assisted_and_augmented_reality_headworn_displays/ | access-date=2024-09-26}}</ref>|| <!--Notes-->
 +
|-
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| [[Lumus DK-Vision]] || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Lumus DK-Vision H]] || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Nreal light]] || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Vuzix Z100]] || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Vuzix Star 1200XLD]] || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Vuzix Star 1200]] || 35 degrees || <!--Notes-->
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|-
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| [[Vuzix Shield]] || 30 degrees<ref name="n229"/>|| <!--Notes-->
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|-
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| [[Metalense]] || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Metalense 2]] || 45 degrees || <!--Notes-->
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|-
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| [[Shadow Creator Halomini]] || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Dispelix Selva evaluation unit]] || 40 degrees<ref name="s830">{{cite web | title=Dispelix selva brochure | url=https://dispelix.com/uploads/images/Dispelix_brochure_evaluation-unit.pdf | access-date=2024-09-25}}</ref>|| <!--Notes-->
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|-
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| [[Spacetop G1]] || 50 degrees || <!--Notes-->
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|-
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| [[Dream Glass]] || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Lenovo Glasses T1]] || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Lenovo daystAR]] || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Lenovo ThinkReality A6]] || 40 degrees || <!--Notes-->
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|-
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| [[Lenovo Mirage AR]] || 67 degrees || <!--Notes-->
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|-
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| [[Lenovo ThinkReality A3]] || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Acesight]]<ref name="q655">{{cite web | title=Smartglasses | website=Spatial Computing Wiki | url=https://spatial-computing.fandom.com/wiki/Smartglasses | access-date=2024-09-26}}</ref> || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Lightspace ML3000]] || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Lightspace iG1050]] || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Lightspace iG1055]] || <!--fieldOfView-->|| <!--Notes-->
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|-
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| xVisio SlimEdge E34RB<ref name="q655"/> || <!--fieldOfView-->|| <!--Notes-->
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|-
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| NED AR Glass X2 Pro<ref name="q655"/>|| <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[AceReal One]]<ref name="q655"/> || 29 degrees || <!--Notes-->
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|-
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| [[Pegatron AiR]] || 40 degrees<ref name="n229"/>|| <!--Notes-->
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|-
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| [[Leapsy XR One]]<ref name="q655"/> || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[OpenAR]]<ref name="m282">{{cite web | title=How to build your own AR glasses? | website=OpenAR | date=2023-12-18 | url=https://sites.uef.fi/openar/ | access-date=2024-09-26}}</ref> || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[AjnaLens AjnaX]]<ref name="q655"/> - uses birdbath optics<ref name="g198">{{cite web | title=AjnaLens AjnaX: Full Specification | website=VRcompare | url=https://vr-compare.com/headset/ajnalensajnax | access-date=2024-09-26}}</ref> || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Augmedics Xvision]]<ref name="q655"/><ref name="p943">{{cite web | last=Whooley | first=Sean | title=Augmedics closes $82.5M Series D, marks 4,000 U.S. patients treated with Xvision | website=MassDevice | date=2023-06-27 | url=https://www.massdevice.com/augmedics-raises-82m-xvision-spine-system/ | access-date=2024-09-26}}</ref> || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Allgsight S1]]<ref name="q655"/> || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Allgsight C1]]<ref name="q655"/> || <!--fieldOfView-->|| <!--Notes-->
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|-
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| HiScene HiAR G200<ref name="q655"/> || <!--fieldOfView-->|| <!--Notes-->
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|-
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| Apal 5G MR Glasses - from [[Compal]]<ref name="q655"/><ref name="d361">{{cite web | title=Taiwan Expo USA-Product Info.-APAL 5G MR Glasses-COMPAL ELECTRONICS, INC. | website=美國臺灣形象展 | date=2022-07-19 | url=https://www.taiwanexpousa.com/en/product/4C0C8612912866DEB9B7E35394E2B026CE6F4E6736281E48/info.html | access-date=2024-09-26}}</ref> || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[Beyeonics One]] (Elbit Systems)<ref name="q655"/> || <!--fieldOfView-->|| <!--Notes-->
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|-
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| [[DigiLens Design v1]] || 50 degrees || <!--Notes-->
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|-
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| [[DreamWorld Dream Glass 4k]]<ref name="q655"/> || <!--fieldOfView-->|| <!--Notes-->
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|-
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| DreamWorld Dream Glass 4k Plus<ref name="q655"/> || <!--fieldOfView-->|| <!--Notes-->
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|-
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| EM3 Stellar<ref name="q655"/> || 50 degrees<ref name="y420">{{cite web | last=Jaehnig | first=Jon | title=EM3-STELLAR Consumer MR Glasses Conquer Kickstarter | website=ARPost | date=2021-01-19 | url=https://arpost.co/2021/01/19/em3-stellar-mr-glasses-kickstarter/ | access-date=2024-10-05}}</ref>|| <!--Notes-->
 +
|-
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| [[Eyedaptic Eye3]]<ref name="q655"/>|| <!--fieldOfView-->|| <!--Notes-->
 +
|-
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|}
  
 
==References==
 
==References==
 
<references />
 
<references />
 +
 +
[[Category:Optical see-through headsets]]

Latest revision as of 02:10, 19 February 2025

This is a list of see-through display headsets, such as AR headsets and AR glasses. It focuses on headsets that have a display hardwired to something else, for easy hackability.

This list focuses on headsets that can be connected to an external display source using connections such as HDMI or Displayport, and have a standard video feed without needing software distortion using shaders.

A purpose of this list is to have easily sortable hackable headsets by field of view, for integrating into a greater AR system.

This list features headsets that have been sold as commercial products.

It generally includes two-eye headsets.

Two-eye see-through display headsets
Name of headset Diagonal field of view per eye Notes
Meta Pro 40 degrees
Meta 1 30 degrees
DigiLens ARGO 30 degrees
Xreal Air 2
Xreal Air 2 Pro 46 degrees
CREAL AR prototype 36 degrees
AddVisor 150 50 degrees
ODG R-6
ODG R-7 30 degrees
nVisor ST50 50 degrees
nVisor ST60 60 degrees
AIRO 45 degrees
AIRO II 40 degrees
SmartEyeglass Developer Edition SED-E1 20 degrees
Rokid Max Pro
Focals by North
Lumus DK-32 40 degrees
Lumus DK-50 40 degrees
Lumus DK-51 40 degrees
Lumus DK-52 40 degrees
Lumus Maximus 50 degrees[1]
Lumus DK-Vision
Lumus DK-Vision H
Nreal light
Vuzix Z100
Vuzix Star 1200XLD
Vuzix Star 1200 35 degrees
Vuzix Shield 30 degrees[1]
Metalense
Metalense 2 45 degrees
Shadow Creator Halomini
Dispelix Selva evaluation unit 40 degrees[2]
Spacetop G1 50 degrees
Dream Glass
Lenovo Glasses T1
Lenovo daystAR
Lenovo ThinkReality A6 40 degrees
Lenovo Mirage AR 67 degrees
Lenovo ThinkReality A3
Acesight[3]
Lightspace ML3000
Lightspace iG1050
Lightspace iG1055
xVisio SlimEdge E34RB[3]
NED AR Glass X2 Pro[3]
AceReal One[3] 29 degrees
Pegatron AiR 40 degrees[1]
Leapsy XR One[3]
OpenAR[4]
AjnaLens AjnaX[3] - uses birdbath optics[5]
Augmedics Xvision[3][6]
Allgsight S1[3]
Allgsight C1[3]
HiScene HiAR G200[3]
Apal 5G MR Glasses - from Compal[3][7]
Beyeonics One (Elbit Systems)[3]
DigiLens Design v1 50 degrees
DreamWorld Dream Glass 4k[3]
DreamWorld Dream Glass 4k Plus[3]
EM3 Stellar[3] 50 degrees[8]
Eyedaptic Eye3[3]

ReferencesEdit

  1. ↑ 1.0 1.1 1.2 "assisted and augmented reality head-worn displays". 2021-12-10. https://old.reddit.com/r/AR_MR_XR/comments/rd9wyr/assisted_and_augmented_reality_headworn_displays/.
  2. ↑ "Dispelix selva brochure". https://dispelix.com/uploads/images/Dispelix_brochure_evaluation-unit.pdf.
  3. ↑ 3.00 3.01 3.02 3.03 3.04 3.05 3.06 3.07 3.08 3.09 3.10 3.11 3.12 3.13 3.14 3.15 "Smartglasses". https://spatial-computing.fandom.com/wiki/Smartglasses.
  4. ↑ "How to build your own AR glasses?". 2023-12-18. https://sites.uef.fi/openar/.
  5. ↑ "AjnaLens AjnaX: Full Specification". https://vr-compare.com/headset/ajnalensajnax.
  6. ↑ Whooley, Sean (2023-06-27). "Augmedics closes $82.5M Series D, marks 4,000 U.S. patients treated with Xvision". https://www.massdevice.com/augmedics-raises-82m-xvision-spine-system/.
  7. ↑ "Taiwan Expo USA-Product Info.-APAL 5G MR Glasses-COMPAL ELECTRONICS, INC.". 2022-07-19. https://www.taiwanexpousa.com/en/product/4C0C8612912866DEB9B7E35394E2B026CE6F4E6736281E48/info.html.
  8. ↑ Jaehnig, Jon (2021-01-19). "EM3-STELLAR Consumer MR Glasses Conquer Kickstarter". https://arpost.co/2021/01/19/em3-stellar-mr-glasses-kickstarter/.
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