| name = Waveguide Display
| type = [[Optical display]] technology
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A '''near-eye display''' is a visual [[display]] that is near the eye. It can be in pairs, so that the left and right eye
...s can be classified in a number of ways. The most common types of near-eye display are transparent head-up displays (HUDs) and VR headset displays. VR headset
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#REDIRECT [[Head-mounted display]]
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#REDIRECT [[Head-mounted display]]
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#REDIRECT [[Near-eye light field display]]
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#REDIRECT [[Meta Ray-Ban Display]]
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A '''head-mounted display''' is an electronic visual display that is worn on the head. It is fixed in place to a user's head or eyes. It
...e display]]s. Head-mounted displays can use see-through or opaque near-eye display modules.
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#REDIRECT [[Light field display]]
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#Redirect [[Light field display]]
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...essed 3 May 2025).</ref> Unlike conventional 2D displays or [[stereoscopic display|stereoscopic 3D]] systems that present flat images or fixed viewpoints requ
...Sickness|simulator sickness]] often associated with current [[head-mounted display]]s (HMDs).<ref name="CrealWebsite">CREAL. Light-field: Seeing Virtual World
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[[File:Focal surface display prototype.png|thumb|Figure 1. Focus surface display prototype. (Image: Matsuda ''et al''., 2017)]]
...ace display spatial light modulator.png|thumb|Figure 2. In a focal surface display, a spatial light simulator is placed between the screen and eyepiece of a V
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#Redirect [[Near-eye light field display]]
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#REDIRECT [[Focal surface display]]
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|Subtype = [[Standalone AR]], [[Heads-up display]]
|Website = https://www.meta.com/ai-glasses/meta-ray-ban-display/
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{{See also|Near-eye display|Lightfield|Vergence-accommodation conflict|Display technology}}
[[File:NE-LF prototype.png|thumb|Figure 1. NVIDIA's 2013 near-eye light field display prototype, demonstrating a thin form factor using microlens arrays over OLE
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|Industry= [[Virtual Reality]], [[Personal Display Systems]], [[Stereoscopic 3D]] products
...is best known for its ''i-glasses'' product line, which provided personal display systems for [[virtual reality]] (VR) and video applications.<ref name="PSBJ
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#REDIRECT [[Optical see-through head-mounted display]]
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...splay. OHMDs are used in [[augmented reality]] (AR). Unlike [[head-mounted display#Virtual Reality HMDs|virtual reality HMDs]] that obscure our vision of the
Optical [[head-mounted display]] can cover only 1 eye such as the [[Google Glass]] or both eyes. Wearers c
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#Redirect [[Ivan Sutherland's 3D head-mounted display]]
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|Type = [[Head-mounted display]]
|Display =
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|Type = [[Head-mounted display]]
|Display =
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|Type = [[Head-mounted display]]
|Display = Single LCD binocular
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|Type = [[Head-mounted display]]
|Display = Single Micro-OLED monocular
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|Type = [[Head-mounted display]]
|Display = 2 x OLED binocular
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|Type = [[Head-mounted display]]
|Display = Single OLED monocular
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|Type = [[Head-mounted display]]
|Display = 2 x Micro-LED binocular
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|Type = [[Head-mounted display]]
|Display = Single OLED monocular
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|Type = [[Head-mounted display]]
|Display = 2 x LED-LCoS binocular
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|Type = [[Head-mounted display]]
|Display = Single LCD binocular
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|Type = [[Head-mounted display]]
|Display =
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A '''near-eye display''' is a visual [[display]] that is near the eye. It can be in pairs, so that the left and right eye
...s can be classified in a number of ways. The most common types of near-eye display are transparent head-up displays (HUDs) and VR headset displays. VR headset
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|Type = [[Head-mounted display]]
|Display = Single LCD binocular
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|Type = [[Head-mounted display]]
|Display = 2 x OLED binocular
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|Type = [[Head-mounted display]]
|Display = Single AMOLED monocular
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|Type = [[Head-mounted display]]
|Display = 2 x Micro-OLED binocular
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|Type = [[Head-mounted display]]
|Display =
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...arent when smearing is eliminated through the use of a [[low persistence]] display (smearing no longer hides strobing).
Strobing can be eliminated by increasing the [[refresh rate]] of the display.
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|Type = [[Head-mounted display]]
|Display = Single AMOLED monocular
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|Type = [[Head-mounted display]]
|Display = Single AMOLED monocular
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