Holographic Light Field Naked-Eye 3D Display

Provider of Holographic Light Field Glasses-Free 3D Display Solutions, featuring true 3D display technology with both binocular parallax and motion parallax.

Company Introduction

Shenzhen Ranjing Display Technology Co., Ltd. (LitRGB) is a high-tech enterprise specializing in holographic light field glasses-free 3D display technology. Guided by our mission "Let the world see authentic stereoscopic imagery", we deliver professional, immersive glasses-free 3D visual solutions to the global 2D display industry.

Founded in 2024, our core team boasts over 10 years of profound expertise in stereoscopic display technology, with solid technical and industrial experience spanning optical design, image algorithms, and software engineering. As a professional genuine 3D display solution supplier, we leverage mature grating light-splitting technology to render lifelike 3D visuals with binocular parallax and motion parallax — no specialized eyewear required — to create fully immersive viewing experiences.

We offer design and custom manufacturing services for holographic light field glasses-free 3D display solutions ranging from 5.5"~110", providing one-stop delivery covering optical design, algorithm optimization, and customized product development.

10+
Years of 3D Display R&D
5.5"–110"
Full Size Range Coverage
Dual-View / Multi-View
Technology Pathways
Full Turnkey
From Optical Design to Delivery

Comparison of Glasses-Free 3D Display Products and Imaging Technologies

Compare and explain with reference to well-known 3D movies

ProductImage 3D Display Type Binocular Disparity Depth Strength Motion Parallax Content Format & Working Principle Notes
3D Movie(Polarized Glasses)
3D Movie
(Polarized Glasses)
Yes Strong Yes Side-by-side video format. Principle: two projectors cast horizontally and vertically polarized images, then polarized glasses separate them to create binocular disparity. Requires polarized glasses
Light Field 3D Display
(Multi-view, Signage/Gaming/Education/Digital Art)
Yes Moderate Yes
Blurs beyond sweet spot
Multi-view video (8–64+ views). Principle: lenticular lens array groups pixels horizontally, refracting the interleaved image into each viewpoint. Physiological 3D perception. Higher compute requirements, supports multiple viewers, lower effective resolution.
No glasses required
Eye-Tracking 3D Display(Dual-view, Laptop/Tablet/Monitor)
Eye-Tracking 3D Display
(Dual-view, Laptop/Tablet/Monitor)
Yes Strong Yes
For 3D models only
Dual-view video (left-right format). Principle: electronic grating + eye-tracking camera calculates left/right eye positions in real time. Physiological 3D perception. Real-time processing enables interactivity. Single user, higher effective resolution.
No glasses required
Spatial Display Cabinet(Box-Type Advertising Display)
Spatial Display Cabinet
(Box-Type Advertising Display)
Yes Strong Yes Combined light field and 2D display technology. Delivers the visual effect of a stereoscopic cabinet display in an ultra-slim form factor. Physiological + psychological 3D, no glasses needed
Traditional Glasses-Free 3D Screen(Glasses-Free 3D Signage)
Traditional Glasses-Free 3D Screen
(Glasses-Free 3D Signage)
Yes Weak No Side-by-side, nine-grid, or 2D+Z format. Principle: grating directs multi-view images toward different viewing zones. Physiological 3D perception
LCD Transparent Cabinet(Digital Human / Exhibition)
LCD Transparent Cabinet
(Digital Human / Exhibition)
No No No Custom or standard 2D video. Principle: high-open-rate LCD with a box-type backlight replacing the original LCD backlight. Psychological 3D perception
Folding Outdoor LED Screen(Outdoor LED Display)
Folding Outdoor LED Screen
(Outdoor LED Display)
No No No Custom or standard 2D video. Principle: folding angle creates psychological depth cues and image occlusion. Psychological 3D perception
Pyramid Reflection 3D Cabinet(Exhibition / Museum)
Pyramid Reflection 3D Cabinet
(Exhibition / Museum)
No No No Custom 2D video. Principle: semi-transparent reflective film or glass reflects the image. Psychological 3D perception
Aerial Mid-Air Imaging(Science Museum / Exhibition / Medical)
Aerial Mid-Air Imaging
(Science Museum / Exhibition / Medical)
No No No Standard 2D video. Principle: specially designed micro-mirror array focuses the image in mid-air with no physical medium. Psychological 3D perception
Transparent OLED(Exhibition / Museum)
Transparent OLED
(Exhibition / Museum)
No No No Custom or standard 2D video. Principle: transparent self-emitting OLED with high open rate shows images while other areas remain transparent. Psychological 3D perception
Rotating LED
(Retail / Exhibition)
No No No Custom or standard 2D video. Principle: rapidly rotating LED pixel bar creates transparent mid-air imaging. Psychological 3D perception

Frequently Asked Questions

Common questions about glasses-free 3D display technology

What's the difference between 'true 3D' and 'pseudo 3D'?
Human depth perception from flat displays comes from two sources: physiological cues (binocular parallax, motion parallax, convergence, and accommodation) that create immersive depth — 'true 3D'; and psychological cues (linear perspective, relative size, lighting/shadow, etc.) that suggest depth without immersion — 'pseudo 3D.' LitRGB's eye-tracking 3D (dual-view) and holographic light field 3D (multi-view) both deliver true physiological 3D with binocular disparity.
What's the difference between light field 3D (multi-view) and eye-tracking 3D (dual-view)?
Light field 3D (ultra multi-view) projects numerous viewpoints in front of the screen — multiple people can watch 3D simultaneously and see motion parallax when moving. The trade-off: wider viewing angle means lower effective resolution. Eye-tracking 3D (dual-view) creates just two viewpoints and uses a camera to track the user's eye position in real time, delivering continuous, high-resolution 3D without jumps — ideal for single-user, high-clarity applications.
Does the glasses-free 3D display lose 2D resolution?
LitRGB uses electronic grating technology — a liquid crystal structure that can be switched on or off electronically. In 2D mode, the grating is disabled entirely, so light passes through without any beam-steering refraction — delivering full native resolution with zero pixel loss. Fixed physical lenticular lenses always color the light path, causing visible pixelation in 2D text.
What is binocular parallax and why is it essential for 3D displays?
Binocular parallax is the slight horizontal offset between the images seen by each eye, caused by the ~65 mm gap between human pupils. This offset is the brain's primary physiological mechanism for depth perception. All true 3D technologies — cinema (polarized glasses), light field displays (glasses-free), and eye-tracking displays (glasses-free) — are built on binocular parallax.
How do I create or source glasses-free 3D content?
3D content can be created through multiple methods: ① 3D modeling software like Blender; ② light field cameras or camera arrays; ③ dual-camera capture (iPhone 15 Pro and newer can record side-by-side format); ④ AI-assisted 2D-to-3D conversion. The pipeline: 3D modeling/capture → grid image generation → interleaving (creating the composite 'ghost' image) → grating beam steering into multi-view images.
What product sizes and customization options does LitRGB offer?
We cover the full 5.5"–110" size range across both dual-view and multi-view light field 3D display products. Product forms include holographic light field 3D monitors, glasses-free 3D tablets, 3D laptops, 3D digital signage, and holographic desktop displays. We provide full turnkey service from optical design and algorithm optimization through custom product development, with SDK support for Unity3D, C++, and Python.