Looking Glass

Looking Glass is the leading provider of multi-viewer light field displays. Unlike single-user eye-tracked displays, Looking Glass generates 45–100 simultaneous views using a lenticular lens array over a high-resolution LCD panel, enabling multiple people to see glasses-free 3D from different angles simultaneously. Their product line spans from the portable Go to the 32-inch professional display.

Looking Glass Factory is the leading provider of multi-viewer light field displays. Unlike single-user eye-tracked displays, Looking Glass generates 45–100 simultaneous views using a lenticular lens array over a high-resolution LCD panel, enabling multiple people to see glasses-free 3D from different angles simultaneously.

The product line spans portable consumer (Go, ~$299) to large-format professional (32-inch, ~$5,000+). The architectural choice — multi-viewer at the cost of per-view resolution — positions Looking Glass as the primary option for collaborative review, exhibition, and education use cases where multiple viewers need 3D at the same time.

The Looking Glass software ecosystem is the most mature in the light field category:

• Looking Glass Studio — content creation and management.
• Looking Glass Bridge — software path from any 3D application to a Looking Glass display.
• Unity, Unreal Engine, and Blender plugins — native integrations with major real-time engines.
• NeRF and 3D Gaussian Splatting support — emerging pipelines for AI-generated light field content.

For the underlying light field technology, see light field displays. For how this architecture compares to eye-tracked autostereoscopic, see light field vs eye-tracked 3D. For AI-generated light field content pipelines, see AI view synthesis.

Where Looking Glass Fits

Looking Glass displays are the right choice for:

• Multi-person collaborative 3D review — design review meetings, stakeholder presentations, classroom demonstrations.
• Trade shows and museums — walk-up viewing with no tracking, no calibration, no glasses.
• Education — students interact with volumetric content without individual headsets.
• NeRF and 3D Gaussian Splatting preview — researchers and creators preview their neural reconstruction output in genuine 3D.
• Public exhibitions — the holographic effect stops people in their tracks and works without any setup instructions.

Less suited for medical diagnostic review (resolution insufficient), industrial NDT workflows (per-view resolution limits defect detection), text-heavy work (fine text is not legible in light field mode), or daily-driver 2D monitor use.

Technology Profile

Looking Glass core technology:

• Light field display — lenticular lens array over a high-resolution LCD panel.
• Multi-view rendering — 45 to 100 simultaneous perspectives fanned across a viewing cone.
• No tracking required — anyone inside the cone sees a coherent stereoscopic pair.
• ~50° horizontal viewing cone — typical usable angle.

Product Lines

• Looking Glass Go (~$299) — portable 1080p panel. Consumer preview and education demos.
• Looking Glass 16-inch (~$4,000) — 4K panel, 45 views. Studio collaboration.
• Looking Glass 32-inch (~$5,000+) — 8K panel, ~60 views. Large-format exhibition.

See the Looking Glass product page for full specifications and use case details.

Detailed Profile Data

Detailed company profile (founding year, country, technology list, product lines, target markets, logo) is maintained in the site’s structured data layer at src/data/manufacturers.ts and rendered on the manufacturer index page.

Where to Go Next

• For product detail: Looking Glass.
• For the underlying technology: Light field displays, AI view synthesis.
• For head-to-head comparison: 3DV vs Looking Glass, light field vs eye-tracked 3D.
• For workflow applications: Content creation.