Holo-Wall PRIME

Tekle Holographics – Holo-Wall PRIME

Immersive. Scalable. Always On Display.

Holo-Wall PRIME by Tekle Holographics is a high-performance holographic display system that transforms any wall into a dynamic 3D visualization interface. With a large 3.6m x 2m screen and up to 4 meters of projection depth, it offers immersive, headset-free experiences for industries ranging from architecture and construction to defense and education.

Whether delivering real-time simulations, stakeholder walk-throughs, or public-facing visualizations, Holo-Wall PRIME excels as a permanent, high-impact installation for meeting rooms, lobbies and control centers.

Key Benefits

• Wall-Mounted Immersive Display
  Turn any wall into a 3D portal for BIM models, simulations, spatial reviews, or storytelling.

• Headset-Free 3D Visualization
  Deliver life-size, full-color holograms without the discomfort or barriers of AR/VR gear.

• Multi-Purpose Modes
  Switch between interactive animations and guided holographic tours with the push of a button.

• Group Viewing Optimized
  One user experiences full immersion, while up to 30 passive viewers enjoy undistorted visuals from a 3-meter distance.

• Perfect for Presentations & Digital Twins
  Ideal for design reviews, virtual walkthroughs, or showcasing geospatial and simulation data.

Technical Highlights

• Screen Size: 3.6m wide × 2m high

• Hologram Depth: 4m projection into the room; infinite depth behind

• Resolution: 2560 x 1600 3D per user

• Projection System: 1× 240Hz, 4K, 19,000 lumens laser projector

• Tracking: 2-point system with 1 active user and up to 30 passive viewers

• Software: Supports RealityBridge for BIM and GIS + THSDK for custom apps

• Power Requirement: 4kW

• Setup: Fixed installation; ideal for large rooms, auditoriums, or smart command centers

Requires THSDK License

Developing your own applications? You’ll need a THSDK license. Our Unity and Unreal Engine plugins empower you to create custom, real-time holographic experiences tailored to your specific use case.