1. The Holographic Display Pipeline
Envisics bypasses traditional 2D displays by computing light interference patterns that reconstruct a 3D wavefront. This enables multi-plane depth registration without the bulk of traditional optics. Click on the stages below to explore the holographic stack.
Sensor Fusion
Spatial Mapping
Hologram Compute
Wavefront Projection
ADAS Sensor Fusion
The system ingests high-bandwidth telemetry from vehicle sensors (LiDAR, Radar, Cameras) and V2X networks to understand the 3D environment ahead.
Input
- LiDAR Point Clouds
- Object Detection Metadata
Output
- Synchronized World Model
- Hazard Vector Maps
2. Technology Comparison: Holographic vs. DLP
Conventional DLP (Digital Light Processing) HUDs are essentially projectors that throw a 2D image onto a fixed focal plane. Envisics' holographic engine redistributes light via a Phase-Shift SLM, allowing for multiple focal planes (e.g., 2.5m for gauges and 10m+ for AR) with 90% less waste heat.
💡 Efficiency Insight
By manipulating the phase rather than blocking light, Envisics achieves 25,000 nits of brightness with minimal power draw, crucial for EV range.
3. Dynamic Holography Architecture
450B Calculations/Sec
Real-time computation of complex interference patterns. The software dynamically corrects for windshield curvature and optical distortions at the pixel level.
Multi-Plane Depth
Simultaneous rendering of "Near" and "Far" image planes (up to 20m). Eliminates eye strain by registering AR graphics to the real-world distance of objects.
Phase-Only SLM
A custom LCoS device that modulates the phase of coherent laser light. Fault-tolerant architecture where "dead pixels" only slightly reduce brightness rather than creating black spots.
Strategic Partnership Opportunities
Envisics is currently deploying its Gen 2 platform with global automotive leaders, setting the standard for the next generation of spatial vehicle interfaces.
Automotive OEMs
Direct integration into luxury and EV platforms. Currently deployed with Jaguar Land Rover and Cadillac (GM).
Tier 1 Suppliers
Partnerships with Hyundai Mobis and Panasonic to scale production of holographic optical engines for mass-market vehicles.
ADAS Integration
Collaborating with sensor manufacturers to optimize the latency between object detection and holographic AR registration.