Technology, Process and Cost Comparison
Eye Tracking Sensors for AR/VR Comparison 2025
Physical and Cost Comparison Analysis of the Eye-Tracking Cameras in Apple Vision Pro and HTC Vive Focus Vision.
SPR25914Key features
- Detailed photos
- Precise measurements
- Die analysis
- Package analysis
- Materials analysis
- Manufacturing process flow
- Supply chain evaluation
- Manufacturing cost analysis
- Physical Comparisons
- Technical Comparisons
- Cost Comparisons
- Apple Vision Pro vs. HTC Vive Focus Vision: Eye Tracking Camera Comparison
- The Apple Vision Pro eye Tracking feature uses NIR enhancement technology to achieve higher sensitivity.
Product's objectives
- This comparative report analyzes the eye-tracking camera modules in the Apple Vision Pro and HTC Vive Focus Vision.
- It aims to compare the technologies used in each camera and their respective CMOS Image Sensors (CIS), in order to understand the design and strategic choices made by each manufacturer.
- The report synthesizes insights from comprehensive physical, technical, supply chain, and cost analyses.
Reffering to our report AR/VR 2025 -From Optics and Displays to Advanced Sensing and Processing , the virtual reality market is expected to plateau at around 10 million units per year despite efforts from Meta and Apple.
This report explores the recent evolution of Eye Tracking camera in Apple’s Vision Pro and Vive Focus Vision from HTC presenting findings from in-depth physical analyses and cost assessments of the camera modules and CMOS image sensors (CIS)
The analysis includes the complete structure, design, and teardown of two VR Headsets Eye Tracking camera modules. It also describes the dimensions, technology nodes and stacking technologies used in the CIS of the cameras.
The Vision Pro's eye-tracking camera features a 1.8 MP CMOS image sensor from Sony, built using stacked hybrid bonding technology. This allows for a compact 1.5 µm pixel size and 28nm node technology. In contrast, the HTC Vive Focus uses a 110nm Omnivision CMOS sensor, the same one found in the Meta Quest Pro. The decision to use this sensor in the Vive Focus is strategic, aiming to significantly reduce the camera's cost.
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