Solutions
Engineering Program
HUD warping and binocular fusion on FPGA
Low-latency geometric correction and left/right-eye composition, with black-box or source delivery defined by contract.
Engineering challenge
- Optical geometry and latency budgets are not written before RTL.
- Calibration maps arrive in a format the pipeline cannot consume.
- Left/right composition is attempted in software after the display path is already late.
Typical applications
- Specialized optical systems
- FPGA geometry correction matched to project-specific optics.
- Binocular display paths
- Left/right-eye composition on a defined latency budget.
- Calibration-map pipelines
- Warp-map integration in a form the FPGA path can consume.
Engineering capabilities
- FPGA-based geometric correction
- Calibration-map implementation
- Binocular image composition
- Low-latency processing
- eDP input/output
- DDR buffering
- Fixed-point algorithm implementation
- Black-box or source-code delivery options
Interfaces
- eDP
- Video I/O
- DDR / frame buffer
Engineering deliverables
- FPGA pipeline matching the agreed maps
- eDP path bring-up notes
- Contractual bitstream and/or source
Development & validation
- 01 Scope and map-format review
- 02 Fixed-point pipeline design
- 03 Hardware bring-up
- 04 Visual checks on the agreed optical setup
Warp correction and binocular fusion
- Geometry correction
- Calibration LUT
- Left/right-eye rendering
- Eye-box alignment
- Optical measurement feedback
- FPGA-based real-time processing
Work covers electronic architecture, FPGA video processing, calibration-algorithm integration and prototype development.
Bring Us Your Engineering Challenge
Share your application, key interfaces, performance targets and development schedule. We will review the technical scope and propose a practical starting point.