The RIQA Image Quality Analysis Software is a professional tool specifically developed for camera image quality testing. It is widely used in the automotive, security, and medical industries, fully meeting both international and domestic standards. The software integrates a complete set of analysis methods with advanced digital processing capabilities, delivering accurate and comprehensive results with simplified operation—significantly improving testing efficiency across industries.
RIQA strictly follows international standards such as ISO, IEEE, and IEC, while being the first to support Chinese standards such as GB and QC/T. It covers applications including CMS (Camera Monitor Systems), in-vehicle cameras, HUD, and LiDAR testing. Through continuous iteration, RIQA adapts quickly to the latest global and domestic standard developments.
Now upgraded to Version 2 (V2), RIQA features a cleaner module design and a modern, streamlined interface. The new version includes seven functional modules—RIQA-Camera, RIQA-CMS, RIQA-ADAS, RIQA-Geometry, RIQA-AVM, RIQA-HUD, and RIQA-3D. Each module can be purchased independently, offering users flexibility and scalability to meet diverse application needs.
Key Features
1. Modular Design
Seven functional modules available (Camera, ADAS, Geometry, CMS, AVM, HUD, 3D), which can be purchased separately or combined as needed.
2. Support for Multiple Test Charts
Compatible with 40+ professional test charts, covering resolution, noise, distortion, color reproduction, uniformity, glare, and more.
3. Compliance with International & Domestic Standards
Covers CMS, in-vehicle camera, HUD, and LiDAR testing standards.
Major standards include:ISO 12233 / ISO 14524 / ISO 15739 / ISO 16505 / ISO 17850 / ISO 17957 / ISO 18844 / ISO 19567 / UN ECE R46 / SAE P2020 / GB 15084 / QC/T 1128 / GB 38892, etc.
4. Software Advantages
Bilingual (Chinese/English) interface, easy to operate, one-click report generation
Developed in C++, highly efficient, no need for third-party software (e.g., MATLAB)
5. Practical Test Tools
Built-in tools for FOV calculation, color space conversion, image comparison, and RAW data reading, further improving workflow efficiency.
6. Integrated Testing Workflow
Supports module powering, image capture, and full-process analysis, enabling high-efficiency one-stop testing.
Module Functions
RIQA-Camera
Resolution analysis using slanted edge, line pairs, Siemens star, dead leaves (ISO 12233 / ISO 19567)
Noise & dynamic range calculation (ISO 14524 / ISO 15739)
Automated distortion analysis (ISO 17850)
Color reproduction with multiple charts (ISO 17321)
Luminance and chromatic uniformity analysis (ISO 17957)
Glare testing with point source and ISO 18844 chart
Multi-metric chart analysis and video sequence analysis
RIQA-CMS
International CMS testing (UN ECE R46 / ISO 16505)
Chinese CMS standard testing (GB 15084)
Drive recorder system testing (GB/T 38892 / QC/T 1128)
RIQA-ADAS
Flicker analysis (FMI, FDI, MMP metrics)
Contrast Detection Probability (CDP) analysis
Motion blur analysis for video capture
ADAS module glare testing
Intrinsic calibration (pinhole, fisheye, MEI models)
RIQA-Geometry
Intrinsic calibration (pinhole, fisheye, MEI models)
Validation through triangulation for accuracy verification
RIQA-AVM
SFR, SNR testing
Minimum illumination, white balance testing
Color reproduction and glare testing
Panorama imaging system performance evaluation
RIQA-HUD
SAE, Chinese national and enterprise standard compliance
Multi-format luminance file analysis
Projection image testing
RIQA-3D
Latest LiDAR national standard testing
Point cloud data parsing and visualization
Extended support for multiple test charts
