Overview
IEC 62908-22-10:2024 is an international standard developed by the International Electrotechnical Commission (IEC) that specifies standardized measuring conditions and methods for evaluating the performance of fingerprint recognition systems utilizing under-display optical imaging fingerprint sensing technology. This standard is essential for manufacturers and testing facilities involved in the development and assessment of touch and interactive displays that use the display panel itself as the illumination source for fingerprint recognition.
By providing a unified approach to measuring key metrics such as system resolution, signal-to-noise ratio (SNR), false acceptance rate (FAR), and false rejection rate (FRR), IEC 62908-22-10:2024 supports improved product consistency, enhanced user security, and better interoperability across hardware platforms.
Key Topics
- Standard Measuring Environmental Conditions
- Specifies temperature, humidity, and air pressure requirements for consistent testing.
- Performance Measurement Methods
- Defines methods for evaluating critical fingerprint recognition metrics:
- System Resolution: Measurement based on contrast transfer function (CTF).
- Signal-to-Noise Ratio (SNR): Assessment of system ability to distinguish fine fingerprint details.
- FAR and FRR: Measurement of system accuracy in acceptance and rejection scenarios.
- Optical Parameter Measurement
- Guidance for measuring display luminance, extinction ratio, light leakage, and luminous transmittance.
- Standard Equipment and Setup
- Outlines apparatus and test target criteria, ensuring that fingerprint recognition systems under test are configured properly.
Applications
IEC 62908-22-10:2024 is applicable to a variety of sectors working with advanced display and biometric security technologies, including but not limited to:
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Smartphones and Tablets
Devices with integrated under-display fingerprint sensors use this standard to validate authentication performance and enhance user data protection.
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Interactive Kiosks and Payment Terminals
Ensures robust biometric authentication in public or financial environments, improving both security and user experience.
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Automotive Displays
In-car infotainment and access systems can integrate under-display fingerprint recognition for secure driver identification and personalized settings.
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Access Control Systems
Provides benchmarks for fingerprint sensor modules used in building or enterprise security solutions.
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Display Module Manufacturing
Enables display panel, sensor, and equipment vendors to align testing and reporting methodologies, ensuring consistent supply chain communication and quality assurance.
Related Standards
For organizations and professionals looking to develop or validate touch and interactive displays with biometric authentication features, the following related IEC and international standards may also be relevant:
- IEC 61747-30-5: Liquid crystal display devices - Optical measuring methods for transmissive transparent LCD modules.
- IEC 62341-6-1: Organic light-emitting diode (OLED) displays - Measuring methods of optical and electro-optical parameters.
- IEC 62341-6-4: OLED displays - Measuring methods of transparent properties.
Adhering to IEC 62908-22-10:2024 alongside these related standards ensures reliable, repeatable, and trusted fingerprint recognition performance for under-display biometric systems across various device types and markets.
Keywords: IEC 62908-22-10, under-display fingerprint sensor, optical imaging, fingerprint recognition performance, biometric display standards, signal-to-noise ratio, false acceptance rate, touch and interactive displays, measurement methods, display module testing.
Open preview (PDF)Touch and interactive displays - Part 22-10: Measuring methods of fingerprint recognition performance - Under-display optical imaging fingerprint sensing
