|
| Model Number: | JP-iM26T |
| MOQ: | Negotiable |
| Price: | Negotiable |
| Delivery Time: | 5-8 work days |
| Payment Terms: | T/T |
Iris Recognition Module JP-iM26T
The JP-iM26T Iris Recognition Module is a mid-range, contactless iris acquisition module designed for seamless integration into identity authentication systems. Capable of capturing both monocular and binocular iris images, the module enables rapid acquisition within one second at a comfortable working distance of 30cm to 60cm — requiring only that the user looks naturally toward the device. Equipped with an 8-megapixel image sensor and auto-focus capability, the module delivers high-quality BMP format iris images with a resolution of 640×480 pixels. The 810nm infrared auxiliary illumination operates at a safe power level of <1mW/cm², ensuring user safety while providing reliable image capture in varying light conditions. The module integrates built-in eye detection and image cropping algorithms, connecting to host systems via a standard UVC interface for plug-and-play compatibility with PCs and tablets. It supports both 1:1 verification and 1:N identification modes with industry-leading accuracy — achieving a False Acceptance Rate (FAR) of less than 0.001% and a False Rejection Rate (FRR) of less than 1%. Operating on DC 5V power with consumption under 2W, the compact 75mm × 20mm × 15mm module is suitable for applications including identity verification kiosks, access control systems, time attendance terminals, and secure payment devices.
Fast and Contactless Acquisition: Captures high-quality iris images in under 1 second at a comfortable working distance of 30cm to 60cm, requiring minimal user cooperation for a natural, hygienic experience.
High-Precision Image Quality: Features an 8MP image sensor with auto-focus, delivering grayscale iris images with 640×480 resolution at 16 pixel/mm sampling resolution and 256-level grayscale quantization. The effective iris area ratio exceeds 60% for reliable recognition.
Superior Recognition Accuracy: Supports both 1:1 and 1:N matching modes with a FAR of <0.001% and FRR of <1%, ensuring reliable identity verification for security-sensitive applications.
Integrated Processing and Simple Integration: Built-in eye detection and image cropping algorithms offload processing from the host device, while UVC connectivity ensures plug-and-play compatibility with Windows, Linux, and Android systems.
Safe and Low-Power Operation: Uses 810nm infrared illumination at <1mW/cm² for user safety, with power consumption under 2W and DC 5V operation — ideal for embedded and battery-sensitive applications.
Compact and Versatile Design: With dimensions of just 75mm × 20mm × 15mm, the module can be easily integrated into kiosks, access control panels, time attendance terminals, and secure payment devices.
Balanced Mid-Range Performance: Unlike short-range modules that require close proximity (typically 15cm–35cm), the JP-iM26T offers a comfortable 30cm–60cm working distance — delivering the "reach" of premium modules without the premium price tag, making it ideal for self-service kiosks and access control applications where user experience matters.
UVC Plug-and-Play Simplicity: The standard UVC interface means no complex driver development — simply connect via USB and start capturing. This dramatically reduces integration time for system integrators and developers, allowing faster time-to-market for OEM projects.
Security-Grade Precision: With a FAR below 0.001% (exceeding the 0.001%–0.0001% range typically cited for high-security applications), this module delivers the accuracy required for government, financial, and enterprise-grade identity verification systems.
Optimized for Real-World Environments: The module's infrared illumination ensures reliable operation regardless of ambient lighting conditions — from dimly lit indoor environments to bright outdoor settings. It maintains consistent image quality where visible-light cameras struggle.
Developer-Friendly Ecosystem: The integrated algorithms handle eye detection and image cropping on-module, significantly reducing host system processing requirements. Combined with support for multiple OS platforms, this simplifies application development and deployment across diverse hardware environments.
| Model | JP-iM26T |
| Size | 75mm*20mm*15mm |
| Iris Image Format | BMP format |
| Iris Image Size | Monocular iris image: 640 pixels (width) × 480 pixels (height) |
| Iris Image Quality | Device resolution: Within the effective capture distance range (35cm–45cm), the device resolution shall be no less than 4 lp/mm (line pairs per millimeter). Iris image sampling resolution: No less than 16 pixel/mm. Iris image grayscale level: The iris image shall be a grayscale image, with a bit depth of no less than 8 bits per pixel, i.e., the grayscale quantization level for each pixel shall be no less than 256 levels. Iris image grayscale utilization: No less than 6 bits. Iris radius in the image: No less than 80 pixels. Iris-to-sclera contrast: No less than 10. Iris-to-pupil contrast: No less than 30. Effective iris area ratio: Greater than 60%. Boundary margin: The distance from the fitted circle of the outer iris boundary to the top, bottom, left, and right borders of the iris image shall be no less than 0.5rᵢ, 0.5rᵢ, 1.0rᵢ, and 1.0rᵢ, respectively, where rᵢ denotes the iris radius. |
| Infrared Auxiliary Illumination | 810nm LED, <1mW/cm² |
| Image Sensor | 8 megapixels |
| Auto Focus (AF) | Supported |
| Working Distance | 30cm – 60cm |
| Matching Modes | 1:1 and 1:N |
| Iris Recognition Accuracy | FAR <0.001%, FRR <1% |
| Average Acquisition Time | ≤1s |
| Operation Mode & Interface | The module integrates built-in eye detection and image cropping (segmentation) algorithms, and connects to a PC or tablet via UVC interface for iris recognition. |
| Power Supply | DC 5V |
| Power Consumption | <2W |
| Operating Temperature | -10°C to 50°C |
| Operating Humidity | 10% – 90% RH |
|
|
| Model Number: | JP-iM26T |
| MOQ: | Negotiable |
| Price: | Negotiable |
| Payment Terms: | T/T |
Iris Recognition Module JP-iM26T
The JP-iM26T Iris Recognition Module is a mid-range, contactless iris acquisition module designed for seamless integration into identity authentication systems. Capable of capturing both monocular and binocular iris images, the module enables rapid acquisition within one second at a comfortable working distance of 30cm to 60cm — requiring only that the user looks naturally toward the device. Equipped with an 8-megapixel image sensor and auto-focus capability, the module delivers high-quality BMP format iris images with a resolution of 640×480 pixels. The 810nm infrared auxiliary illumination operates at a safe power level of <1mW/cm², ensuring user safety while providing reliable image capture in varying light conditions. The module integrates built-in eye detection and image cropping algorithms, connecting to host systems via a standard UVC interface for plug-and-play compatibility with PCs and tablets. It supports both 1:1 verification and 1:N identification modes with industry-leading accuracy — achieving a False Acceptance Rate (FAR) of less than 0.001% and a False Rejection Rate (FRR) of less than 1%. Operating on DC 5V power with consumption under 2W, the compact 75mm × 20mm × 15mm module is suitable for applications including identity verification kiosks, access control systems, time attendance terminals, and secure payment devices.
Fast and Contactless Acquisition: Captures high-quality iris images in under 1 second at a comfortable working distance of 30cm to 60cm, requiring minimal user cooperation for a natural, hygienic experience.
High-Precision Image Quality: Features an 8MP image sensor with auto-focus, delivering grayscale iris images with 640×480 resolution at 16 pixel/mm sampling resolution and 256-level grayscale quantization. The effective iris area ratio exceeds 60% for reliable recognition.
Superior Recognition Accuracy: Supports both 1:1 and 1:N matching modes with a FAR of <0.001% and FRR of <1%, ensuring reliable identity verification for security-sensitive applications.
Integrated Processing and Simple Integration: Built-in eye detection and image cropping algorithms offload processing from the host device, while UVC connectivity ensures plug-and-play compatibility with Windows, Linux, and Android systems.
Safe and Low-Power Operation: Uses 810nm infrared illumination at <1mW/cm² for user safety, with power consumption under 2W and DC 5V operation — ideal for embedded and battery-sensitive applications.
Compact and Versatile Design: With dimensions of just 75mm × 20mm × 15mm, the module can be easily integrated into kiosks, access control panels, time attendance terminals, and secure payment devices.
Balanced Mid-Range Performance: Unlike short-range modules that require close proximity (typically 15cm–35cm), the JP-iM26T offers a comfortable 30cm–60cm working distance — delivering the "reach" of premium modules without the premium price tag, making it ideal for self-service kiosks and access control applications where user experience matters.
UVC Plug-and-Play Simplicity: The standard UVC interface means no complex driver development — simply connect via USB and start capturing. This dramatically reduces integration time for system integrators and developers, allowing faster time-to-market for OEM projects.
Security-Grade Precision: With a FAR below 0.001% (exceeding the 0.001%–0.0001% range typically cited for high-security applications), this module delivers the accuracy required for government, financial, and enterprise-grade identity verification systems.
Optimized for Real-World Environments: The module's infrared illumination ensures reliable operation regardless of ambient lighting conditions — from dimly lit indoor environments to bright outdoor settings. It maintains consistent image quality where visible-light cameras struggle.
Developer-Friendly Ecosystem: The integrated algorithms handle eye detection and image cropping on-module, significantly reducing host system processing requirements. Combined with support for multiple OS platforms, this simplifies application development and deployment across diverse hardware environments.
| Model | JP-iM26T |
| Size | 75mm*20mm*15mm |
| Iris Image Format | BMP format |
| Iris Image Size | Monocular iris image: 640 pixels (width) × 480 pixels (height) |
| Iris Image Quality | Device resolution: Within the effective capture distance range (35cm–45cm), the device resolution shall be no less than 4 lp/mm (line pairs per millimeter). Iris image sampling resolution: No less than 16 pixel/mm. Iris image grayscale level: The iris image shall be a grayscale image, with a bit depth of no less than 8 bits per pixel, i.e., the grayscale quantization level for each pixel shall be no less than 256 levels. Iris image grayscale utilization: No less than 6 bits. Iris radius in the image: No less than 80 pixels. Iris-to-sclera contrast: No less than 10. Iris-to-pupil contrast: No less than 30. Effective iris area ratio: Greater than 60%. Boundary margin: The distance from the fitted circle of the outer iris boundary to the top, bottom, left, and right borders of the iris image shall be no less than 0.5rᵢ, 0.5rᵢ, 1.0rᵢ, and 1.0rᵢ, respectively, where rᵢ denotes the iris radius. |
| Infrared Auxiliary Illumination | 810nm LED, <1mW/cm² |
| Image Sensor | 8 megapixels |
| Auto Focus (AF) | Supported |
| Working Distance | 30cm – 60cm |
| Matching Modes | 1:1 and 1:N |
| Iris Recognition Accuracy | FAR <0.001%, FRR <1% |
| Average Acquisition Time | ≤1s |
| Operation Mode & Interface | The module integrates built-in eye detection and image cropping (segmentation) algorithms, and connects to a PC or tablet via UVC interface for iris recognition. |
| Power Supply | DC 5V |
| Power Consumption | <2W |
| Operating Temperature | -10°C to 50°C |
| Operating Humidity | 10% – 90% RH |
