Product Details
MI30-2000: Compact I2C Iris Module | Phaseiris™ 3.0 | 350-550mm Range | Matte Black | Access Control"
Description
The MI30 Iris Module, characterized by its compact design and exceptional performance, has emerged as a frontrunner in the realm of I2C iris encoding recognition. Leveraging the innovative prowess of IrisTech, it harnesses the cutting-edge Phaseiris™ 3.0 iris recognition algorithm, effortlessly spanning a recognition range from 350mm to 550mm. Whether it's smart door locks, intelligent cabinets, or access control systems, the MI30 offers users a brand-new iris recognition experience.
Functional
- Introducing the MI30 Iris Module – Unveiling the Next Generation of Iris Recognition Technology
- Elevate your security standards with the MI30 Iris Module, harnessing the power of the Phaseiris™ 3.0, a cutting-edge third-generation hardcore algorithm for iris recognition. This breakthrough technology guarantees unparalleled accuracy, speed, and security in both iris acquisition and matching processes.
- With an astounding False Rejection Rate (FRR) of 10^-3 and an incredibly low False Acceptance Rate (FAR) of 10^-7, the MI30 Iris Module ensures the utmost precision and reliability in every identification attempt.
- Featuring a meticulously crafted custom high-resolution lens assembly, the module seamlessly captures intricate iris details, setting a new benchmark for visual clarity and accuracy.
- The MI30 Iris Module boasts an expansive recognition range spanning from 350mm to 550mm, accommodating a wide array of usage scenarios without compromising accuracy.
- Unleash the potential of parallel imaging with its support for 320x180 parallel image output, revolutionizing the way iris data is processed and analyzed.
- Storage capacity meets scalability, with the ability to locally store up to 2000 individual iris templates, providing ample room for a comprehensive user database.
- While being impressively compact, the module remains highly adaptable, effortlessly integrating into diverse and complex application environments.
- Our commitment to user-friendliness is evident in the provision of an I2C interface and a comprehensive SDK development kit, enabling users to embark on streamlined and swift development journeys.
- Experience the future of iris recognition technology with the MI30 Iris Module – where innovation meets security, and where precision meets convenience.
Specifications
Model | MI30-2000 |
Product Function | Iris Collection, Iris Recognition |
Connection Method | I2C |
Power | 3.2W |
Product Size (L x W x H) | 68 x 26 x 23mm |
Storage Capacity | 2000 individuals (4000 templates) |
Working Distance | 350mm~550mm |
Recognition Mode | Dual-eye/Single-eye |
Imaging Band | 850nm |
Working Illumination | 0~6000 Lux |
Working Temperature | -10℃~55℃ |
Working Humidity | 0 ~ 93% RH |
Performance Parameters | |
Spatial Resolution | > 4.0 lp/mm |
| > 16 Pixel/mm |
Image Resolution | 640 x 480 |
Pixel Depth | 8 bits/pixel |
Frame Rate | 25 frames/s |
Encoding Speed (images/sec) | 20 |
Matching Speed (templates/sec) | 2000 |
Accuracy | False Acceptance Rate (FAR) 10-7 |
| False Rejection Rate (FRR) 10-3 |
Compliance Standards | |
Infrared Safety Standard | Complies with US standard ANSI RP-27.1-96, and EU standard IEC/EN62471 |
Iris Image Standard | Complies with national standard GB/T 33767.6-2018 Iris Image Data |
Iris Algorithm Performance | Complies with national standard GB/T 20979-2019 "Technical Requirements for Information Security Iris Recognition Systems" |
Module Application
The module finds its primary application across various domains, encompassing iris locks, iris-equipped cabinet systems, iris-based access control systems, iris-driven attendance systems, system encryption, identity verification, and login devices.
- Secure Access Control and Identity Verification in Commercial and Institutional Settings
- Ideal for Offices, Data Centers, Laboratories, and More
- Enhance Security and Streamline Access Processes

Company Profile
Wuhan Homsh Technologies Co., Ltd is one of the few iris
recognition intelligent semiconductor chip suppliers in the world.
It is a national hi-tech company, which has completely innovated
intellectual property rights of its key iris recognition
algorithms.Homsh Technologies is committed to the research,
development, application and industrialization of the core
technology and related products of iris biometrics technology.
Homsh Technologies specializes in advanced AI iris recognition,
FPGA, and ASIC hardware algorithms. We aim to revolutionize global
security and identity verification through continuous innovation.
Our experienced team is committed to delivering unparalleled speed,
accuracy, and flexibility in iris recognition technology. As
industry leaders, we offer cutting-edge solutions that are
future-proof, ensuring your systems are fast, accurate, and
compliant with evolving security standards.
Homsh Technologies is a cutting-edge technology company
specializing in advanced AI iris recognition algorithms, FPGA
hardware implementation algorithms, and ASIC hardware
implementation algorithms. Our core technologies cover a
comprehensive range from highly accurate iris recognition
algorithms to high-speed, low-power hardware solutions. Our goal is
to provide the most advanced and reliable solutions for the global
security and identity verification sectors through continuous
innovation and R&D.
Our team consists of a group of experienced and passionate
engineers, scientists, and experts dedicated to pushing the
boundaries of iris recognition technology. Through ongoing
optimization and refinement of our algorithms and hardware, we are
able to offer unparalleled speed, accuracy, and flexibility to meet
a wide variety of application needs.
Homsh Technologies is changing the game in security and identity
verification. We are not just another tech company; we are
innovators and leaders in the field of iris recognition. By
partnering with us, you will gain access to the most advanced
technologies and solutions, ensuring that your systems are not only
fast and accurate but fully compliant with future security
standards.

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