Product Overview

Core Functions and Technical Features

1. Full-Cycle Iris Recognition Workflow

● Multifunctional Processing: Covers the entire lifecycle of iris operations – capture, registration, recognition – and supports system encryption/decryption, meeting end-to-end identity management needs.

● Liveness Detection & Real-Time Display: Equipped with liveness detection to prevent attacks (such as paper images or screen replays), and a built-in small display for real-time visual feedback during capture/recognition.

● Flexible Recognition Modes: Supports dual-eye or any single-eye recognition, adapting to diverse user habits and scenario accessibility requirements.

2. High-Performance Recognition & Speed

● Ultra-Fast Operation: Iris registration speed is ≤1 second, and recognition speed is ≤1 second, ensuring smooth identity authentication even in high-traffic scenarios.

● Industry-Leading Accuracy: Achieves a False Acceptance Rate (FAR) of 10⁻⁷ and a False Rejection Rate (FRR) of 10⁻³, significantly reducing errors and ensuring security and reliability.

3. Hardware Specifications & Interfaces

● Compact Form Factor: Dimensions: 100mm×28mm×32mm, net weight: 100g, facilitating integration into space-constrained devices (such as cabinets, access control terminals).

● Dual Communication Interfaces:

USB Interface: Supports USB Type-C or a 5-pin 1mm pitch connector (compatible with USB CDC serial port for data transmission).

TTL UART: Can be implemented via soldering, catering to customized hardware integration needs.

● Power Supply Design: Adopts 5V USB direct supply, with a peak power consumption of 3.5W, simplifying power management for embedded systems.

4. Environmental Adaptability & Standard Compliance

● Wide Operating Range:

Temperature: -10℃ to 55℃.

Humidity: 0% to 90% RH (non-condensing).

● Image & Safety Standards:

Iris image quality complies with the international standard ISO/IEC 29794-6:2015, ensuring universal compatibility.

Infrared safety complies with ANSI RP-27.1-96 (USA) and IEC/EN62471 (EU) standards, guaranteeing user eye safety.

Application Areas

● Physical Security Scenarios: Iris-equipped cabinets (such as confidential document cabinets), iris access control systems (the 33-55cm range enables convenient "stand-and-scan" access).

● Workplace Management: Iris attendance systems, enterprise identity authentication/login (replacing traditional passwords with iris biometrics).

● System Encryption & Authorization: Securing software applications, data encryption/decryption systems (using iris recognition as a secure access credential).

Why Choose HOMSH MD32?

1. Integrated Functionality: A single module integrates capture, registration, recognition, and liveness detection, reducing integration complexity.

2. Scalable Storage Capacity: Optional storage for 5,00 / 1,000 / 2,000 / 5,000 / 10,000 users adapts to scenarios from small-scale to large-scale.

3. Easy Integration: Compact size + dual interfaces (USB/TTL UART) simplify embedding into existing devices.

4. High Security & Compliance: 10⁻⁷ FAR / 10⁻³ FRR + compliance with international safety and image standards ensure deployment credibility.

5. User-Centric Design: Built-in display + support for single/dual-eye recognition enhance usability across different scenarios.

As a professional enterprise in the biometric sector, Wuhan Homsh Technology drives secure authentication through technological innovation. Leveraging proprietary core algorithms, end-to-end technical capabilities, and high-precision hardware expertise, we provide professional support for our full range of biometric products, including iris recognition and vein recognition.

We cater to the needs of global industries like finance and security, offering technical consultation, custom development, and round-the-clock after-sales support. We look forward to partnering with global counterparts to build a secure authentication ecosystem via biometric technology and empower industrial digital upgrading.

Specifications

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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