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The ID1028 biometric fingerprint reader module is a high-performance capacitive fingerprint sensor module developed by IDWorld Technology for secure and convenient biometric authentication. This compact module integrates a capacitive fingerprint scanner with a high-speed processor, offering fast fingerprint capture, excellent compatibility across systems, and robust anti-spoofing capabilities. Its small size, lightweight build, and low power consumption make the ID1028 easy to embed in a variety of desktop or portable devices. The module uses a UART (TTL 3.3V) communication interface and a split-design architecture, ensuring flexible integration into your projects without sacrificing reliability.
Optimized Recognition Speed: Advanced fingerprint recognition algorithms with optimized image processing deliver quick and accurate identification. Users experience rapid enrollment and matching, minimizing wait times without compromising accuracy.
360° All-Angle Detection: The ID1028 fingerprint scanner module supports 360-degree fingerprint recognition and intelligent self-learning. It can recognize fingerprints from any orientation, continually improving its matching performance as more fingerprints are enrolled.
Clear Image Capture: Using a capacitive fingerprint sensor, the ID1028 capacitive fingerprint module captures clear, high-resolution images (288×208 pixels at 508 DPI). It provides excellent imaging quality even for dry, wet, or rough fingers, ensuring reliable performance for a wide range of users.
Enhanced Security: Built-in anti-spoofing technology and secure matching algorithms result in an extremely low False Acceptance Rate (FAR) of less than 0.001% and a False Rejection Rate (FRR) of less than 2% (at the default Security Level 3). Multiple security levels (configurable from Level 1 to 5) allow you to adjust the balance between security and convenience as needed.
Easy Integration & Low Power: The module communicates via a standard UART interface (3.3V TTL) with an adjustable baud rate from 9600 to 115200 bps (default 115200 bps), simplifying integration with microcontrollers and PCs. Its compact, lightweight design and low operating current (<40 mA) make it ideal for battery-powered applications and portable devices.
Product Model: ID1028
Sensor Type: Capacitive semiconductor fingerprint sensor
Effective Capture Area: 14.4 mm × 10.4 mm
Image Resolution: 508 DPI (Image size: 288 × 208 pixels)
Fingerprint Capacity: Up to 500/1700/3000 templates (model variations)
Fingerprint Template Size: 498 bytes per template
Matching Modes: Supports 1:1 verification and 1:N identification
False Acceptance Rate (FAR): < 0.001% (at Security Level 3)
False Rejection Rate (FRR): < 2% (at Security Level 3)
Security Levels: Adjustable Level 1 (lowest) to Level 5 (highest) – default is Level 3
Processing Speed: 1:N matching in < 0.6 seconds (with 200 fully enrolled fingerprints)
Communication Interface: UART serial, 3.3V-TTL logic
Baud Rate: 9600 – 115200 bps (configurable, default 115200 bps)
Operating Voltage: DC 3.3 V ± 10%
Operating Current: < 40 mA
Operating Temperature: -10 °C to 60 °C
Operating Humidity: 20% – 80% RH (non-condensing)
Operating System Compatibility: Supports Windows, Android, and other common platforms
Thanks to its robust performance and flexibility, the ID1028 module is widely used in various biometric security systems. This module can upgrade traditional security devices into smart, fingerprint-enabled solutions – it is commonly integrated into fingerprint door locks and safes, providing keyless entry with high security. It’s also ideal for fingerprint-based access control panels and attendance tracking systems, ensuring only authorized personnel are granted entry or recorded. The reliable performance of the ID1028 in different conditions, combined with its easy integration and low power draw, makes it a popular choice for developers and manufacturers looking to enhance their products with biometric fingerprint recognition. Overall, the ID1028 biometric fingerprint reader module delivers an optimal blend of security, speed, and convenience, making it a trusted component for modern fingerprint authentication applications.