SecuGen Hamster Pro 20 USB Fingerprint Reader FBI PIV FIPS 201

Hamster Pro 20 Biometric Reader

The SecuGen Hamster Pro 20 provides a high-performance fingerprint authentication solution designed for secure environments and enterprise applications. This hardware utilizes advanced optical scanning technology to deliver 500 DPI resolution images. Consequently, it meets the rigorous FBI PIV and FIPS 201 standards for identification and verification. The integrated SEIR (Surface Enhanced Irregular Reflection) technology enables accurate image capture under challenging conditions. Therefore, network engineers can deploy this unit for workstation login, identity management, and physical access control systems. The device maintains a compact form factor while offering a ruggedized sensor surface that resists scratches and impact.

Key Features

• Auto-On Detection Technology
  The internal sensor automatically detects the presence of a finger and initiates the capture process without software triggers.
• Smart Capture Functionality
  This system adjusts the brightness of the sensor to capture high-quality fingerprints from dry, wet, or scarred skin.
• Ruggedized Optical Sensor
  • Resists accidental drops and vibration
  • Protects against electrostatic discharge (ESD)
  • Hardened glass surface with 7 Mohs rating
• FBI Certified Compliance
  The imaging system meets Mobile ID FAP 20 requirements for high-quality biometric data exchange and interoperability.

Specifications

What’s in the Box

• Biometric Fingerprint Scanner
• Integrated USB Cable
• Quick Start Documentation

Why Choose SecuGen Biometric Readers

• The hardware supports multiple operating systems including Windows, Linux, and Android for cross-platform deployment.
• SecuGen provides comprehensive SDKs for developers to integrate biometric security into custom enterprise software architectures.
• The high-durability sensor reduces maintenance costs by eliminating the need for frequent calibration or replacement of worn scanning surfaces.
• Additionally, the device features a fake finger rejection algorithm to prevent unauthorized access via spoofing attempts.