HID U.are.U 4500 Reader
The HID Digital Persona U.are.U 4500 is a high-performance biometric peripheral designed for enterprise-grade security and identity management. This optical scanner captures high-resolution fingerprint images to ensure precise authentication in diverse environments. It features a compact form factor that facilitates easy integration into space-constrained workstations. The hardware provides superior image quality while maintaining high durability for high-traffic usage. Consequently, IT professionals rely on this device for secure network logon and sensitive data protection.
Key Features
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Advanced Optical Imaging
The sensor captures 512 dots per inch (dpi) resolution for precise ridge identification across various skin types. -
Environmental Resilience
- Functions reliably with dry or aged skin textures.
- Operates effectively on moist or rough fingerprints.
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Hardware-Level Security
The system encrypts biometric data at the sensor level before transmitting it over the USB interface to prevent interception.
Specifications
| Feature | Specification |
|---|---|
| Resolution | 512 DPI |
| Interface | USB 2.0 High Speed |
| Illumination | Blue LED |
| ESD Resistance | > 15 kV |
| Scanning Area | 14.6 mm x 18.1 mm |
What’s in the Box
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HID U.are.U 4500 Fingerprint Reader
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Integrated USB Cable (approx. 1.8m)
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Installation Quick Start Guide
Why Choose This Biometric Solution
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The blue LED technology ensures consistent performance even in challenging lighting conditions or high-glare environments.
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Advanced latent print rejection prevents unauthorized access attempts using residual fingerprints left on the glass surface.
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Rotation invariance allows users to place their fingers at any angle while maintaining high matching accuracy.
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Rugged construction with a small footprint makes it suitable for heavy-duty use in retail, banking, and healthcare sectors.
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Full compatibility with U.are.U SDKs allows developers to integrate biometric security into custom software applications seamlessly.
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The device architecture supports rapid data transfer, reducing authentication latency for improved user workflow efficiency.
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