Integrated Biometrics

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  TRU650/750 Features  Patented Light Emitting Sensor TechnologyProcesses 20,000 Templates Per Second Enabling Immediate AccessNo Other Tokens NecessaryModern Client-server Solution ArchitectureNative TCP/IP CommunicationReal Time Control and Awareness Of System ActivityIntegrated Smart Card Reader Compatible with Mifare Type (ISO 14443A)Integrated Proximity Card Reader (125 KHz) or IclassWiegand Output – 26 and 37 Bit

Seamless DSX Access Control Integration

All biometric functions, including enrollment, template storage and verification are controlled by DSX software. This seamless integration eliminates additional software and support required by non integrated biometric access control solutions and unifies administration and enrollment procedures and data..

LES Fingerprint Scanner Technology: Superior Security

Integrated Biometrics’ fingerprint scanners featuring the patented Light Emitting Sensor (LES) offers the performance to fulfill the long-awaited promise of biometrics. This live finger sensing, high-resolution image generation technology surpasses both the security and usability of silicon and optical scanners in real-world performance. The low maintenance and durability of LES also add significant value from reduced operational costs and extended hardware life.

LES is the only fingerprint technology to achieve The National Biometric Security Project's Qualified Products List (NBSP QPL) certification. For demanding, unattended applications where secure, efficient identification is required, organization worldwide employ our LES-based solutions.

High Security
The Light Emitting Sensor is live finger sensing, only registering an image when moving electrons in a live finger are detected. This makes LES immune to the spoofing techniques (i.e. latex fingers or gummy prints) that cause optical or silicon sensors to grant false acceptances, threatening security.

Usable, Reliable, Durable
A number of technology and design features contribute to the LES’s high usability rate (industry average high of 98%) among user populations. The large, curved sensor face of the fingerprint scanner provides a larger template for image generation, reducing distortion that results from flat optical and silicon sensors. Templates are captured at 620 dpi which, when combined with our image processing algorithms, provide highly usable images where other sensors fail with dry, faint and contaminated fingerprints.

Generating an image from a faint electric current, the LES fingerprint scanner is not easily confused by oils or foreign matter (i.e. dust, sweat) on fingers. This leaves the sensor surface essentially maintenance-free. Further, the LES fingerprint scanner has been mechanically tested and guaranteed to 1 million touches with no visible degradation in image quality.