PSoC™ Fingerprint FPG1

Fingerprint based biometric user authentication provides the most convenient and secure method for personal identification and authentication. This brand-new microcontroller provides fingerprint technology, including Precise’s proprietary fingerprint algorithm, Precise Bio Match, to allow various applications, including automated adjustments of driver settings in vehicles.

The controllers also incorporate: Field upgradable Firmware, On Sensor image optimization, Low Power programmable finger detection, Optimized for TRAVEO™ T2G, AURIX™MCU, Automotive qualified Sensor.

Uncoated Fingerprint Sensor :

• BGA package consisting of a die mounted on a polymer substrate sensor
• 8.0 x 8.0mm Sensing Area, ODM adds surface coating
• 340 DPI 107 x 107 pixel array at 8-bits per pixel resolution
• 32-bit ARM® Cortex®-M0 CPU
• Strong 256-bit AES encryption secures the system interface  from the sensor to the host processor
• Self-calibration and self-testing
• Fake-finger rejection (anti-spoofing) & Programmable finger detection timing (wake-on-finger)
• Navigation

Excellent biometric system Performance

• Fingerprint image capture and transfer to host processor in  less than 175 ms.
• Finger down to match time in less than 375 ms
• < 1% FRR at FAR 1:50K
• 360 degree finger placement

Biometric functions

• Enrollment-Template storage up to 15 fingerprints
• Verification and identification up to 15 users
• User and fingerprint management (add/delete).

Embedded Environment

• 200KB of flash and 64KB of RAM ,ability to import and export template securely.
• configurable security levels (1:10K to 1:250K)
• Simples and secure communication protocol with SPI Interface (slave bit rates up to 7.8 Mbps)

Operating temperature range –40 °C to +85 °C

Packages

• 73 BGA package, 8.87 × 9.26 mm rectangular sensor, 8.025 × 8.025 mm active sensing area

• Sensor-on-substrate architecture, the size of the sensor is independent of the size of the sensor controller chip, which is mounted underneath.
• Substrate based Fingerprint Sensor
• Sensing area decoupled from silicon
• Ability to create different size sensors with same silicon
• No need to reduce active area to save cost
• Customized Coatings and covers can be applied on sensing surface