Egis best-in-class and market proven algorithm achieves payment grade FAR and FRR (FAR (False Acceptance Rate) < 1/50,000 / FRR (False Rejection Rate) < 3%)

Smaller Sensor, Tougher Algorithm

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The advantage of Capacitive Fingerprint sensor is its minimum size which allows more design flexibility for the product. While processing the signals, passive chip capacitor receives lower energy which causes much lower power consumption than active capacitor. The fingerprint may seem dimmer but also less statics. The proprietary algorithm of Egis has improved the originally dim fingerprint of passive capacitor.

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360 degree rotation use

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The combination of these factors yields a state of the art fingerprint authentication and verification system capable of delivering maximum performance with a 360 degree rotation use – all rolled up into a tiny module operating at a low power consumption.

Best fingerprint identification chip to fit the user experience

Egis algorithm team develops this all-around fingerprint sensor to highly promote the user experience while enrolling and authenticating. Swipe enroll reduces the authenticating time with wilder reading range and touch enroll most applicable to human inertia.
Egis algorithm provides the advantage of both swipe enroll and touch enroll within the minimum sensor area.

High-Quality Image

Superior imaging quality with 256 grayscale values per sensor pixel
Effective sensing pixels: 114 x 57 pixels
Effective sensing area: 8 mm x 4 mm
Image resolution of 363 DPI (Dot-Per-Inch)

Ultra Low Power Consumption

Consumed current under Fingerprint Scan Mode: typical 4 mA (+/- 10%)
Consumed current under Standby Mode: typical 70 uA (+/- 10%)
Consumed current under Sleep Mode: typical <4 uA (+/- 10%)