Advanced Technology
Ultrasonic Fingerprint
Ultrasonic fingerprint technology works by using the transducer to trasmit ultrasonic waves to the surface of the finger and receive the relfected waves. Based on the density difference between the skin surface and the air to create a 3D image, it compares the information stored on the terminal in order to identify the fingerprint. The ultrasonic fingerprint technology offers higher penetration, accuracy and stain resistance.
Features:
- 1.Fast response
- 2.Ultra-thin, thickness < 140um
- 3.Large size
- 4.Anti-spoof
Applications:
- 1.Smart phones
- 2.NB
Optical Fingerprint
The principle of the optical fingerprint recognition technology is to use the light emitted by the display to illuminate the finger. The recognition chip can contruct the image of the fingerprint by receiving the information based on different light reflecting paths caused by the different the fingerprint depth.
Features:
- 1.Rigid and Flexible OLED
- 2.Thickness 3.5mm
Applications:
- 1.Smart phones
- 2.NB
Capacitor Fingerprint
The capacitor fingerprint recognition technology integrates a high-density capacitive sensor into a chip. When the fingerprint is pressed against the surface of the chip, the internal mini-capacitive sensor will generate different electric charges caused from the ridges and valleys of the fingerprint, and it forms the fingerprint images.
Features:
- 1.Support multiple coating colors
- 2.Support side fingerprints
Applications:
- 1.Smart phones
- 2.NB
- 3.Smart locks
- 4.Automotive applications
SMT Service
RECO offers the best SMT service and support to our customers with the high-speed, high-accuracy SMT produciton line.