FB pixel

Synaptics releases optical fingerprint sensors for smartphones

 

Synaptics has released a line of Natural ID biometric authentication solutions that leverage high-performance, highly secure optical-based fingerprint sensors for smartphones and tablets.

The new line of Synaptics FS9100 optical fingerprint sensors offer high-resolution scanning through 1mm of full cover glass and enables button-free industrial designs.

Natural ID FS9100 optical fingerprint sensors are designed to be placed under the cover glass, including 2.5D glass, located in the front, bottom bezel of devices.

Cover glass biometrics eliminates button cut-outs and glass thinning processes required by capacitive underglass sensors, leading to glass yield improvements.

The optical fingerprint sensor also delivers wet finger performance, while its glass-protected design makes the sensor highly durable, scratchproof, waterproof, and eliminates ESD issues.

Unlike other optical fingerprint sensors used for access control and public biometric identity verification, the FS9100 sensor is built using Synaptics optical technology developed for mobile devices and overcomes technical challenges with an extremely thin form factor and minimal power consumption.

FS9100 sensors feature Synaptics’ SentryPoint technology, providing OEMs with a wide selection of highly secure authentication features including Quantum Matcher with PurePrint anti-spoof technology.

In addition, Synaptics’ PurePrint anti-spoofing technology examines fingerprint images using unique artificial intelligence (AI) technology to differentiate between fake and real fingers.

“Synaptics’ FS9100 family of fingerprint sensors represent a new breed of optical fingerprint sensor technology that is designed to meet the needs of mobile devices, including the ability to image through thick 2.5D glass,” said Anthony Gioeli, vice president of marketing for Synaptics’ biometrics product division. “In addition to opening the door to new industrial design options, it enables OEMs to provide highly durable, button-free cover glass and more easily provide water resistant products while eliminating low yield glass processing.”

A demonstration video of FS9100 optical fingerprint sensors can be viewed here.

Previously reported, ASUS selected Synaptics‘ Natural ID fingerprint sensors for secure, high-performance biometric authentication on its flagship tablet, the ASUS Zenpad 3S 10.

Article Topics

 |   |   |   |   | 

Latest Biometrics News

 

US Treasury’s crypto playbook puts digital identity at the center

The U.S. Department of Treasury’s just released report to Congress on innovative technologies to counter illicit finance involving digital assets…

 

India is leading example of digital infrastructure, IMF says

Digital public infrastructure (DPI) is being recognized as a foundational public good and a new paper from the International Monetary…

 

UK startup raises $15M to build Europe’s sovereign alternative to biometric surveillance

A British start-up has raised millions for its biometric-alternative surveillance technology. Augur, a resilience technology startup, has raised $15 million…

 

NIST concept paper explores identity and authorization controls for AI agents

A draft concept paper released by the National Institute of Standards and Technology (NIST) asks industry and government stakeholders how…

 

Age assurance community sets new goals with standard published and use exploding

“Age Assurance Has Come of Age,” crows the Draft Summit Communiqué for the upcoming Global Age Assurance Standards Summit 2026….

 

‘Big Tech’ fears and confusion dominate dialogue over UK digital ID scheme

The UK government’s digital ID consultation has begun, its detailed plan for the process finally revealed, but all that is…

Comments

Leave a Reply

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Biometric Market Analysis and Buyer's Guides

Most Viewed This Week

Featured Company

Biometrics Insight, Opinion

Digital ID In-Depth

Biometrics White Papers

Biometrics Events