By submitting this form, you are agreeing to the Terms of Use and Privacy Policy.
A tiny electronic device called a fingerprint identification module, commonly referred to as a fingerprint sensor or fingerprint scanner module, is used to record and analyse fingerprint patterns for the purposes of identification and authentication. It is a key element that is utilised in a wide range of applications, such as mobile devices, biometric authentication, access control, and security systems.
The fingerprint identification module works by taking a person’s fingerprint image using a range of sensing techniques, including optical, capacitive, or ultrasonic techniques. These sensors pick up the distinct ridge and valley patterns on the fingertip’s surface, which are subsequently transformed into digital data and processed further.
The module uses sophisticated algorithms and pattern recognition techniques to extract distinguishing information from the fingerprint after obtaining the fingerprint picture.
Compared to conventional identification techniques like passwords or PINs, fingerprint identification modules provide a number of advantages. Because fingerprint patterns are so distinctive and hard to copy, they are a trusted form of personal identification. Additionally, they offer a simple and quick method of authenticating people, removing the need for carrying about or remembering additional credentials.
The Global Fingerprint Identification Module Market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
A high-quality serial interface sensor module with the NB-1011-S from NEXT Biometrics is now available. It is aimed at the markets for physical access control, time and attendance, portable hard drives, smart card readers, safety boxes, voting machines, and more. NEXT currently seeks to hasten the replacement of current solutions in the majority of the conventional market categories by offering a noticeably bigger active sensing area at noticeably lower cost and in a total module size equal to the competitors.
Our 1217 mm sensor’s overall module size has been decreased. Our new module is compatible with existing, expensive high-end solutions’ module size. The new module has an active sensing area of 201 mm2.
This provided much higher overall performance compared to the relevant rivals’ less than 150 mm2 surface area. The first vendor to successfully pair a cheap price with a big, tested sensor area is NEXT Biometrics. Our sensor provides by far the finest value for money among fingerprint sensors available today and is tolerant of unclean, damaged, damp, and cold fingertips.
