Goodix is a well-known biometrics technology company that develops fingerprint sensor solutions for mobile devices.
The company’s optical in-display fingerprint sensor is a popular solution among smartphone manufacturers like OnePlus, Oppo, Vivo, and Huawei.
If your Goodix fingerprint sensor isn’t working on Windows 11, it could be due to incompatible drivers. Here’s a guide to help you fix the problem and get your Goodix fingerprint sensor running as expected again!
Optical In-Display Fingerprint Sensor:
Optical in-display fingerprint scanners use an optical sensor that captures light from the functioning area of the screen to create a 2D image of your fingerprint.
This image is then compared with the one that’s stored on the device to verify your identity and unlock the phone.
The good news is that these scanners can be unlocked as quickly as a physical fingerprint scanner thanks to software optimizations. They also tend to be less expensive than their ultrasonic counterparts.
They also have a 1% error rate, which is lower than the 2% error rate that Qualcomm claims for its Sense ID scanners. That said, in-display sensors do still pose some security concerns.
While optical in-display fingerprint scanners are typically found in budget devices like the Meizu 16s or older phones, they have become increasingly popular with custom LCD display manufacturing companies.
OPPO and Vivo have both demoed optical in-display scanners in the past, and TCL recently announced an all-screen single-point optical fingerprint scanner for LCD displays.
Biometric Technology Goodix Fingerprint Driver:
Goodix Fingerprint Driver is a leading developer and provider of human interface and biometric technologies for mobile devices, tablets, and wearables.
Their cutting-edge technologies include the world’s first invisible fingerprint sensor. The front glass of a touch panel enables device manufacturers to establish fingerprint authentication without a physical button.
The company also invented a unique technology called. Live Finger Detection (LFD) which is integrated into a single-die structure to enable fingerprint and optical sensing in one package. LFD is used by a number of top-tier smartphone brands, including the ZTE Axon7 MAX and LG Electronics’ G7 series.
The automotive market is another major application area for Goodix’s biometric solutions. The company’s in-vehicle fingerprint solution allows secure access to a vehicle’s infotainment system and smart locks.
LAS VEGAS, NV — (BUSINESS WIRE)—Goodix Technology Corporation (SHENZHEN: 603160), an innovative developer.
Manufacturer of human interface and biometric solutions for mobile devices. Has won a prestigious Innovation Award at the 2017 Consumer Electronics Show in Las Vegas.
The CES Best of Innovation Awards program recognizes products. They stand out in their engineering, aesthetic, and design qualities, intended use/function, and user value.
Goodix’s fingerprint authentication solution is designed. Provide high-level protection against fraudulent activity on the market while offering a simple and elegant user experience.
Unlike traditional technologies, the Live Fingerprint Detection Sensor is an optical fingerprint sensor. That uses infrared scanning to measure cardiac activity beneath the surface skin of a user’s fingerprint.
Drawing on their combined expertise – Pi is a technologist with extensive electrical sensing knowledge, and He is a former optoelectronics professor.
Who worked in fibreoptics and on optical devices – Pi. He set about rethinking the authentication process to reduce the risk of fraud.
The patented technology was awarded a European patent in 2018, and it is now being implemented into smart locks from Yunding Network Technology.
Goodix Fingerprint Driver is a small piece of software designed. To help users install and use Goodix’s optical in-display fingerprint sensor on their smartphones.
The company claims the reader is more effective than other solutions because it sits 1.6 mm below the surface of the screen and captures reflected fingerprints between the pixels of an AMOLED display.
It also reportedly has lower false acceptance and rejection rates than other sensors. The company has only recently launched the product, however.
Despite the fact that this is a new technology, it has already found its way into a couple of high-end devices. Vivo’s X21 and Huawei’s Porsche Design.
Huawei Mate RS features. The first optical in-display fingerprint readers were built by Goodix, and are used to unlock. The device with a single touch of your thumb.
The company, based in Shenzhen, China, is a leading provider of fingerprint scanners and other biometric and touchscreen technologies.
It generated 3.8 billion yuan ($535.8 million) in revenue last year, 3 billion of which came from its fingerprint scanner business.