For most authentication purposes, the fingerprint is used whether it is for KYC or law enforcement. Organizations doing the authentication use fingerprint scanners. A key issue when it comes to scanning fingerprints is the capture size. The scanner would have a sensor and its size would determine the image size. A smaller sensor can lead to problems with authentication. This calls for using a scanner that uses a large capture size and this is where a FAP 30 device can help.
What is FAP 30?
FAP 30 is a fingerprint scanner known for being a device with one of the largest capture siz. The capture size is important because everyone do not place their fingers on the scanner in the same way. If they place their fingers at an angle and the sensor is small, then it could lead to authentication failure. This causes problems because without authentication, they won’t be able to access various services.
FAP 30 offers a large capture size that ensures the fingerprint is properly captured irrespective of the angle of the finger. The large scanner size ensures the fingerprint is completely scanned allowing for proper image capture. The FAP 10 has dimensions of 0.6-inch x 0.5-inch. This is small and captures only a small part of the fingerprint. The FAP 20 has dimensions of 0.8-inch x 0.6-inch, which is only slightly larger. FAP 30 has a capture size of 1-inch by 0.8-inch ensuring almost the entire fingerprint is captured stated Bahaa Abdul Hadi.
How FAP 30 ensures quality?
When a FAP 30 fingerprint scanner is ensured, the capture size is large leading to a larger image size. This ensures accuracy during authentication. It also ensures problems like incorrect capture are ruled out. Another issue encountered during scanning is problems faced by people with large fingers. FAP 30 helps in such cases by capturing the fingerprint size accurately.
The popularity and acceptance of FAP 30 can be seen from the fact that it is being used by the FBI. The Federal law enforcement agency has started to use FAP 30 for various applications where fingerprint authentication is needed. The accuracy it offers and the reduction of errors explain why it is preferred. It is best suited for applications that need a high throughput.
FAP 30 has sensors that ensure there are minimal false positive and negatives. This helps in enhancing accuracy. Whether it is precision or speed, FAP 30 has significant advantages. It is also reliable and cost-effective. FAP 30 is ideal where high security is needed for authentication, but the budget is not high.
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