Description
R105 capacitive fingerprint reader adopts a large-area fingerprint acquisition chip with 256*360 pixel images.
R105 integrates image acquisition chip and fingerprint algorithm chip, and has fingerprint entry, image processing, feature extraction, template generation, template storage, fingerprint comparison (1:1) or fingerprint search (1: N) and other functions.
At present, R105 fingerprint reader provides USB interface, which can constitute fingerprint collection system, online fingerprint analyzer, online fingerprint attendance machine, fingerprint native protection system and fingerprint network login system through matching application software.
We provide SDK files for develop.
Material:Zinc alloy pedestal
The thickness is only 1.3 cm.
·High performance fingerprint reader for precise authentication with PC or network security
·Excellent adaption for dry, wet, harsh fingerprint
·USB interface for high speed communication
·Windows98,Me,NT4.0,2000,XP,Vista WIN7,Android support
·Outstanding authentication performance combined with SDK
·Adopts zinc alloy and well protect the fingerprint sensor
·High speed fingerprint identification algorithm engine
·Self study function
·Fingerprint feature data read/write functions
·Get Feature Data of Captured fingerprint and Verify/Identify Downloaded Feature with Captured fingerprint
·Identify Downloaded Feature with Captured fingerprint
·Security Level setting
Specifications
| SPECIFICATION |
| Model | R105 |
| Type | USB Capacitive Fingerprint Reader |
| Dimension | 83*55*13 mm(L*W*H) |
| Fingerprint capacity | 1000 |
| Resolution | 508 DPI |
| Voltage | DC 5V |
| Working current | 50mA |
| Peak current | 60mA |
| Sensing array | 256*360 pixel |
| Power-on Time | < 0.2 second |
| Average searching time | < 0.15-0.5 second |
| Matching Method | 1:1; 1 :N |
| FRR | ≤0.1% |
| FAR | ≤0.0001% |
| Antistatic capacity | 15KV |
| Abrasive resistance intensity | 1 million times |
| Work environment | -20°C ---60°C |
| Work Humidity | 10-85% |
| Storage environment | -30°C ---80°C |
| Storage Humidity | <85% |
Files
·Support Windows98,Me,NT4.0,2000,XP,Vista WIN7,Android
·Provide Free SDK Files
How does biometric technology penetrate into our daily lives and why should you use it?
Biometric technology, a product of cutting-edge technology, is quietly infiltrating into our daily lives. From waking up in the morning to unlocking our phones, to returning home at night through access control systems, it is everywhere, silently guarding our safety and convenience. This technology utilizes unique biological features of the human body, such as fingerprints, facial features, irises, voice prints, etc., as the basis for identity authentication. Its accuracy and convenience are gradually changing our way of life.
In the morning, when the first ray of sunlight shines through the curtains, we pick up our phones and no longer need to enter passwords or patterns. With just a gentle press, our fingerprint recognition instantly unlocks our phones. This is a typical application of biometric technology in daily life. Compared to traditional password unlocking, fingerprint recognition is not only more convenient, but also more difficult to crack because it is based on each person's unique fingerprint features.
In the payment field, biometric technology also shines brightly. Whether it's online shopping or offline consumption, we can quickly complete payment verification through fingerprint, facial recognition, and other methods. For example, when shopping and checking out at a supermarket, simply place your finger in the fingerprint recognition area of the payment terminal or have the camera capture facial features to complete the payment, without having to search for your wallet or bank card, greatly improving payment efficiency.
In terms of access control and security, biometric technology also plays an important role. In modern residential communities and office buildings, facial recognition access control systems have become standard. When residents or employees approach the access control, the camera will automatically capture facial features, compare them with the information stored in the database, and automatically open the door after confirming their identity. This contactless access control method not only improves security, but also avoids the risk of traditional access cards being lost or stolen.
The transportation and travel sectors have also witnessed the widespread application of biometric technology. In some cities' airports and train stations, passengers can quickly complete security checks and boarding procedures through facial recognition technology, without having to wait in line for manual verification. This not only improves travel efficiency, but also reduces safety hazards caused by human factors.
The medical and health field is also one of the important application areas of biometric technology. In hospitals, doctors can quickly log into the medical system through fingerprint recognition or facial recognition technology to view patients' medical records and examination results. This authentication method not only improves the security of medical information, but also avoids the confusion of medical data caused by password leakage or forgetting.
So, why should we integrate biometric technology into our daily lives? Firstly, biometric technology has improved our security. It is based on the unique biological characteristics of the human body for identity verification, with extremely high accuracy and uniqueness, greatly reducing the risk of identity theft. Secondly, biometric technology has improved our convenience. It does not require additional memory or carrying items, and can complete identity verification or payment operations through biometric recognition, greatly improving life efficiency. Finally, biometric technology also has a wide range of applicability. It can be applied in multiple fields and scenarios, such as personal device unlocking, financial payments, access control and security, transportation and travel, as well as healthcare and health, providing us with comprehensive security guarantees and convenient experiences.
Of course, when using biometric technology, we also need to pay attention to protecting personal privacy and data security. Choosing reliable product and service providers, understanding and complying with relevant privacy policies and security regulations, is key to ensuring the secure use of biometric technology. Only in this way can we fully utilize the advantages of biometric technology and enjoy the convenience and safety it brings.
