AET65 Smart Card Reader with USB fingerprint sensor
1.Biometric USB fingerprint sensor
2.Touched door access
3.Economic pri
Minimum Order Quantity: 10 Unit/Units
Supply Ability: 1000 Unit/Units per Month
Payment Terms: L/C,T/T,Western Union,paypal/alipay
Contact SupplierPackaging Detail: Packing details:Box Size: 22.5cm (L) x 9.5cm(W) x 2.5cm(H) Carton size: 26*23.5*10.5cm 10 Box in one Carton
Delivery Detail: 3-10 days after order
AET65 Smart Card Reader with USB fingerprint sensor
Overview:
The AET65 Smart Card Reader with Fingerprint Sensor guarantees security and convenience in a variety of applications. Combining ACS' ACR38-SAM contact smart card and UPEK's swipe fingerprint sensor in a single device, it creates a more cost-efficient and simplified integration of biometric technology in applications where the accuracy of biometric authentication is necessary to ensure a high level of security.
AET65 utilizes three-factor authentication and match-on device authentication for maximum security. With three factor authentication, the device verifies something “you have” (smart card), something “you know” (PIN/password) and something “you are” (fingerprint). Users carry their fingerprint templates with them and fingerprint verification authenticates only the smart card user, neutralizing privacy concerns and security risks posed by dummy fingerprints or stolen cards. Moreover, AET65’s default fingerprint algorithm performs fingerprint template extraction and matching within the device itself – not in the PC – for protection against various security threats that attack PC's. With its built-in secure access module (SAM), AET65 further elevates security in applications.
Finally, developers without an in-depth knowledge of biometrics can integrate fingerprint authentication into smart card-based applications using only AET65’s API and reference documents. With AET65’s support for third party fingerprint algorithms, developers can easily expand or adapt their existing systems utilizing third party fingerprint algorithms.
Fingerprint System | Components | |
Hardware | Software | |
Traditional | Fingerprint scanner | Database |
Local PC | 1:N fingerprint matching algorithm | |
Enhanced network connectivity | Application software | |
Server | ||
Using AET65 | AET65 | Application software |
Local PC | ||
Smart card |
Total cost of ownership is lower in an AET65-based fingerprint system
Smart cards (i.e. ACOS3) | AET65 | Local PC/Remote Server (Where application resides) | |
Enrollment | (3) Encrypted template (and other user information) is written into smart card. | (1) Fingerprint image is captured from live scan. (2) Fingerprint image is converted to template. Template is then encrypted. | |
Verification | (3) The stored encrypted template is retrieved from smart card and is sent to AET65. | (1) Fingerprint image is captured from live scan. (2) Fingerprint image is converted to template. (4) Template from smart card is decrypted. (5) Fresh template is matched against template from smart card. | (6) Matching result is looped back to application for processing. |
A simple local-site authentication process
Features:
Applications:
Tech Specs:
Dimensions | 85.1 mm (L) x 70.1 mm (W) x 35.5 mm (H) |
Weight | 194 g |
Interface | USB Full Speed |
Supply Voltage | Regulated 5V DC |
Supply Current | max. 50 mA |
Operating Temperature | 0 - 50° C |
CLK Frequency | 4 MHz |
Compliance/Certifications |
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Operating System Support |
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