Linux-Based Hybrid Biometric Access Control and Time & Attendance Terminal with Visible Light Facial Recognition Features:

• Visible Light Facial Recognition 
• Anti-spoofing algorithm against print attack (laser, color and B / W photos), videos attack and 3D mask attack
• Multiple verification methods: Face / Fingerprint / Card / Password
• Available card modules: 125kHz ID card (EM) / 13.56MHz IC card
• Supplement lighting with adjustable brightness
• Capacity of 6,000 face templates.
   

Product Description:
Unlock the future of security with the ZKTeco SpeedFace-H5L, a Linux-based hybrid biometric access control and time & attendance terminal designed to redefine security management. Featuring visible light facial recognition technology, this advanced device offers unparalleled accuracy and reliability in identity verification.

Embrace the power of visible light facial recognition with the SpeedFace-H5L, ensuring swift and secure authentication for access control and time & attendance tracking. With its anti-spoofing algorithm, the terminal defends against print attacks (laser, color, and B/W photos), video attacks, and 3D mask attacks, ensuring the integrity of the authentication process.

Experience flexibility and convenience with multiple verification methods, including face, fingerprint, card, and password. With available card modules supporting both 125kHz ID cards (EM) and 13.56MHz IC cards, the SpeedFace-H5L adapts to diverse operational needs with ease.

Supplement lighting with adjustable brightness ensures optimal performance in various lighting conditions, enhancing recognition accuracy and reliability. With a capacity of 6,000 face templates, the SpeedFace-H5L offers expansive storage capabilities, accommodating large-scale deployments with ease.

Elevate your security infrastructure with the ZKTeco SpeedFace-H5L Hybrid Biometric Access Control and Time & Attendance Terminal. From enhanced authentication methods to advanced features, this versatile solution sets a new standard for security and efficiency in any environment.