ZKteco Proface X Face Recognition System
ZKteco Proface X Face Recognition System
ProFace X
ProFace X is a fully upgraded version of the ProFace product line, which is designed to deal with all kinds of scenarios. It’s powered by the latest ZKTeco-customized CPU for running the intellectualized engineering facial recognition algorithm to boost up the performance in all aspects. With its powerful core and the latest facial recognition algorithm, the ProFace X facial recognition capability has reached a new height in the biometrics industry with a maximum of 50,000 facial templates,
Description
Key Features:
- Capacity: Supports up to 50,000 facial templates, ensuring rapid recognition within 0.3 seconds.
- Anti-Spoofing: Features robust anti-spoofing technology capable of distinguishing between real faces and various types of fakes, including photos, videos, and 3D masks.
- Environmental Tolerance: Designed to work in extreme weather conditions, ranging from -30°C to 60°C, and complies with IP68 standards for dust and water resistance, as well as IK04 impact standards.
- Advanced Camera: Equipped with a 2MP starlight CMOS sensor camera and WDR functionality, allowing the device to recognize faces under varied lighting conditions from 0.5 lux to 50,000 lux.
- Touch Screen Interface: An 8-inch touch screen with 400 lux brightness enhances user interaction under direct sunlight.
- Multiple Communication Options: Includes TCP/IP, RS485, RS232, and optional Wi-Fi connectivity.
- Additional Features: Integrated 125 kHz prox card reader with optional Mifare, supplement lighting with adjustable brightness, and microwave detector for distance evaluation.
Ideal for:
- Security and Surveillance: Enhances security protocols by providing reliable and quick facial recognition.
- Access Control: Suitable for areas requiring secure and fast access control, such as corporate offices, government buildings, and high-security zones.
- Attendance and Workforce Management: Useful in tracking employee attendance and managing entry to restricted areas in real-time.