The Horus E2-B from ZKTeco is an Android-based multi-biometrics terminal designed to streamline both time attendance and access control. Leveraging ZKTeco’s cutting-edge technology, the Horus E2-B supports a variety of authentication methods, including facial authentication, fingerprint scanning, multi-tech card authentication, and QR code scanning. These features meet the diverse needs of users across various environments. The device ensures reliable connectivity through dual-frequency Wi-Fi and 4G LTE, facilitating seamless network integration. The Horus E2-B is compatible with Android 10 operating system, which simplifies the integration with third-party applications. Additionally, it includes an optional removable backup battery, enhancing its reliability and making it an ideal solution for temporary site management
Extended Mobile Use:
Equipped with a 3,200mAh lithium back up battery (removable), ideal for mobile and remote applications.
Versatile Network Connectivity:
Supports LTE, Wi-Fi, and TCP/IP, enabling flexible connectivity options for various deployment scenarios.
Multi-Modal Authentication:
Features advanced biometric technologies, including facial authentication, fingerprint scanning, RFID, QR code authentication, and PIN entry, catering to a wide range of security requirements.
Bluetooth 4.1 Support:
Allows for wireless communication, enhancing connectivity with other devices.
High Capacity:
Can accommodate up to 50,000 users and their biometric templates (facial and fingerprint), suitable for large-scale deployments.
Modern Operating System:
Runs on Android 10, providing a stable and secure platform for all functionalities.
Optimized Display:
Boasts a 5-inches narrow bezel Full HD touchscreen, offering an enhanced user experience with superior visual clarity.
High Scalability:
Support android LCDP for the 3rd-party application integration.
Support Dual-frequency (125kHz and 13.56MHz) card module (standard).
Advance Security Measure:
Support encryption of all biometric credentials and personal information transfer that reaches AES-256 standard.
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