System Compatibility and Integration Interfaces

The Biomax N-UltraFace multi-biometric attendance and access control terminal (KT reference: KTI01001002NUFC) is engineered to interface with modern enterprise networks, physical door automation hardware, and third-party security infrastructure. Operating on an embedded Linux platform driven by a 1 GHz processor, the terminal provides broad protocol compatibility for standalone deployment or centralized multi-site access management.

Credential & RFID Reading Compatibility

The unit supports multi-factor authentication methods across facial geometry, optical fingerprint verification, smart card reading, and PIN codes. For smart card identification, the terminal natively integrates dual radio frequency architecture options:

• Proximity Card Support: Standard internal reader configured for 125 kHz Proximity (EM) cards.
• Contactless Smart Card Support: Factory-configurable support for optional 13.56 MHz Mifare high-frequency cards.
• User ID Format: Internal firmware accommodates standard 14-digit user IDs, allowing direct mapping to employee ID numbering used across corporate HR databases and payroll systems.
• Multi-Modal Enrollment: Capable of holding up to 3,000 user accounts, 3,000 facial templates, 30,000 fingerprint templates (read via 500 DPI optical sensor compatible with dry, moist, and rough skin textures), and 3,000 card IDs.

Physical Access Control & Exit Reader Interfacing

For electromechanical security integration in corporate offices, banks, and industrial plants, the N-UltraFace integrates native control signaling for perimeter security hardware:

• Door Relay Output: Onboard electromechanical output relay provides dry-contact switching to trigger door lock controllers, electromagnetic locks, electric strikes, or turnstile barriers.
• Wiegand Input Interface: Features a dedicated Wiegand input channel to receive credential data from an external peripheral.
• Slave Exit Reader Compatibility: Standardized compatibility for secondary verification through the Biomax KR26E RFID slave exit reader, enabling bidirectional ingress and egress logging on a single door.
• Power Supply Requirements: Interfaces with industrial 12V DC power supplies rated at 2A.

Network Infrastructure & Communication Protocols

To eliminate manual administration, the device supports both wired and wireless Ethernet integration alongside local physical export capabilities:

• Local Area Networking: Onboard TCP/IP interface for standard 10/100 Ethernet local area network cabling.
• Wireless Integration: Built-in Wi-Fi radio for wireless communications where physical network drops are unavailable.
• Push Data Architecture: Supports direct Push Data technology, allowing attendance logs and user event transactions (up to 200,000 offline log buffer) to automatically transmit in real time to host servers across LAN or WAN environments.
• USB Host Port: USB connection enables offline transaction log extraction and user profile deployment using external USB storage drives.

Software & Third-Party System Integration

The terminal integrates smoothly with enterprise management stacks across multiple hosting tiers:

• Platform Support: Fully supported across Biomax Desktop, Web, and Cloud centralized attendance management platforms.
• Developer Integration: Includes access to a comprehensive Software Development Kit (SDK) to allow system integrators to directly feed biometric audit records and access events into third-party HRMS, ERP, or time-tracking software.
• Onboard Administration: Supports standalone administrative maintenance via the 2.8-inch TFT LCD color display, T9 keypad text input, record query menus, and automated status shifts.