Axis 02912-001 Access Control Keypad RFID NFC

Axis 02912-001 Access Control Keypad RFID NFC

The Axis Communications 02912-001 is a networked access control keypad designed for seamless integration into modern security infrastructures. This dual-credential reader supports both 125kHz proximity cards and 13.56MHz NFC technology, enabling flexible authentication methods across institutional, commercial, and office environments. With direct IP network connectivity via included Ethernet cable, the 02912-001 eliminates proprietary wiring requirements and centralizes access credential processing through standard network infrastructure.

Key Features

• Dual-frequency RFID and NFC support—125kHz proximity cards and 13.56MHz NFC credentials
• Direct IP network integration with 3-meter pre-assembled Ethernet cable
• Drop-in replacement for Axis 02396-001 with maintained mounting and electrical compatibility
• Purpose-designed keypad form factor optimized for wall-mount installation
• Network-based credential processing for real-time access decisions
• Multi-credential deployment without requiring separate reader hardware

Technical Highlights

The 02912-001 operates as a multiprotocol access control controller, bridging credential acquisition and network-based security management. Its support for both proximity and NFC protocols accommodates mixed-credential environments where legacy card systems coexist with modern NFC-enabled access methods. The included 3-meter Ethernet cable reduces installation labor by eliminating on-site termination requirements, while IP network connectivity ensures centralized policy enforcement and audit logging through integrated access control systems.

Applications

Ideal for office buildings, educational institutions, healthcare facilities, and commercial properties requiring scalable access control infrastructure. The 02912-001 serves retrofit projects where existing 02396-001 units require technology upgrades, as well as new installations prioritizing network-integrated security management and multi-credential flexibility.