HID Signo 40K Contactless Smartcard Keypad Reader
The HID Signo 40K Contactless Smart Card Keypad Reader is a wall switch-mounted access control reader that combines secure contactless credential authentication with an integrated keypad for multi-factor security. Supporting cards, fobs, and mobile credentials, it features Bluetooth® Low Energy, Near Field Communication (NFC), Apple Wallet credential support, and advanced connectivity for modern access control systems.
The HID Signo 40K Contactless Smart Card Keypad Reader is part of HID's Signo platform, delivering a secure and future-ready solution for organizations requiring multi-factor authentication. Designed for standard wall switch mounting, the reader combines an integrated keypad with support for a wide range of contactless credential technologies, allowing users to authenticate with smart cards, key fobs, or mobile devices. Its versatile design makes it well suited for commercial buildings, healthcare facilities, educational campuses, government sites, and enterprise security applications.
Built to support today's evolving access control requirements, the HID Signo 40K features native Bluetooth® Low Energy and Near Field Communication (NFC) for HID Mobile Access, enabling secure smartphone-based authentication. It also supports Apple Enhanced Contactless Polling (ECP) for credentials stored in Apple Wallet. Certified secure element hardware safeguards cryptographic keys, while intelligent surface detection technology automatically recalibrates the reader to optimize read range and deliver consistent credential performance.
The HID Signo 40K is designed for secure, connected deployments with native support for Open Supervised Device Protocol (OSDP), providing secure bidirectional communication between the reader and access control controller. Remote management capabilities simplify deployment, firmware updates, and ongoing maintenance without requiring physical interaction with the device, making it a scalable solution for organizations looking to modernize their access control infrastructure.