HID 2050HNNBN iClass Keyfob 2K/2 SR Prog

Access control deployments demand credentials that balance security, durability, and user convenience. The HID 2050HNNBN iClass keyfob delivers 13.56 MHz contactless authentication in a compact form factor designed for high-traffic commercial environments where card-based credentials aren't practical. This programmable fob supports both physical access and logical security applications, giving integrators a flexible credential option for facilities requiring multi-layered authentication.

Key Features

13.56 MHz contactless smart card technology using HID's iClass platform for secure, encrypted credential data

2K bit (256 byte) memory configuration with 2 application areas for segmented data storage

Short-range (SR) read distance optimized for controlled entry points and reader installations

Programmable memory structure allows customization for specific facility codes and access parameters

Rugged keyfob housing engineered for daily use and pocket/keychain carry

Compatible with HID iClass readers across physical and logical access control systems

Supports multiple applications on a single credential including access control, cashless vending, and time/attendance

The 2050HNNBN addresses deployment scenarios where traditional proximity cards create friction—valet operations, equipment checkout systems, parking facilities, or any application where hands-free or quick-draw credential presentation improves throughput. The iClass platform's mutual authentication and encrypted communication prevent credential cloning and unauthorized duplication, meeting security requirements for government, healthcare, and corporate facilities.

Integration with existing HID ecosystems is straightforward. The fob programs through standard iClass encoding stations and works with all iClass SE and multiCLASS SE readers. The 2K/2 memory configuration provides sufficient capacity for most single-facility deployments while maintaining the credential portability users expect from a keyfob form factor. For integrators managing large credential orders, the programmable architecture allows pre-encoding before distribution, reducing deployment time and eliminating on-site provisioning complications.