HID 2052HNNMN iClass Keyfob 16K/16 Standard Range Programmable
When you're deploying access control systems that require flexible, high-security credentials beyond basic proximity cards, programmable iClass keyfobs deliver the memory capacity and cryptographic security integrators need for multi-application environments. The HID 2052HNNMN provides 16K bits of memory with 16 application areas, allowing you to segment access rights, store multiple credentials, or integrate time-and-attendance data on a single credential your end users can carry on their keyring.
Key Features
- 16K bit (2K byte) memory configuration with 16 independently programmable application areas for segmented access control deployments
- 13.56 MHz contactless smart card technology with mutual authentication between credential and reader
- Standard read range optimized for typical door reader installations without requiring extended-range hardware
- iClass security platform with diversified keys prevents credential cloning and unauthorized duplication
- Compact keyfob form factor designed for durability in high-use environments including manufacturing, healthcare, and education
- Programmable architecture supports future expansion — add applications without re-credentialing users
- Compatible with existing HID iClass reader infrastructure across multiple generations
- Supports secure identity objects (SIOs) for interoperable credential management across multi-site deployments
The programmable memory structure addresses a common pain point in complex access control projects: credential management across different security zones or integrated systems. Rather than issuing separate badges for parking, building access, elevator control, and print release, you can encode all permissions into segmented application areas within the same keyfob. This reduces credential overhead for facility managers while simplifying the user experience.
The keyfob format suits environments where badge presentation is inconvenient or where users prefer pocket-carry credentials. The rugged housing withstands the mechanical stress of daily keyring use better than standard card stock, reducing replacement costs over the credential lifecycle. When you're quoting systems where credential longevity and multi-application flexibility matter more than initial unit cost, the 2052HNNMN provides the technical foundation for scalable access control architecture.
