HID 2053HNNMN iCLASS KF 32K (16K/2+16K/1) SR Programmed Credential
When your access control deployment requires multi-application support with pre-configured memory allocation, the HID iCLASS KF 32K delivers immediate deployment readiness. This standard-range credential comes factory-programmed with a specific memory configuration—16K bits with 2 application areas plus 16K bits with 1 application area—eliminating field programming time while enabling simultaneous physical access and logical access applications on a single card.
Key Features
- 32K bit total memory capacity configured as 16K/2 + 16K/1 application areas
- Factory-programmed and ready for immediate enrollment in access control systems
- Standard read range optimized for typical door reader installations
- 13.56 MHz contactless smart card technology for fast, reliable reads
- iCLASS credential format compatible with HID iCLASS and multiCLASS SE readers
- Supports multiple applications including physical access, cashless vending, and network login
- ISO-standard CR80 card size fits standard badge holders and lanyards
- Secure mutual authentication between card and reader prevents credential cloning
The dual memory configuration allows integrators to segment credential data by application type. The 16K/2 configuration supports two separate applications with independent security keys, while the 16K/1 section provides additional capacity for a third application or expanded data storage. This architecture is particularly valuable in enterprise environments where physical access credentials also serve as network authentication tokens or payment cards within campus facilities.
Pre-programmed credentials reduce deployment complexity by arriving configured for your specified memory layout. This eliminates the need for field encoding equipment and reduces the risk of configuration errors during large-scale rollouts. The standard read range provides reliable performance at typical mounting distances while maintaining compatibility with existing iCLASS infrastructure. For systems requiring separation of HR data, IT credentials, and physical access permissions on a single card, this memory configuration delivers the necessary application isolation within a proven contactless platform.
